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Siberian tundra wobbling like a waterbed from methane gas leak
Patches of ground on Bely Island bubbles underfoot in what is believed to be a newly recorded phenomenon.
By Hannah Osborne
July 21, 2016 14:40 BST
Patches of grassland on the Siberian tundra have turned into what looks like a waterbed, bobbing up and down when trodden on by scientists. Footage of the phenomenon, which is not believed to have ever been recorded before, was taken by a team of scientists on a research expedition to the remote Bely Island.
Alexander Sokolov and Dorothee Ehrich said they found 15 patches of ground that appeared to bubble or tremble and when they punctured them, methane and carbon dioxide was released, the Siberian Times reports. While further research will be necessarily, the team believes an unusually hot summer has caused permafrost to thaw, releasing methane gas locked up in the ground.
More from IBTimes UK
Siberia's mystery 'end of the world' crater formed after massive explosion heard 100km away
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What the world's oldest computer tells us about the ancient Greeks' view of the universe
The Siberian tundra made headlines over recent years as a result of a massive crater that opened up in 2013. Dubbed the 'end of the world crater', how and why it formed was a complete mystery. Earlier this year, it was announced that dozens of new craters have since opened up.
Professor Vasily Bogoyavlensky, from the Russian Academy of Sciences, called for an urgent investigation into their formation. "These objects need to be studied, but it is rather dangerous for the researchers. We know that there can occur a series of gas emissions over an extended period of time, but we do not know exactly when they might happen," he said.
One of the most popular theories is that the craters formed as a result of global warming. As the permafrost melted from higher global temperatures, methane gas was released, leading to an explosion and the appearance of craters. The ground on Bely Island – farther north than the craters - could be the process of methane leaking into the ground caught in action, scientists say.
A member of an expedition group stands on the edge of a newly formed crater on the Yamal Peninsula, northern Siberia November 9, 2014. REUTERS/Vladimir Pushkarev/Russian Centre of Arctic Exploration

redpajama_set_name: RedPajamaCommonCrawl


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Disruptions due to earthquakes
Tevatron
Particle accelerator
The Tevatron (background) and Main Injector rings
Simulated Large Hadron Collider CMS particle detector data depicting a Higgs boson produced by colliding protons decaying into hadron jets and electrons
Hierarchy problem
Phantom energy
Dark radiation
Dark photon
Cosmological constant problem
Strong CP problem
Neutrino oscillation
Brans–Dicke theory
Cosmic censorship hypothesis
Fifth force
F-theory
Theory of everything
Unified field theory
Technicolor
Kaluza–Klein theory
Topological quantum field theory
Local quantum field theory
Liouville field theory
6D (2,0) superconformal field theory
Noncommutative quantum field theory
Quantum cosmology
Brane cosmology
Superstring theory
M-theory
Mathematical universe hypothesis
Mirror matter
Randall–Sundrum model
Yang–Mills theory
N = 4 supersymmetric Yang–Mills theory
Twistor string theory
Dark fluid
Doubly special relativity
de Sitter invariant special relativity
Causal fermion systems
Black hole thermodynamics
Unparticle physics
Graviphoton
Graviscalar
Gravitino
Massive gravity
Gauge gravitation theory
Gauge theory gravity
CPT symmetry
Supersymmetry
MSSM
NMSSM
Supergravity
Supersymmetry breaking
Extra dimensions
Large extra dimensions
Quantum gravity
False vacuum
Spin foam
Quantum foam
Quantum geometry
Loop quantum gravity
Loop quantum cosmology
Causal dynamical triangulation
Causal sets
Canonical quantum gravity
Semiclassical gravity
Superfluid vacuum theory
Super-K
The Tevatron was a circular particle accelerator (active until 2011) in the United States, at the Fermi National Accelerator Laboratory (also known as Fermilab), east of Batavia, Illinois, and is the second highest energy particle collider ever built, after the Large Hadron Collider (LHC) of the European Organization for Nuclear Research (CERN) near Geneva, Switzerland. The Tevatron was a synchrotron that accelerated protons and antiprotons in a 6.28 km (3.90 mi) ring to energies of up to 1 TeV, hence its name.[1][2] The Tevatron was completed in 1983 at a cost of $120 million and significant upgrade investments were made during its active years of 1983–2011.
The main achievement of the Tevatron was the discovery in 1995 of the top quark—the last fundamental fermion predicted by the Standard Model of particle physics. On July 2, 2012, scientists of the CDF and DØ collider experiment teams at Fermilab announced the findings from the analysis of around 500 trillion collisions produced from the Tevatron collider since 2001, and found that the existence of the suspected Higgs boson was highly likely with a confidence of 99.8%,[3] later improved to over 99.9%.[4]
The Tevatron ceased operations on 30 September 2011, due to budget cuts[5] and because of the completion of the LHC, which began operations in early 2010 and is far more powerful (planned energies were two 7 TeV beams at the LHC compared to 1 TeV at the Tevatron). The main ring of the Tevatron will probably be reused in future experiments, and its components may be transferred to other particle accelerators.[6]
December 1, 1968, saw the breaking of ground for the linear accelerator (linac). The construction of the Main Accelerator Enclosure began on October 3, 1969, when the first shovel of earth was turned by Robert R. Wilson, NAL's director. This would become the 6.3 km circumference Fermilab's Main Ring.[1]
The linac first 200 MeV beam started on December 1, 1970. The booster first 8 GeV beam was produced on May 20, 1971. On June 30, 1971, a proton beam was guided for the first time through the entire National Accelerator Laboratory accelerator system including the Main Ring. The beam was accelerated to only 7 GeV. Back then, the Booster Accelerator took 200 MeV protons from the Linac and "boosted" their energy to 8 billion electron volts. They were then injected into the Main Accelerator.[1]
On the same year before the completion of the Main Ring, Wilson testified to the Joint Committee on Atomic Energy on March 9, 1971, that it was feasible to achieve a higher energy by using superconducting magnets. He also suggested that it could be done by using the same tunnel as the main ring and the new magnets would be installed in the same locations to be operated in parallel to the existing magnets of the Main Ring. That was the starting point of the Tevatron project.[7] The Tevatron was in research and development phase between 1973 and 1979 while the acceleration at the Main Ring continued to be enhanced.[8]
A series of milestones saw acceleration rise to 20 GeV on January 22, 1972, to 53 GeV on February 4 and to 100 GeV on February 11. On March 1, 1972, the then NAL accelerator system accelerated for the first time a beam of protons to its design energy of 200 GeV. By the end of 1973, NAL's accelerator system operated routinely at 300 GeV.[1]
On 14 May 1976 Fermilab took its protons all the way to 500 GeV. This achievement provided the opportunity to introduce a new energy scale, the teraelectronvolt (TeV), equal to 1000 GeV. On 17 June of that year, the European Super Proton Synchrotron accelerator (SPS) had achieved an initial circulating proton beam (with no accelerating radio-frequency power) of only 400 GeV.[9]
The conventional magnet Main Ring was shut down in 1981 for installation of superconducting magnets underneath it. The Main Ring continued to serve as an injector for the Tevatron until the Main Injector was completed west of the Main Ring in 2000.[7] The 'Energy Doubler', as it was known then, produced its first accelerated beam—512 GeV—on July 3, 1983.[10]
Its initial energy of 800 GeV was achieved on February 16, 1984. On October 21, 1986, acceleration at the Tevatron was pushed to 900 GeV, providing a first proton–antiproton collision at 1.8 TeV on November 30, 1986.[11]
The Main Injector, which replaced the Main Ring,[12] was the most substantial addition, built over six years from 1993 at a cost of $290 million.[13] Tevatron collider Run II begun on March 1, 2001, after successful completion of that facility upgrade. From then, the beam had been capable of delivering an energy of 980 GeV.[12]
On July 16, 2004, the Tevatron achieved a new peak luminosity, breaking the record previously held by the old European Intersecting Storage Rings (ISR) at CERN. That very Fermilab record was doubled on September 9, 2006, then a bit more than tripled on March 17, 2008, and ultimately multiplied by a factor of 4 over the previous 2004 record on April 16, 2010 (up to 4×1032 cm−2 s−1).[11]
The Tevatron ceased operations on 30 September 2011. By the end of 2011, the Large Hadron Collider (LHC) at CERN had achieved a luminosity almost ten times higher than Tevatron's (at 3.65×1033 cm−2 s−1) and a beam energy of 3.5 TeV each (doing so since March 18, 2010), already ~3.6 times the capabilities of the Tevatron (at 0.98 TeV).
The acceleration occurred in a number of stages. The first stage was the 750 keV Cockcroft-Walton pre-accelerator, which ionized hydrogen gas and accelerated the negative ions created using a positive voltage. The ions then passed into the 150 meter long linear accelerator (linac) which used oscillating electrical fields to accelerate the ions to 400 MeV. The ions then passed through a carbon foil, to remove the electrons, and the charged protons then moved into the Booster.[14]
The Booster was a small circular synchrotron, around which the protons passed up to 20,000 times to attain an energy of around 8 GeV. From the Booster the particles were fed into the Main Injector, which had been completed in 1999 to perform a number of tasks. It could accelerate protons up to 150 GeV; produce 120 GeV protons for antiproton creation; increase antiproton energy to 150 GeV; and inject protons or antiprotons into the Tevatron. The antiprotons were created by the Antiproton Source. 120 GeV protons were collided with a nickel target producing a range of particles including antiprotons which could be collected and stored in the accumulator ring. The ring could then pass the antiprotons to the Main Injector.
The Tevatron could accelerate the particles from the Main Injector up to 980 GeV. The protons and antiprotons were accelerated in opposite directions, crossing paths in the CDF and DØ detectors to collide at 1.96 TeV. To hold the particles on track the Tevatron used 774 niobium-titanium superconducting dipole magnets cooled in liquid helium producing the field strength of 4.2 tesla. The field ramped over about 20 seconds as the particles accelerated. Another 240 NbTi quadrupole magnets were used to focus the beam.[2]
The initial design luminosity of the Tevatron was 1030 cm−2 s−1, however, following upgrades, the accelerator had been able to deliver luminosities up to 4×1032 cm−2 s−1.[15]
On September 27, 1993, the cryogenic cooling system of the Tevatron Accelerator was named an International Historic Landmark by the American Society of Mechanical Engineers. The system, which provided cryogenic liquid helium to the Tevatron's superconducting magnets, was the largest low-temperature system in existence upon its completion in 1978. It kept the coils of the magnets, which bent and focused the particle beam, in a superconducting state, so that they consumed only ⅓ of the power they would have required at normal temperatures.[8]
The Tevatron confirmed the existence of several subatomic particles that were predicted by theoretical particle physics, or gave suggestions to their existence. In 1995, the CDF experiment and DØ experiment collaborations announced the discovery of the top quark, and by 2007 they measured its mass (172 GeV) to a precision of nearly 1%. In 2006, the CDF collaboration reported the first measurement of Bs oscillations, and observation of two types of sigma baryons.[16] In 2007, the DØ and CDF collaborations reported direct observation of the "Cascade B" (
Ξ−
b) Xi baryon.[17]
In September 2008, the DØ collaboration reported detection of the
Ω−
b, a "double strange" Omega baryon with the measured mass significantly higher than the quark model prediction.[18][19] In May 2009 the CDF collaboration made public their results on search for
b based on analysis of data sample roughly four times larger than the one used by DØ experiment.[20] The mass measurements from the CDF experiment were 6054.4±6.8 MeV/c2 and in excellent agreement with Standard Model predictions, and no signal has been observed at the previously reported value from the DØ experiment. The two inconsistent results from DØ and CDF differ by 111±18 MeV/c2 or by 6.2 standard deviations. Due to excellent agreement between the mass measured by CDF and the theoretical expectation, it is a strong indication that the particle discovered by CDF is indeed the
b. It is anticipated that new data from LHC experiments will clarify the situation in the near future.
On July 2, 2012, two days before a scheduled announcement at the Large Hadron Collider (LHC), scientists at the Tevatron collider from the CDF and DØ collaborations announced their findings from the analysis of around 500 trillion collisions produced since 2001: They found that the existence of the Higgs boson was likely with a mass in the region of 115 to 135 GeV.[21][22] The statistical significance of the observed signs was 2.9 sigma, which meant that there is only a 1-in-550 chance that a signal of that magnitude would have occurred if no particle in fact existed with those properties. The final analysis of data from the Tevatron did however not settle the question of whether the Higgs particle exists.[3][23] Only when the scientists from the Large Hadron Collider announced the more precise LHC results on July 4, 2012, with a mass of 125.3 ± 0.4 GeV (CMS)[24] or 126 ± 0.4 GeV (ATLAS)[25] respectively, was there strong evidence through consistent measurements by the LHC and the Tevatron for the existence of a Higgs particle at that mass range.
Earthquakes, even if they were thousands of miles away, did cause strong enough movements in the magnets to negatively affect the beam quality and even disrupt it. Therefore, tiltmeters were installed on Tevatron's magnets to monitor minute movements and to help identify the cause of problems quickly. The first known earthquake to disrupt the beam was the 2002 Denali earthquake, with another collider shutdown caused by a moderate local quake on June 28, 2004.[26] Since then, the minute seismic vibrations emanating from over 20 earthquakes were detected at the Tevatron without a shutdown, like the 2004 Indian Ocean earthquake, the 2005 Nias–Simeulue earthquake, New Zealand's 2007 Gisborne earthquake, the 2010 Haiti earthquake and the 2010 Chile earthquake.[27]
Bevatron
Large Hadron Collider
Superconducting Super Collider
Ultra-high-energy cosmic ray
^ a b c d "Accelerator History—Main Ring". Fermilab History and Archives Project. Retrieved 7 October 2012.
^ a b R. R. Wilson (1978). "The Tevatron". Fermilab. FERMILAB-TM-0763. {{cite journal}}: Cite journal requires |journal= (help)
^ a b "Tevatron scientists announce their final results on the Higgs particle". Fermi National Accelerator Laboratory. July 2, 2012. Retrieved July 7, 2012.
^ "Tevatron experiments observe evidence for Higgs-like particle". CERN. 23 August 2012. Retrieved 21 April 2021.
^ Mark Alpert (29 September 2011). "Future of Top U.S. Particle Physics Lab in Jeopardy". Scientific American. Retrieved 7 October 2012.
^ Wisniewski, Rhianna (2012-02-01). "The Tevatron's proud legacy". Symmetry Magazine. Fermilab/SLAC.
^ a b "Accelerator History—Main Ring transition to Energy Doubler/Saver". Fermilab History and Archives Project. Retrieved 7 October 2012.
^ a b "The Fermilab Tevatron Cryogenic Cooling System". ASME. 1993. Retrieved 2015-08-12. {{cite journal}}: Cite journal requires |journal= (help)
^ "Super Proton Synchrotron marks its 25th birthday". CERN courier. 2 July 2011. Retrieved 7 October 2012.
^ "1983—The Year the Tevatron Came to Life". Fermi News. 26 (15). 2003.
^ a b "Interactive timeline". Fermilab. Retrieved 7 October 2012.
^ a b "Run II begins at the Tevatron". CERN courier. 30 April 2001. Retrieved 7 October 2012.
^ "Main Injector and Recycler Ring History and Public Information". Fermilab Main Injector department. Archived from the original on 15 October 2011. Retrieved 7 October 2012.
^ "Accelerators—Fermilab's Chain of Accelerators". Fermilab. 15 January 2002. Retrieved 2 December 2009.
^ The TeVatron Collider: A Thirty-Year Campaign Archived 2010-05-27 at the Wayback Machine
^ "Experimenters at Fermilab discover exotic relatives of protons and neutrons". Fermilab. 2006-10-23. Retrieved 2006-10-23.
^ "Back-to-Back b Baryons in Batavia". Fermilab. 2007-07-25. Retrieved 2007-07-25.
^ "Fermilab physicists discover "doubly strange" particle". Fermilab. September 3, 2008. Retrieved 2008-09-04.
^ V. M. Abazov et al. (DØ collaboration) (2008). "Observation of the doubly strange b baryon
b". Physical Review Letters. 101 (23): 231002. arXiv:0808.4142. Bibcode:2008PhRvL.101w2002A. doi:10.1103/PhysRevLett.101.232002. PMID 19113541. S2CID 30481085.
^ T. Aaltonen et al. (CDF Collaboration) (2009). "Observation of the
b and Measurement of the Properties of the
b and
b". Physical Review D. 80 (7): 072003. arXiv:0905.3123. Bibcode:2009PhRvD..80g2003A. doi:10.1103/PhysRevD.80.072003.
^ "Updated Combination of CDF and DØ's Searches for Standard Model Higgs Boson Production with up to 10.0 fb-1 of Data". Tevatron New Phenomena & Higgs Working Group. June 2012. Retrieved August 2, 2012.
^ Aaltonen, T.; et al. (CDF, D0) (July 2012). "Evidence for a particle produced in association with weak bosons and decaying to a bottom-antibottom quark pair in Higgs boson searches at the Tevatron". Physical Review Letters. 109 (7): 071804. arXiv:1207.6436. Bibcode:2012PhRvL.109g1804A. doi:10.1103/PhysRevLett.109.071804. PMID 23006359. S2CID 20050195. Retrieved August 2, 2012.
^ Rebecca Boyle (July 2, 2012). "Tantalizing Signs of Higgs Boson Found By U.S. Tevatron Collider". Popular Science. Retrieved July 7, 2012.
^ CMS collaboration (31 July 2012). "Observation of a new boson at a mass of 125 GeV with the CMS experiment at the LHC". Physics Letters B. 716 (2012): 30–61. arXiv:1207.7235. Bibcode:2012PhLB..716...30C. doi:10.1016/j.physletb.2012.08.021.
^ ATLAS collaboration (31 July 2012). "Observation of a New Particle in the Search for the Standard Model Higgs Boson with the ATLAS Detector at the LHC". Physics Letters B. 716 (2012): 1–29. arXiv:1207.7214. Bibcode:2012PhLB..716....1A. doi:10.1016/j.physletb.2012.08.020.
^ Was that a quake? Ask the Tevatron
^ Tevatron Sees Haiti Earthquake
Valery Lebedev, Vladimir Shiltsev, ed. (2014). Accelerator Physics at the Tevatron Collider. Particle Acceleration and Detection. Springer. doi:10.1007/978-1-4939-0885-1. ISBN 978-1-4939-0884-4.
Media related to Tevatron at Wikimedia Commons
Live Tevatron status
FermiLab page for Tevatron - with labelled components
The Hunt for the Higgs at Tevatron
Technical details of the accelerators
Coordinates: 41°49′55″N 88°15′07″W / 41.832°N 88.252°W / 41.832; -88.252
Hadron colliders
Intersecting Storage Rings (1971–1984)
Proton-Antiproton Collider (1981–1991)
ISABELLE (cancelled in 1983)
Tevatron (1987–2011)
Superconducting Super Collider (cancelled in 1993)
Relativistic Heavy Ion Collider (2000–)
Large Hadron Collider (2009–)
Future Circular Collider (proposed)
Fermions
Gauge boson
Quantum field theory
Gauge theory
Strong interaction
Color charge
Quantum chromodynamics
Quark model
Electroweak interaction
Weak interaction
Quantum electrodynamics
Fermi's interaction
Weak hypercharge
Weak isospin
CKM matrix
Spontaneous symmetry breaking
Higgs mechanism
Mathematical formulation of the Standard Model
Beyond the
Split supersymmetry
Twistor theory


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Top Computer Programming Colleges
Last Updated on November 9, 2021 by
And the There is a large amount of inaccuracy on the web pertaining to information regarding computer programming schools online and the best undergraduate computer science schools, but worry not as our site provides detailed information about it.
You will also find up-to-date, related posts on computer programming degree requirements and the best colleges for computer science on collegelearners.
From websites that are useful to students, you can retrieve information and relevant facts about the best colleges for computer programming and game design. You will find this website very useful for all those seeking information and colleges and degrees alike. From computer programming schools online to best undergraduate computer science schools, computer programming degree requirements, and best colleges for computer science, you can do no wrong in searching for the information you need on College Learners.com.
The Best Colleges for Computer Programming
Computer programming is a high-demand skill no matter where you choose to live or in which kind of business you plan to work. These recession-proof jobs allow you to innovate, create, and troubleshoot all kinds of technology on a daily basis. If you think computer programming degrees are just for introverts or people with extensive programming experience, think again. Most degrees require little to no prior experience in computer science or coding, and there are a range of opportunities for you to work in a collaborative team or in a project-based setting.
The Best Colleges for Computer Science ranking is based on key statistics and student reviews using data from different sources. The ranking compares the top computer science schools across the world.
1. Massachusetts Institute of Technology in Cambridge, MA
School Highlight: This school is primarily focused on technology and business management.
The Massachusetts Institute of Technology, commonly referred to as MIT, is a private research facility and school that ranked first for its programming languages programs by U.S. News & World Report in 2018. MIT awards a Master of Science in Computation for Design and Optimization, offered in conjunction with the engineering, science, and management schools. The program focuses on analyzing and implementing the computational approaches used to design and maintain computer programs.
2. Carnegie Mellon University in Pittsburgh, PA
School Highlight: CMU is known for its science and technology programs.
Carnegie Mellon University is a private research institution that ranked second among programming language programs by U.S. News & World Report in 2018. At the university's School of Computer Science, students can pursue bachelor's, master's, and doctoral degrees in computer science and language technologies. Once enrolled, students become familiar with designing and monitoring computer programs for current systems and technologies.
3. Stanford University in Stanford, CA
School Highlight: Stanford offers a Doctor of Philosophy (Ph.D.) in Computer Science program.
Stanford University is a private research institution that ranked third among top programming languages programs by U.S. News & World Report for 2018. Stanford's Computer Science Department awards both undergraduate and graduate degrees, as well as the opportunity for students to immerse themselves in field-related research and programming. Program emphasis is on teaching future computer programmers how to analyze software systems and understand the mathematical foundations of computing.
4. University of California – Berkeley
School Highlight: This school offers research and instructional programs through the Electrical Engineering and Computer Sciences (EECS) department.
According to U.S. News and World Report in 2018, the University of California in Berkeley ranks fourth for top programming languages programs. At the undergraduate level, they offer a Bachelor of Science in Computer Science and a Bachelor of Arts in Computer Science. Students in these programs are required to take courses in the natural sciences, mathematics, electrical engineering and computer science, as well as programming languages. The school also offers a BS to MS five-year program that is designed for students who are interested in pursuing graduate education. At the graduate level, the school has Master of Science and Ph.D. in Computer Science programs.
5. Harvard University
Founded in 1636, Harvard has since cemented its reputation as one of the premier institutions of higher education in the world. The university's Computer Science Department, housed within the John A. Paulson School of Engineering and Applied Sciences, offers a variety of computer science programs and conducts research in a variety of areas that include artificial intelligence, program languages, and computational linguistics.
Harvard' computer science students can access research institutes like:
The Berkman Center for Internet and Society
The Center for Research on Computation and Society
The Institute for Applied Computational Science
These think tanks help Harvard direct its efforts towards a variety of academic areas such as:
Applied Math
In an effort to reach these widespread and extremely lofty goals, Harvard outlined a plan in November 2014 to increase its computer science faculty by half while also opening up new state-of-the-art facilities on campus.
Cambridge, England
With over 800 years of history, the University of Cambridge goes back further than the United Kingdom itself. Founded in 1937, the school's Department of Computer Science and Technology also claims an impressive history and record of excellence. Over 200 researchers within the department focus on various areas within the field, like graphics and interaction, security, computer architecture, digital technology, and artificial intelligence.
Cambridge offers a variety of degrees in computer science, including a Ph.D. and a one-year master's of philosophy. Undergraduate students who qualify can add a year to their program to earn a master of engineering degree in addition to their bachelor's degree. Cambridge's programs are some of the best computer science master's programs available today. Each week, the computer science department's laboratory offers seminars on topics like logic and semantics, networks and operating systems, and security. In addition, students can choose to participate in the department's [email protected] initiative, which works to support women in research and roles of academic leadership within the field.
Princeton University is one of the most beautiful North American universities, but its aesthetic qualities may be overshadowed by its reputation for technical-focused academics. The school's computer science students enjoy all the advantages of a world-class university with a strong representation in their chosen specialization.
Students within Princeton's Department of Computer Science can research problems in:
Bitcoin and Other Cryptocurrencies
Georeplicated Cloud Storage and other Leading Subfields of Information Theory
All degree candidates must complete at least one design- or research-related project before becoming eligible for graduation.
Undergraduate students of computer science can pursue either a bachelor of arts or a bachelor of science in engineering, while graduate students can choose between a master of science in engineering or a Ph.D. Offering some of the best computer science programs available, Princeton's computer science department is broken down into:
Graphics/vision
Markets/Game Theory/Economics
Programming Languages/compilers
Security/privacy/policy
Systems/networks
Oxford, England
Oxford has the unique distinction of serving students as the oldest English-speaking university in the world. The school boasts an extensive list of achievements and accolades; the Times Higher Education World University Rankings named it the top learning institution in the world for academics and research. In addition, Oxford hosts the largest library system in the U.K. and runs the largest and most widely recognized academic publishing house in the world. Alumni include 26 Nobel Prize winners, 120 Olympic medalists, 26 U.K. prime ministers, and over 30 other world leaders.
Established in 1957, Oxford's Department of Computer Science is one of the oldest in the country. Research topics include:
Automated Verification
The department offers three undergraduate tracks of study, four master's tracks, and a Ph.D. in computer science.
Established in 1827, the University of Toronto has become Canada's most respected research institution. The school features three main campus locations, 44 libraries, and affiliations with 10 teaching hospitals. Points of pride for U of T include the world's first operational broadcasting system without batteries, the first effective use of insulin in treating diabetes, and the world's first single lung transplant, among many other unique accomplishments.
U of T created its Department of Computer Science in 1947 along with the establishment of the school's Computation Centre. Students may choose to earn a bachelor of science, master of science, or a Ph.D. in computer science.
Research topics within the department include:
Applied and Discrete Mathematics
Computer Systems and Networks
Health and Assistive Technology
Numerical Analysis and Scientific Computing
Programming Languages and Methodologies
This wide range of concentrations covers virtually every aspect of computer science and gives students seemingly endless opportunities for specialization in completing computer science programs.
Specializations include:
Data Management and Machine Learning
Information and System Security
Pervasive Computing Systems
Current projects include work on learning systems and algorithmic methods. The distinguished faculty boasts over 30 professors, including Institute of Electrical and Electronics Engineers fellow Onur Mutlu and Golden Owl Teaching Award winner Juraj Hromkovic.
The department offers computer science master's programs in cybersecurity, data science, and robotics systems and control. At the undergraduate level, students may specialize in data processing, software engineering, and theoretical computer science. The first year of undergraduate coursework is taught in German, with additional years increasingly taught in English. The department also offers a summer research fellowship for undergraduates and graduate students. The fellowship aims to increase diversity and participation is open to all students worldwide. Students may also opt to complete a part-time continuing education certificate program spanning 1-2 semesters.
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Though relatively young compared to other universities, UCLA already claims an impressive history. Founded in 1919, the school has produced 13 Nobel laureates, 12 MacArthur fellows, over 250 Olympic medalists, and over 140 technology-based companies.
While UCLA didn't formally establish its Computer Science Department until 1968, the school made contributions to the information revolution as early as the 1940s. In addition to graduate programs, the university offers a bachelor's degree in computer science and a bachelor's degree in computer science and engineering. Offering online computer science programs, the department features 20 different research groups and laboratories as invaluable resources for students and staff alike. These are incorporated into several research centers:
The Center for Autonomous Intelligent Networked Systems
The Center for Domain-Specific Computing
The Center for Encrypted Functionalities
The Center for Information and Computation Security
The Center for SMART Health
The Scalable Analytics Institute
For more than 50 years, Melbourne has been an internationally recognized leader in information technology and computing research. Melbourne's Computer Science Department began in 1956 with the commissioning of CSIRAC, Australia's first digital computer. In 1975, Peter Poole served as the first chair of the department, now known as the School of Computing and Information Systems. In 2010, information systems merged with computer science and software engineering to form a single department.
Today, the department's research specialties include energy-efficient cloud computing, machine learning and optimization, and artificial intelligence language processing. The school invites graduates and industry members to contribute to the ongoing refinement of the curriculum. Collaborative research projects with industry leaders include augmented reality in retail sales and travel data use to predict destinations.
The department offers five undergraduate computer science programs, including data science and spatial systems. Students interested in the social and business aspects of computing may find the school's undergraduate information systems program an ideal match. Highly skilled students who score well on programming proficiency exams may opt for accelerated study.
The school also admits some graduate students with undergraduate majors in non-tech fields. Master's program offerings include software engineering, spatial engineering, and information technology.
From humble beginnings, UW now hosts three campuses that include 16 schools and colleges run by more than 3,000 full-time faculty members. As a testament to the academic excellence of the school, undergraduate and graduate students now number over 54,000. UW features 440 degree options across 280 programs.
Computer science and engineering at UW was originally established in 1967 as an inter-college graduate program. The undergraduate program was added in 1975, and the program became a department of its own. Continued growth and development of UW's Paul G. Allen School of Computer Science and Engineering has led to the employment of 50 faculty members and 75 technical staff members, including three MacArthur fellows. Research topics for the school's online computer science programs include:
Ubiquitous Computing
Wireless and Sensor Systems
London, England, UK
Located at the South Kensington campus, the Computing Department at Imperial ranks among the largest computer science departments in the UK. The department's well-known research focus areas include artificial intelligence, analysis and verification, data science, and distributed software engineering.
Top-notch student project work is frequently published in leading academic journals and research conference proceedings. The computing support group, staffed by department members, provides support for teaching, administration, and research.
The department offers up to 30 fully funded Ph.D. programs per year to students holding master's degrees, and more than 80% of doctoral students receive funding. The department also delivers a special doctoral program in embedded and distributed systems.
All the department's computer science master's programs in engineering and computing require a six-month paid industry internship. Imperial maintains a study-abroad program featuring exchange arrangements with ETH Zürich in Switzerland, Ensimag in France, RWTH Aachen in Germany, and additional competitive opportunities in the U.S for third- and fourth-year students.
Each student is matched with a personal tutor and advisor throughout the program. First year students also receive tutoring in programming and mathematics.
Pasadena, California
Located in Pasadena, Caltech's Computing and Mathematical Sciences Department offers some of the best computer science programs in the world. Recognized for its encouragement of collaborations across disciplinary boundaries, the department's research areas include geometric mechanics and stochastic computing. In 2017, Caltech launched an autonomous systems research center focused on robotics, drones, driverless cars, and machine learning.
The department awards students prize fellowships in areas such as artificial intelligence, applied mathematics, and data science from sources like Google and the National Science Foundation. The distinguished faculty roster includes three MacArthur fellows, three Sloan fellows, and several teaching award winners. The department also proudly hosts the Kortschak scholars program in human and artificial intelligence.
Pioneering efforts at Caltech include a massively parallel supercomputer and the first asynchronous microprocessor. John McCarthy of LISP and Stephen Wolfram of Mathematica are among notable CMS alums. Additionally, companies like Achronix and FastSoft started through Caltech research.
The school's doctoral programs require full-time attendance and three years of residency. CMS frequently collaborates with disciplines such as bioengineering, geology, and economics, providing students with many options to customize their studies. Students can choose concentrations for majors and minors in areas such as dynamical systems, coding theory, and algorithms.
From its founding in 1865, Cornell University has set itself apart from its Ivy League peers through its aggressive and revolutionary principles. Located in Ithaca, New York, the university stands on the cutting edge of research within many fields, including X-ray imaging, self-sustaining robotic exploration, and mapping microbes.
Cornell created its Department of Computer Science in 1965 and has since made substantial research contributions to the field. Gerard Salton, also known as the "father of information retrieval," joined the department from Harvard and brought with him SMART technology that became the foundation of more than 30 years of research and the Google search engine.
Students, from the undergraduate level to doctoral candidates, must meet high academic standards. Data structure, algorithms, operating systems, programming languages, and theory of computation are just a few of the areas students have to fully understand. At the master's level, computer science students can pursue a two-semester professional degree in engineering or a two-year master of science. Cornell's computer science department accepts only 25 doctoral students each year. In completing their computer science programs, these students must demonstrate mastery in programming languages, theory, artificial intelligence, and systems.
The University of Illinois at Urbana-Champaign was founded in 1867 and hosts a highly talented and respected faculty that includes 18 Pulitzer Prize winners. The university enjoys fame for the invention of the first graphical web browser as well as being the first university to provide full access to students with disabilities.
Illinois Computer Science was established in the 1940s and is currently managed by 61 distinguished faculty members, including 16 ACM fellows, 20 IEEE fellows, and 27 NSF career award winners. The department offers seven different computer science programs and more than 90 courses to its students. The university also hosts the largest ACM student chapter in the world.
The school's innovative Thomas M. Siebel Center for Computer Science laboratory serves as an advanced, interactive way for students to study the most recent and emerging computer technology. Research areas include:
Systems and Networking
Originally founded as King's College in 1754, Columbia University is the oldest institution of higher learning in New York and the fifth-oldest in the United States. One of nine colonial colleges established before the American Revolution, Columbia administers the Pulitzer Prize annually and has had 101 Nobel Prize laureates among its students, faculty, and staff. Former notable alumni include five of the nation's Founding Fathers, nine Supreme Court justices, and three U.S. presidents.
Offering some of the best computer science master's programs today, Columbia's Computer Science Department focuses on 10 major research areas:
Graphics/User Interfaces
Natural Language Processing and Speech
Vision/Robotics
Computer science students at Columbia can access 20 different laboratories and research groups. Undergraduate students can choose from among seven degree programs, while master's students can select from 10 available tracks. Doctoral candidates conduct directed research and are strongly encouraged to dedicate a year of community service to the department.
As the sixth-oldest English-speaking university in the world, the University of Edinburgh boasts an impressive history of accolades and academic achievements. A member of the Russell Group and the League of European Research Universities, the university has the third-largest endowment in the United Kingdom (after Cambridge and Oxford). The school's academic programs fall under three colleges with 25 different departments. Home to more than 35,000 students and 6,000 staff members, the university of Edinburgh can claim association with several esteemed alumni and former or current staff, including 20 Nobel Prize winners, one Pulitzer Prize winner, and three prime ministers.
With some of the best undergraduate computer science programs, the university of Edinburgh's computer science department is one of the largest in the Science and Engineering Faculty. The Department of Artificial Intelligence, the Centre for Cognitive Science, and the Department of Computer Science combined in 1998 to form the School of Informatics. Research areas that the school is well-known for include:
Founded in 1883, UT Austin has been consistently recognized as a world-class research university. The school boasts seven museums that feature more than five million collections in addition to 17 libraries that are home to more than 10 million volumes.
UT Austin's Department of Computer Science has its own proud history. The department manages its own network with more than 1,600 hosts and 12 laboratories featuring state-of-the-art computing resources. In addition, the faculty are highly experienced and recognized worldwide, boasting more than 150 national and international awards.
Students may pursue undergraduate or graduate-level study. Undergraduates are expected to engage in research and networking and must complete an internship to gain hands-on experience. Learners in computer science master's programs focus on research, with particular focus in the following areas:
Formal Methods and Verification
UT Austin's campus hosts a nonprofit organization, Women in Computer Science, that focuses on helping women network within the business world of computer science.


text:
Bridge and Tunnel History
History of bridges started in ancient times, and ever since then architect and engineers improved them to the point they are today – mighty structures that span mountains, lakes and oceans. Find out more about incredible history of bridges and tunnels here.
Ancient Bridges
Ancient Roman bridges represent one of the greatest wonders of our history, and a starting point of the bridge engineering. Here you can find out more about roman techniques and building processes that have inspired the work of countless modern architects.
Wooden Bridges
Even though wooden bridges are cannot last as long as stone bridges or cannot carry as much load as steel bridges, they have several advantages that made them very popular across the world. Find out more about wooden bridges here.
History of Tunnels
Together with the advancements in bridge building technologies, tunnels also received much attention by engineers who wanted to expand road, passenger and water networks across entire world. Here is their story.
Famous Tunnels
Today, new form of transport enabled spreading of tunnels across entire world. Here you can find list of the most famous tunnels of the modern world.
Undersea Tunnel History and Facts
How are underwater tunnels built? How do they build tunnels undersea? Tunnels built under the rivers, lakes and seabed are now common, and they can be found all over the world. Here can be found not only their origins but also examples of most impressive underwater structures.
Famous Bridge Designers
Many famous architect and designers have managed to create striking bridges that will forever be remembered as some of the great achievements of modern engineering. Learn more about them here.


Volunteer at an ICA Event or Fundraiser!
ICA is always in need of volunteers who are willing to represent us and further our mission at events and fundraisers. These events range from community fairs to bagging for tips at local grocers to organizing a silent auction.
Some of our volunteers also serve on committees for upcoming events.
Check out our calendar for upcoming opportunities, email events@icafoodshelf.org to learn more, of fill out the volunteer application now.


Online store builders are often available as part of an ecommerce web hosting package. These web hosting packages include all the basic building blocks you need to create your online store. They range in price from just a few dollars a month to thirty dollars or more, depending on what they offer. Yahoo! Small business is one web hosting company that offers online store builders.
Online store building software is also available as a separate software packages. Many of these are ecommerce shopping cart programs that also help you to develop your online store, such as Fortune3 or Zen Cart. Fortune3 is a commercial software program that sells for a little under $500, while Zen Cart is a free, open source software program.
Commercial and open source software both have advantages and disadvantages. Commercial software packages must be purchased, but often offer better customer support and may be more user friendly. Open source software is free, and help is often available in online forums, but users may need to have some experience with online software to use the programs.
Web site owners who use an online store building software program separate from their web hosting plan should check to be certain that their store building software is compatible with their web hosting plan. Getting separate software packages and getting them to work with a web hosting plan is sometimes complex. First time web site managers might have less frustration with online store builders that are bundled with ecommerce web hosting plans.
One of the biggest advantages of online store builders is that they generally help you perform these functions without a knowledge of programming languages.
Domain name registration, SSL security certificates, and merchant accounts are available with some ecommerce web hosting plans, but are generally not available through online store builder software packages. If these features are not part of your web hosting plan you will need to get them separately.
Before you get an online store builder, consider what you already have and what you need. For instance, if you have already used a web page creation program to make your web pages, you won't need templates for web page creation. If you already have a web host picked out, make sure that your online store builder is compatible with it, and find out what your web hosts offers before you get something you may not need.


For students needing access to an HTC Vive / roomscale VR: Organise access via your supervisor. If the calendar doesn't have anything booked, it should be free to access ad hoc, but staff take priority and may kick you out if you haven't booked it in advance!
For students needing access to Oculus rift / seated VR: There is an Oculus located in the student project lab. If you're using this, let your supervisor know and they can add you with edit priviledges to the shared calendar below (scroll to bottom).
For supervisors/staff/phds: These calendars reside on the MIG gmail account, ask someone in the group to add you with edit privileges.


text:
namespace {

struct Transforms_Blob {
	custom::Entity    entity;
	Transform const * transform;
};

struct Renderer_Blob {
	u32            id;
	Camera const * camera;
};

struct Renderable_Blob {
	u32            id;
	Visual const * visual;
};

}

static void build_transforms_map(custom::Array<Transform> & id_to_transform);
static void ecs_update_renderer_internal(custom::Array<Transform> const & id_to_transform, custom::Array<Renderer_Blob> const & renderers, custom::Array<Renderable_Blob> const & renderables);

//
//
//

namespace sandbox {

void ecs_update_renderer(void) {
	custom::Array<Transform> id_to_transform;
	build_transforms_map(id_to_transform);

	custom::Array<Renderer_Blob> renderers(8);
	for (u32 i = 0; i < custom::Entity::state.instances.count; ++i) {
		custom::Entity const entity = custom::Entity::state.instances[i];
		if (!entity.exists()) { continue; }
		if (!entity.has_component<Transform>()) { continue; }

		Camera const * camera = entity.get_component<Camera>().get_safe();
		if (!camera) { continue; }

		renderers.push({entity.id, camera});
	}

	custom::Array<Renderable_Blob> renderables(custom::Entity::state.instances.count);
	for (u32 i = 0; i < custom::Entity::state.instances.count; ++i) {
		custom::Entity const entity = custom::Entity::state.instances[i];
		if (!entity.exists()) { continue; }
		if (!entity.has_component<Transform>()) { continue; }

		Visual const * visual = entity.get_component<Visual>().get_safe();
		if (!visual) { continue; }

		renderables.push({entity.id, visual});
	}

	ecs_update_renderer_internal(id_to_transform, renderers, renderables);
}

}

//
//
//

static void build_transforms_map(custom::Array<Transform> & id_to_transform) {
	custom::Array<Transforms_Blob> transforms(custom::Entity::state.instances.count);
	for (u32 i = 0; i < custom::Entity::state.instances.count; ++i) {
		custom::Entity const entity = custom::Entity::state.instances[i];
		if (!entity.exists()) { continue; }

		Transform const * transform = entity.get_component<Transform>().get_safe();
		if (!transform) { continue; }

		transforms.push({entity, transform});
	}
	// transforms.set_capacity(transforms.count);

	// @Todo: use actual map structure?
	//        be more optimal fetching parents?
	u32 transform_ids_limit = 0;
	for (u32 i = 0; i < transforms.count; ++i) {
		transform_ids_limit = max(transform_ids_limit, transforms[i].entity.id);
	}

	id_to_transform.set_capacity(transform_ids_limit + 1);
	for (u32 i = 0; i < transforms.count; ++i) {
		Transforms_Blob const & transform = transforms[i];
		id_to_transform.get(transform.entity.id) = *transform.transform;
	}

	for (u32 i = 0; i < transforms.count; ++i) {
		Transforms_Blob const & transform = transforms[i];

		Hierarchy const * hierarchy = transform.entity.get_component<Hierarchy>().get_safe();
		if (!hierarchy) { continue; }
		if (!hierarchy->parent.exists()) { continue; }
		if (!hierarchy->parent.has_component<Transform>()) { continue; }

		Transform       & child  = id_to_transform.get(transform.entity.id);
		Transform const & parent = id_to_transform.get(hierarchy->parent.id);
		child = parent.transform(child);
	}
}

static void ecs_update_renderer_internal(custom::Array<Transform> const & id_to_transform, custom::Array<Renderer_Blob> const & renderers, custom::Array<Renderable_Blob> const & renderables) {
	static u32 const u_Resolution      = custom::uniform_names.store_string("u_Resolution", custom::empty_index);
	static u32 const u_View_Projection = custom::uniform_names.store_string("u_View_Projection", custom::empty_index);
	static u32 const u_Transform       = custom::uniform_names.store_string("u_Transform", custom::empty_index);
	static u32 const u_Texture         = custom::uniform_names.store_string("u_Texture", custom::empty_index);
	static u32 const u_Color           = custom::uniform_names.store_string("u_Color", custom::empty_index);
	static u32 const u_Z               = custom::uniform_names.store_string("u_Z", custom::empty_index);

	ivec2 viewport_size = custom::application::get_viewport_size();
	r32 const aspect = (r32)viewport_size.x / (r32)viewport_size.y;

	// @Todo: global shaders data
	// custom::renderer::set_uniform(shader, u_Resolution, viewport_size);

	qsort(renderers.data, renderers.count, sizeof(*renderers.data), [](void const * va, void const * vb) {
		Renderer_Blob const * a = (Renderer_Blob const *)va;
		Renderer_Blob const * b = (Renderer_Blob const *)vb;
		return (a->camera->layer > b->camera->layer) - (a->camera->layer < b->camera->layer);
	});

	qsort(renderables.data, renderables.count, sizeof(*renderables.data), [](void const * va, void const * vb) {
		Renderable_Blob const * a = (Renderable_Blob const *)va;
		Renderable_Blob const * b = (Renderable_Blob const *)vb;
		return (a->visual->layer > b->visual->layer) - (a->visual->layer < b->visual->layer);
	});

	u32 renderable_i = 0;
	custom::Array<Renderable_Blob> relevant_renderables(renderables.count);
	for (u32 camera_i = 0; camera_i < renderers.count; ++camera_i) {
		Renderer_Blob const & renderer = renderers[camera_i];

		mat4 const camera_matrix = mat_transform(
			renderer.camera->to_matrix(aspect),
			mat_inverse_transform(id_to_transform.get(renderer.id).to_matrix())
		);

		u32 last_renderable_i = renderable_i;
		for (; last_renderable_i < renderables.count; ++last_renderable_i) {
			Renderable_Blob const & renderable = renderables[last_renderable_i];
			if (renderable.visual->layer != renderer.camera->layer) { break; }
		}

		// @Todo: revisit sorting;
		//        - account distance
		//        - account mesh, too?
		qsort(renderables.data + renderable_i, (last_renderable_i - renderable_i), sizeof(*renderables.data), [](void const * va, void const * vb) {
			Renderable_Blob const * a = (Renderable_Blob const *)va;
			Renderable_Blob const * b = (Renderable_Blob const *)vb;
			return (a->visual->shader.ref.id > b->visual->shader.ref.id) - (a->visual->shader.ref.id < b->visual->shader.ref.id);
		});

		custom::renderer::clear(renderer.camera->clear);

		u32 shader_id = custom::empty_ref.id;
		for (; renderable_i < last_renderable_i; ++renderable_i) {
			Renderable_Blob const & renderable = renderables[renderable_i];

			mat4 const transform_matrix = id_to_transform.get(renderable.id).to_matrix();

			if (shader_id != renderable.visual->shader.ref.id) {
				shader_id = renderable.visual->shader.ref.id;
				custom::renderer::set_shader(renderable.visual->shader.ref);
				custom::renderer::set_uniform(renderable.visual->shader.ref, u_View_Projection, camera_matrix);
			}

			custom::graphics::unit_id unit = custom::renderer::make_unit(renderable.visual->texture.ref);
			custom::renderer::set_uniform(renderable.visual->shader.ref, u_Texture, unit);
			custom::renderer::set_uniform(renderable.visual->shader.ref, u_Transform, transform_matrix);
			custom::renderer::set_mesh(renderable.visual->mesh.ref);
			custom::renderer::draw();
		}
	}
}

redpajama_set_name: RedPajamaGithub


Classic and one of the best selling – Umbrella abaya dress from our collection. Cut in biased, it gives you the perfect body hugging slim look with a huge Umbrella like the flare at the bottom. Check out the pleated details on sleeves and zip opening near armhole, making it more adorable. Premium Nidha fabric which is soft and little shiny.
This abaya is without the accessory (hijab) worn by the model.


text:
Moča () je obec na Slovensku v okrese Komárno. Leží v Podunajské nížině mezi Komárnem a Štúrovem, na levém břehu Dunaje, který zde tvoří hranici s Maďarskem.

Obyvatelstvo
V obci je 92 % obyvatel maďarské národnosti, 6 % slovenské a 1,5 % romské; ostatní tvoří 0,5 %.

Historie
První písemná zmínka o obci pochází z roku 1208. V polovině 16. století (během válek s Turky) byla obec zpustošena. V roce 1557 zde bylo pouze pět statků, v roce 1622 osm mlýnů. V roce 1699 obec měla 300 obyvatel. V roce 1787 zde stálo 146 domů a žilo 872 obyvatel. V roce 1828 zde bylo 351 domů a 2137 obyvatel, (většinou rybáři, voraři a rolníci). V letech 1939 až 1945 obec připadla Maďarsku. V roce 1965 způsobil obci velké škody rozvodněný Dunaj, který zde zničil 100 domů.

Kultura a zajímavosti

Památky
 Římskokatolický kostel Nejsvětější Trojice, jednolodní barokní stavba s polygonálním ukončením presbytáře a představěnou věží, z roku 1764. Přestavbou prošel v první polovině 20. století a po druhé světové válce, která pozměnila jeho interiér. Interiér kostela je plochostropý. Fasády jsou členěny segmentově ukončenými okny. Věž je členěna kordonovými římsami a je ukončena zvonovitou helmicí. V podvěží je barokní portál s profilovaným kamenným ostěním s klenákem.

 Reformovaný kostol, jednolodní pozdněklasicistická stavba s pravouhlým závěrem a věží tvořící součást její hmoty, z let 1856-1860. Úpravami prošel v první polovině 20. století. Interiér kostela je plochostropý. Fasády kostela jsou členěné púlkruhově ukončenými okny se šambránami. Věž je členěná lizénami a ukončená korunní římsou s terčíkem a barokní helmicí. Portál kostela má kamenné profilované ostění s púlkruhovým světlíkem.

 Obecní muzeum - V Obecním muzeu v Moči čeká na zájemce významná etnografická a regionální sbírka, dle požadavků i s interaktivními programy. Návštěvník se zde setká s mnohobarevným, bohatým světem staré selské kultury.
 Socha Lilli - Dílo sochaře Gyuly Maga z roku 2009 je památkou Csokonaiho lásky. Lilla se dostala do obce Moča prostřednictvím svého druhého manželství.
 Socha sv. Jana Nepomuckého - Kopie sochy svatého Jana Nepomuckého z 18. století, která byla v roce 1945 zničena, od Gyula Maga, byla slavnostně předána 16. května 2009 na promenádě Süttő.

Občanská vybavenost
V obci je veřejná knihovna, tělocvična a fotbalové hřiště. V obci se nachází také čerpací stanice F-Petrol.

Reference

Externí odkazy

 Oficiální stránka obce
 https://www.visitdanube.eu/sk/pamatihodnosti-7

Obce v okrese Komárno
Maďarské komunity na Slovensku
Sídla na Dunaji
Maďarsko-slovenská státní hranice

redpajama_set_name: RedPajamaWikipedia


Puppet film. Comrade Mayakovsky, the Bolshevic poet and dramatist, visits fellow Russian and great composer Igor Stravinsky at his pianola workshop in Paris. Then with the poet Cocteau, this trio of individualists see the sights of Paris by night.


text:
import os
try:
    import cPickle as pickle
except ImportError:
    import pickle

class Module(object):

    def __init__(self, name):
        self.name = name
        self.symbols = {}

    def save(self):
        with open(self.name + '.tngc', 'wb') as f:
            pickle.dump(self, f)

class Symbol(object):

    def __init__(self, name, type=None, code=None, nested=None):
        self.name   = name
        self.type   = type
        self.code   = code
        self.nested = nested or {}


Swarovski watches, created with renowned Swiss quartz motion and signature faceted crystals, have set new requirements in up to date watch design by combining elegance and understated luxurious. Few of them display the day together with date aside from the time. Style is taken into account as the last word factor in men's watches to put on the perfect timepiece. Clients are provided with diverse number of dials based on their outfits. Modern dials, leather-based straps, metallic belts or coloured straps are a few of the classic choices, which ship a singular look to the customers. Customer's wrist attracts others additionally with the distinctive timepiece.
Mr Albert M. Dueber recalled Hess's early days in enterprise. Dueber, previously President of the Dueber-Hampden firm, not only is aware of Sol Hess and several of the characters very well, however as well as has been included within the column on several occasions as have his daughters, Josephine Dueber and Mary Jane Dueber Farrell.
Every week my college students be taught a brand new sight phrase and the Time for Sight Phrases Watche s have been a wonderful (and motivating!) useful resource for serving to my students study to learn these valuable phrases. I distribute the watches to college students on Monday mornings and the children are invited to put on their watches all week lengthy as a reminder of our sight phrase. I print the watches for the week on copy paper (4 similar watches are displayed on every page that Annie created – I am grateful that the watches are laid out to be the proper dimension for young children, yet usually are not a waste of paper to repeat).
Tuning-fork watches use a sort of electromechanical movement. Launched by Bulova in 1960, they use a tuning fork with a exact frequency (most often 360 hertz ) to drive a mechanical watch. The duty of converting electronically pulsed fork vibration into rotary actions is finished via two tiny jeweled fingers, known as pawls. Tuning-fork watches have been rendered out of date when electronic quartz watches had been developed. Quartz watches had been cheaper to produce moreover being more correct.
Early in August of 1888 two particular trains brought the first contingent of 250 Hampden workers from Springfield. Operations at the Watch factory started instantly, a yr sooner than the Watch Case Works. By the top of the primary year the Hampden manufacturing facility was employing 1,000 persons, and turning out 600 watches a day.
For the first time since 1872 Charles Rood and this new management team allowed the corporate to prosper and by 1885 it was paying a 10% dividend and had accumulated a money reserve of some $100,000. That 12 months considered one of it is case provider, Mr John C. Dueber, of the Dueber Watch Case Company" of Newport Kentucky, bought a controlling share. Cain and Rood remained in place and continued to handle the watch works for an additional six years, first in Springfield and then later in Canton.
The standard wisdom of the day is commonly spectacularly incorrect. The preferred and successful opera of all time is undoubtedly "Carmen" by Georges Bizet. But it was much criticized when first carried out and the unfortunate Bizet died believing that it was a flop. Equally, when essentially the most iconic piece of 20th century music was first carried out in 1913- Stravinsky's "Rite of Spring" – half the viewers walked out. Those of us who defy the conventional knowledge about local weather are actually better off than that. In contrast to Bizet and Stravinsky in 1913, we KNOW that we are going to eventually be vindicated – as a result of all that supports Warmism is a crumbling edifice of guesswork ("fashions").
We take this chance to draw your immediate consideration in the direction of the truth that asbestos related ailments are also incurable despite this environmental clearances are nonetheless being given by the central surroundings ministry but health being a state topic, your authorities can act to safeguard the life of present and future generations by stopping it.
In 1903 John Dueber travelled to Europe with his youthful daughter Estella, where collectively they visited his native Prussia. When he and his daughter returned to Canton, they were met at the station by a crowd of three,000 folks and a band. Following his return he despatched a clock to be put within the church tower at Netphen. Throughout World Warfare II the church was bombed, however the tower and clock have been unharmed.
The Wein family, formally Weinzieher, initially emigrated to the US from Russia but it surely's slightly unclear how many of the family travelled with the pinnacle of the household, Hersh Wein, and what number of arrived later. Hersh Wein had a big family that might diverge and go on to type necessary branches of the North American watch industry. Nevertheless, the foundations have been established in 1904 with the incorporation of Weinstrum Watches, who grew to become the authorised dealership of Abra Swiss Watches" and had been situated at ninety three Nassau Street, New York Metropolis. Later the priority could be generally known as Wein Brothers. Hersh (or Hirsch) left plenty of his sons and sons-in-legislation within the enterprise. Family lore had it that the bigger household enterprise broke up on account of fighting among the many wives.


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Welcome to the Rover SD1 Club - History of the SD1
page 17 first page previous page next page last page
One interesting anecdote is that the Metropolitan Police force loved the SD1 so much (fast, simple and a boot roomy enough to hold lots of traffic cones) it actually stockpiled a number of them for patrol car use and continued to bringing them into commission up until 1989!
In retrospect the SD1 showed that there was still real strength in depth in terms of design and Engineering within BL, but unfortunately the car was dogged with poor build quality, which gave it a reputation that lived with it until the end. Had BL built the car to a higher standard, not hamstrung it with self-destructing Sixes, launched it as a full range of cars and made enough of them at the start, it is not inconceivable to think that the Specialist Division of British Leyland could have been a success in its own right.
The sad fact is that both Jaguar and Rover's cars were built so poorly only served to tarnish the image of these great marques, especially overseas: at Jaguar the chairman from 1980-1989, John Egan, and then Ford saved that company during the Eighties and Nineties, but MG Rover's future remains in the balance. Throughout the late 1970's and into the 80's, the speculative media constantly made calls for BL to drop the Austin-Morris part of the Company and concentrate solely on Rover, Jaguar and the sports cars. As unsavoury as this notion appeared at the time, history has borne these pundits correct as MG Rover moves into the 21st Century with plans to build solely sports and upmarket cars.


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"Navigating a Career in Sports Media in a Fast-Evolving Industry" with NBA TV Host Chris Miles '03, April 16
A screen shot of NBA TV Host Chris Miles '03
Richard Greenwald, PhD, dean of the College of Arts and Sciences, will host alumnus and NBA TV Host Chris Miles '03 for a Virtual Dean's Series discussion at noon on Friday, April 16.
Grab your lunch and tune in to the the midday talk that will include topics such as mapping career goals, forging the right paths and partnerships, and how a Jesuit liberal arts education is the bedrock for success in media. For this next event in his continuing Virtual Dean's Series, Dr. Greenwald will welcome NBA TV Host Chris Miles '03.
Miles has developed a vast knowledge of all sports through his 15+ years of experience as a sports anchor, reporter, and host, working all over the country. Miles prides himself especially on his NBA, NFL, and MLB expertise.
"Sports Media has matured into a major sector of business," Dr. Greenwald said. "So many College of Arts and Sciences alumni are in media, and a growing number are in sports media. Chris Miles puts his liberal arts education to use everyday, usually on air. I look forward to showcasing the College's new sports media major, which in a sense Chris pioneered."
Registration is required for this event.
If you have any questions in advance of the event, please email ose@fairfield.edu.
"Navigating a Career in Sports Media in a Fast-Evolving Industry"
Time: Noon
Registration is required for this Virtual Dean's Series event featuring Chris Miles '03. Please R.S.V.P. today.
Navigating a Career in Sports Media: A Fast Evolving Industry || CAS Dean's Series
Tags: Top Stories, College of Arts & Sciences
Last modified: 01-09-23 1:47 PM
April 2021 Story Archive →


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Cowboys trade defensive end Everson Griffen to Lions
2020/10/28 23:45 (EDT)
©Fort Worth Star-Telegram
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Dallas Cowboys defensive end Everson Griffen huddles with teammates before a game against the Arizona Cardinals at AT&T; Stadium in Arlington, Texas, on October 19, 2020. - Smiley N. Pool/Dallas Morning News/TNS
FRISCO, Texas — It was a curiosity on Sunday after the Dallas Cowboys made a big deal about the return of defensive end Randy Gregory to see him play only six snaps in the 25-3 loss to Washington.
Gregory shouldn't have to worry about limited reps going forward now that the Cowboys have traded veteran defensive end Everson Griffen to the Detroit Lions.
Per sources, the trade is for a conditional sixth-round pick that could become a fifth-rounder.
Griffin, who had 2.5 sacks for the Cowboys after signing a one-year deal in August, will help bolster a 3-3 Detroit team that is looking to make a playoff push.
The Lions will pay Griffen's $1.76 million in salary for the rest of the year, plus $187,500 for each game in which he is on the active roster.
Though disappointed with their 2-5 start, the Cowboys are not out of the NFC East race, as they are in a second-place tie with Washington behind the Philadelphia Eagles (2-4-1).
Still, the Cowboys are realistic about where they stand as a team, and it made sense to make a deal that doesn't hurt the present but could help the future.
Gregory played against Washington for the first time since 2018 due to an NFL suspension for repeated violations of the substance-abuse policy. He is a talented pass rusher who needs reps to knock the rust off and should only get better with playing time. He is under contract through 2021, while Griffen was on a one-year deal.
It also should open the door for more reps for rookie fifth-round pick Bradley Anae, who was made inactive against Washington to make room for Gregory.
Now, both should be on the game-day active roster getting reps and experience for more prominent roles in a Cowboys future that could also be without Aldon Smith, who leads the team with four sacks but is also on a one-year deal.
©2020 Fort Worth Star-Telegram
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AbstractThe purpose of this paper is to analyze the journal article Comparative Studies of Health Care Systems: Taiwan and the United States of America- Past, Present, and Future by Zalatimo (2014), and draw connections between his inferences and sociological concepts. It will also look at how the systems he has researched relate to the healthcare system of Canada. Finally, it will draw conclusions as to what Canada could do to improve our system for the better, especially in the light of senior citizens and their unique needs.
In the article, Zalatimo compares the differences between the Taiwanese healthcare system and the American healthcare system (Zalatimo, 2014). He begins by giving a comparison of the Gross Domestic Product (GDP) percent spent by each country on healthcare. Surprisingly, Taiwan spent only 6.9% while the United States spent 17.6%; Canada trailed behind at just below 12% (Zalatimo, 2014). At first, these numbers may seem sensible seeing as the United States has a population 13x greater than Taiwan. However, per capita it works out to be $7146 for the US and $1126 for Taiwan (Zalatimo, 2014). This is an astounding feat when the amount and quality of services provided for that price is taken into consideration. In Taiwan, 99% of the population is insured, prescription drugs are covered, there is allowances for dental services, inpatient and outpatient care, palliative care, and much more. Perhaps one of the most comparable factors to Canada is their low wait times to see specialists and for elective procedures. In Canada, it has been highly criticized the long wait times of up to see specialists and long wait times for treatment after having seen a specialist (Novak, Campbell, & Northcott, 2014, p165). In Taiwan, it is common to see a specialist or at the very least a doctor on the same day or within a few days (Zalatimo, 2014). This would be very beneficial to seniors needing hip or knee replacements. It could also save many lives from cancer, and save lots of dollars spent on pharmaceutics to manage pain while awaiting treatment. The purpose of this article was to look at what Taiwan has done well, what could be done better, and how to apply this to the United States. Although this paper was aimed at the United States, many of Taiwan's successes could also be integrated into Canada's current healthcare system.
The author is mainly concerned with the government involvement and the economics behind Taiwan's healthcare system, he is looking at the macro-level. He seems to be biased towards a more supportive system than the one in the United States, suggesting he's unhappy with their current system of privatization. This paper relates to the Marx-influenced political economy theory. This theory believes that social policy is directly related to which groups are dominant in a given society (Novak, Campbell, Northcott, 2014, p30). In the United States, the dominant groups are very conservative and do not wish to provide for their people without a profit margin. In Taiwan, the culture is different, people are more involved and take care of one another. This is reflected in their elected government and their resulting healthcare system. The Taiwanese perspective most closely resembles that of a moral economy theory; they all share the value that healthcare is a basic human right. In Canada, we are are neither end of the spectrum but somewhere in the middle. While the Canadian government is not nearly as conservative as the United States, its healthcare system is nowhere close to being as reformed as that of Taiwan.
The scientific evidence provided in this paper is solely statistics and numbers. There is also some non-scientific evidence posed as anecdotes and inferences. He uses quantitative methods to draw conclusions from data collected in previous studies by multiple authors. There is not any use of qualitative methods as the author is not interested in the individual level but more in the macro-level and looking at the bigger picture as a whole.
The research method used in the journal article could have been better. Instead of just looking at the macro level, it would have been a better rounded study had the micro level been considered as well. It also could have been improved had more countries been involved to compare. Albeit the author was American and only concerned with the United States but, it would have been nice to have a middle alternative instead of just the two extreme opposite systems. A common underlying assumption throughout this paper is the assumption that Taiwan's system is superior to the United States. Within this assumption is the assumption that healthcare should be free/accessable to all residents of the United States. There are many who disagree with this -just ask the insurance company CEOs. Having said all that, a strength in the article was the clarity of the numbers provided. It really showed the contrast between the United States and Taiwan well.
It was very interesting to me to see the comparison between the United States and Taiwan. I had never thought of Taiwan as a developed country, to be honest I did not know much about Taiwan other than sometimes the name is on the label of my clothes saying 'made in.' I certainly agree that the United States has many issues when it comes to their healthcare system. I feel that healthcare is a basic human right, no one should have to be in pain or in a situation where they have to debate if they can afford to get help. I found the documentary Sicko (2007) directed by Michael Moore to be eye opening as well. It did a better job of showing more countries so there was more to compare. But, based on just the journal article, I agree with the author that the Taiwanese system is superior to that of the United States and of Canada. Canada has a long way to go when it comes to what is covered and the long wait times.
A recent news article published by CBC (2018, June 1) reports on a new initiative out of the Hamilton paramedics department and McMaster University. They are attempting to reduce 911 calls made by seniors in the community. They are doing this by having paramedics do non-emergent house calls once a week to assess seniors. The news article reports a significant drop in 911 calls and they believe it is related to their program. Visits allow seniors to have vital signs taken and offer an opportunity to ask any questions they may have. This alleviates worry of seniors and prevents unnecessary emergency room visits. It is great especially for seniors as they seem to have more complicated health issues and provides an outlet to be monitored. It would be nice to see this program expanded to be more prevalent in communities with older populations. This practice could not only help to reduce wait times in emergency departments but also could reduce the cost associated with calling 911. This best relates to the age stratification theory and life course perspective. It does this by focusing on following seniors into old age and supporting them as best can in each stage of life.
References'My doctor thinks it's super': Paramedic house call program cuts down on ER visits. (2018, June 1). Retrieved June 6, 2018, from http://www.cbc.ca/news/health/paramedics-community-hamilton-program-1.4683269Novak, M., Campbell, L., & Northcott, H. (2014). Aging and Society: Canadian Perspectives. Toronto, ON: Nelson Education Ltd.
Zalatimo, O. (2014). Comparative Studies of Health Care Systems: Taiwan and the United States of America- Past, Present, and Future. Proceedings For The Northeast Region Decision Sciences Institute (NEDSI), 530-551.


The average annual and hourly salaries for food service managers in the state of South Dakota are shown in Table 1 and Table 2, respectively. The comparison of the salary statistics of food service managers amongst South Dakota cities is shown in Table 3. The salary statistics are based on the national compensation survey conducted by the U.S. Bureau of Labor Statistics in 2017 and published in April 2018 .
Table 1 shows the average annual salary for food service managers in South Dakota in 5 percentile scales. The average annual salary for the 90th percentile (the top 10 percent of the highest paid) is $65,160. The median (50th percentile) annual salary is $51,540. The average annual salary for the bottom 10 percent is $41,710.
Table 3 shows the median annual salary of food service managers in some South Dakota cities and metropolitan areas. We note that the median annual salary of food service managers in state of South Dakota ranges from $40,650 to $54,310. The highest paying area for food service managers in South Dakota is Sioux Falls with a median annual salary of $54,310. The second highest paying city/area in South Dakota State is Rapid City (mean annual salary $50,440). The lowest paying area is Sioux City with a median annual salary of $40,650.
 Highest paying industries for food service managers.


Choosing your bridal flowers can be as scary as finding your perfect dress, and are just as important in the overall look of the day. But what should you consider when choosing your flowers: scent, colour, or texture? A good florist will always suggest the best flowers for your colour theme, size and style; as well as tailoring the arrangements for your requirements.. Follow these tips below for your dream wedding flowers!
Recommendation is a great way of finding your florist, but it's a good idea to browse several flower shops too, in case your styles drastically differ from the person who recommended the service. You can take a look at our members' websites to help you get started (see the 'where to buy section'). Once you've made your mind up, always book a consultation - it's worth the money as you'll get lots of time devoted to you, and you'll be able to work out the best choices for your big day. Try and make time on a week day because the florist will have more time to discuss ideas, as the shop may be busy on a Saturday.
Try and help the florist out as much as possible. As creative as most florists are, they are not mind readers so the more information you can give them the better – pictures from magazines, pictures of the dress, fabric swatches, key themes, or special items the wedding theme is based on - for example, if you're wearing your Grandmother's brooch, it might be nicer for you to incorporate this into your bouquet, rather than wear it on your dress.
Remember that wired work will be more expensive, but will last better on the day. Wired work takes a lot of skill and time, and ensures you have a completely bespoke item - as any Princess deserves!
- Do you want to carry it in one hand, or select body jewellery such a wrist corsage so you can have your hands free?
- Will you need to carry it with both hands?
Something that if often forgotten is the size of the bouquet. For example, if the bride is small an enormous trailing bouquet will overpower them, whereas a small hand-tied posy would be far more suitable. A good florist will take the bride's frame – height and basic shape into consideration.
Set a budget and give this to the florist. Be prepared to be slightly flexible but do not be pushed into anything which is not wanted. A good florist can work with any budget and suggest ideas to suit. If your are on a budget then stick to flowers of the season. Remember these flowers are going to be handled so ensure they are hardy. Again the florist will advise on what will flop! It's advisable to set aside 10-12% of your overall budget to spend on the flowers for you, the venue and your reception.
…to see some of their previous work to ensure that your wedding flowers will be as beautiful as you dreamed.
These should be very low or nice and high to avoid getting in the way of guests. Don't forget plants could also be used as table arrangements, these can be very attractive as well as cheaper (dependent on the plant) and a memento for people to take home with them at the e end of the night.


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Kaemis es un género de arañas araneomorfas de la familia Dysderidae. Se encuentran en la España peninsular, Italia y Montenegro.

Lista de especies
Se reconocen las siguientes según World Spider Catalog 19.5:
 Kaemis aeruginosus (Barrientos, Espuny & Ascaso, 1994)
 Kaemis carnicus Gasparo, 1995
 Kaemis circe (Brignoli, 1975)
 Kaemis gasparoi Mazzoleni & Pantini, 2018
 Kaemis vernalis Deeleman-Reinhold, 1993

Referencias

Enlaces externos

 En ION
 Nomenclator Zoologicus

Géneros de arácnidos


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10x Genomics to Present at the 39th Annual J.P. Morgan Healthcare Conference
PLEASANTON, Calif., Dec. 23, 2020 (GLOBE NEWSWIRE) -- 10x Genomics (Nasdaq: TXG) today announced the company will be participating in the upcoming 39th Annual J.P. Morgan Virtual Healthcare Conference.
10x Genomics' management is scheduled to present on Monday, January 11 at 7:00 a.m. Pacific Time / 10:00 a.m. Eastern Time. Interested parties may access a live and archived webcast of the presentation on the "Investors" section of the company website at: investors.10xgenomics.com
About 10x Genomics
10x Genomics is a life science technology company building products to interrogate, understand and master biology to advance human health. The company's integrated solutions include instruments, consumables and software for analyzing biological systems at a resolution and scale that matches the complexity of biology. 10x Genomics products have been adopted by researchers around the world including 97 of the top 100 global research institutions and 19 of the top 20 global pharmaceutical companies, and have been cited in over 2,000 research papers on discoveries ranging from oncology to immunology and neuroscience. The company's patent portfolio comprises more than 950 issued patents and patent applications.
10x Genomics uses filings with the Securities and Exchange Commission, its website (www.10xgenomics.com), press releases, public conference calls, public webcasts and its social media accounts as means of disclosing material non-public information and for complying with its disclosure obligations under Regulation FD.
investors@10xgenomics.com
media@10xgenomics.com


I've always tried to lead a health lifestyle. I'm not a smoker, I like to be active and work out, junk food is kept to a minimum and my worst vice is a tie between my love for cereal and a fun girls night out every now and then. During pregnancy and afterwards, especially while nursing, I am even more contentious about what I put in my body and staying as healthy and fit as possible because it's not just about me. That includes a better omega-3 supplement from iWi.
I'm a religious vitamin taker and try my best to eat the nutrients my body needs but life is hectic and I'm human. Being pregnant my diet has definitely changed and my desires (nausea) have had an impact on what I'm actually consuming. To make up for my short comings I like to supplement as needed. I know omega-3 is essential to promoting healthy brain development and health during pregnancy and in early development. Plus, who doesn't want the added perks of healthy skin or lower risk for heart disease.
I've learned about the iWi line of products and like not only what they are doing but, what they stand for. I have found that iWi Omega-3 is one of the more efficient and effective ways to get those health omega-3 fats into our body. Sourced directly from algae DHA, iWi Omega-3 actually cuts out the middle man so to speak. It eliminates the fish that eat algae that were used to produce more archaic, less effective means of creating omega-3 supplements. This not only creates better absorption of the essential healthy fats into our body, it then leads to better results. Creating a healthier overall result.
These iWi Omega-3 supplements are 100% vegan and are fully sustainable as the algae DHA is actually farmed using brackish water methods and solar power. It is made fully in the USA and is completely traceable so you can rest assured that what it says you're getting, you're actually getting. It's simply a smarter way all around.
I stocked up on my iWi Omega-3 supplements as Sam's Club. They now carry iWi in more than 100 of their stores nation wide making it very convenient. Plus, Sam's Club has the best price value around and trust me, I've checked. Sam's Club carries these in their vitamin and supplements section of the stores making it easy to find.
Are you a supplement taker? What's your go-to regimen? If you are or aren't, these are worth a try.
This post is sponsored by iWi but the content and opinions expressed here are my own. Thank you for supporting the brands that help support this blog.


Es gibt Formen die man nicht verbessern kann.
Der Mercedes-Benz 190 SL gehört zweifellos zu jenen Entwürfen deren perfekte Proportionen auch ein halbes Jahrhundert nach ihrem Produktions-Ende begeistern und dessen Aura man sich nicht entziehen kann.
Das Fahrzeug besitzt nachweislich seit 1992 2 Besitzer in Deutschland.
Es handelt sich um ein sehr aufwendig restauriertes Automobil. Bei der Restaurierung wurde besonderer Wert auf die Originalvorgaben und Authenzität gelegt.
Einer Zulassung steht durch einen TÜV Bericht sowie einer abhahme zum Oldtimer nichts im Wege.
There are forms that you can not improve. The Mercedes-Benz 190 SL is undoubtedly one of those designs whose perfect proportions inspire half a century after their end of production and whose aura one can not escape. Reliable, functional, suitable for everyday use, easy to maintain, comfortable, shapely, exciting and stable in value – these are the attributes that come to mind when you look at the design icon 190 SL from Mercedes-Benz The vehicle has been proven since 1992 2 owners in Germany. It is a very elaborately restored automobile. During the restoration special emphasis was placed on the original specifications and authenticity. Very extensively restored An approval is by a TÜV report as well as a takeover to the old-timer nothing in the way.