International Linear Collider Reference Design Report Volume 2
Total Page：16
File Type：pdf, Size：1020Kb
Load more
Recommended publications
-
Almanac, 03/28/78, Vol. 24, No. 25
Lniphnee Pertormance Review Of Record: Office of ('o#nputinç' Activities Photocop ring for Educational Uses Published the of Weekly by University Pennsylvania Report of the Provost's Task Force on the Study of Ad,,,:ssions Volume 24, Number 25 March 28, 1978 Annenberg Friends Contribute Funds, Support The Annenherg Preservation Committee, a student organi/ation headed by undergraduate Ray (Ireenherg, and the Friends of the Zellerhach Theater are helping the Annenherg Center meet its $125.000 fundraising goal and ensure the continuance of a professional theater season here next year. Approximately $500 collected by the Annenherg Preservation Committee during the student sit-in March 2-6 which was in part sparked h' the proposal to limit or curtail professional theater at Annenherg was presented to Annenhcrg Center Managing Director Stephen Goff last week. The committee is now offering for sale "Save the Center" t-shirts ($3) and buttons ($I). One dollar from every sale will go to the Annenberg Center. The committee is also arranging a special Penn All-Star Revue performance in May to benefit the Center. Another group. Friends of the Zellerhach Theater, headed by Diana Dripps and trustee Robert Trescher, will sponsor a gala benefit performance of Much Ado About Nothing, which they are Book fro,n the University of Pennsylvania Press edition of calling "Much Ado About Something." Seats will sell for $50 and jacket The Gentleman. $100. and anonymous donors have agreed to match funds raised Country from the special event. "Lost" Comedy to Premiere In addition, all funds raised by both groups will he applicable to a A Country Gentleman, a comedy written and banned n 1669 and challenge grant which may be awarded by the National Endowment considered lost for more than 3(X) years will hac its world for the Arts. -
A Presentation at the International Association of Students in Economic and Commercial Sciences, (AIESEC), St
March 2013 from Alex Havard. View it in your browser. Dear Friend of HVLI, There have been a number of exciting developments since our November Newsletter. November: A presentation at the International Association of Students in Economic and Commercial Sciences, (AIESEC), St. Petersburg, Russia event. I gave a lecture in Saint Petersburg at the AIESEC event “You Lead 2012″ (a European Union University youth organization). This was a great opportunity to spread the Virtuous Leadership message to some 300 Russian students. The AIESEC network includes 86,000 members in 113 countries and territories. It is the largest student-run organization in the world, being present in over 2,400 universities across the globe. AIESEC is supported by over 8,000 partner organizations that look to AIESEC support in the development of talented individuals who are focused on personal growth. December: Leadership talks to the Nikea Publishing Company, Moscow, Russia. In December I gave a few Virtuous Leadership talks to the staff of the Nikea Company, which is the leading Orthodox Publisher in Russia. This was a Christian audience and we had a wonderful and constructive discussion about the last chapter of my book Virtuous Leadership. Nikea is located in the very heart of Moscow, right beside the Kremlin walls… Nikea is preparing a new Russian edition of both Virtuous Leadership and Created for Greatness. That will be a way to penetrate the hearts of Russian Orthodox believers. January: Virtuous Leadership seminar for Leroy Merlin, Moscow, Russia. I presented the first Virtuous Leadership seminar that I have given in French to the Russia-based Members of the Board of Leroy Merlin in Moscow. -
CONICYT Ranking Por Disciplina > Sub-Área OECD (Académicas) Comisión Nacional De Investigación 1
CONICYT Ranking por Disciplina > Sub-área OECD (Académicas) Comisión Nacional de Investigación 1. Ciencias Naturales > 1.2 Computación y Ciencias de la Científica y Tecnológica Informática PAÍS INSTITUCIÓN RANKING PUNTAJE USA Carnegie Mellon University 1 5,000 CHINA Tsinghua University 2 5,000 USA University of California Berkeley 3 5,000 USA Massachusetts Institute of Technology (MIT) 4 5,000 Nanyang Technological University & National Institute of Education SINGAPORE 5 5,000 (NIE) Singapore USA Stanford University 6 5,000 SWITZERLAND ETH Zurich 7 5,000 HONG KONG Chinese University of Hong Kong 8 5,000 FRANCE Universite Paris Saclay (ComUE) 9 5,000 INDIA Indian Institute of Technology System (IIT System) 10 5,000 SINGAPORE National University of Singapore 11 5,000 USA University of Michigan 12 5,000 USA University of Illinois Urbana-Champaign 13 5,000 GERMANY Technical University of Munich 14 5,000 CHINA Harbin Institute of Technology 15 5,000 CHINA Shanghai Jiao Tong University 16 5,000 USA Georgia Institute of Technology 17 5,000 UNITED KINGDOM University of Oxford 18 5,000 UNITED KINGDOM Imperial College London 19 5,000 CHINA Peking University 20 5,000 USA University of Southern California 21 5,000 USA University of Maryland College Park 22 5,000 CHINA Zhejiang University 23 5,000 USA University of Texas Austin 24 5,000 USA University of Washington Seattle 25 5,000 CHINA Huazhong University of Science & Technology 26 5,000 USA University of California San Diego 27 5,000 USA University of North Carolina Chapel Hill 28 5,000 HONG KONG -
Nobel Lectures™ 2001-2005
World Scientific Connecting Great Minds 逾10 0 种 诺贝尔奖得主著作 及 诺贝尔奖相关图书 我们非常荣幸得以出版超过100种诺贝尔奖得主著作 以及诺贝尔奖相关图书。 我们自1980年代开始与诺贝尔奖得主合作出版高品质 畅销书。一些得主担任我们的编辑顾问、丛书编辑， 并于我们期刊发表综述文章与学术论文。 世界科技与帝国理工学院出版社还邀得其中多位作了公 开演讲。 Philip W Anderson Sir Derek H R Barton Aage Niels Bohr Subrahmanyan Chandrasekhar Murray Gell-Mann Georges Charpak Nicolaas Bloembergen Baruch S Blumberg Hans A Bethe Aaron J Ciechanover Claude Steven Chu Cohen-Tannoudji Leon N Cooper Pierre-Gilles de Gennes Niels K Jerne Richard Feynman Kenichi Fukui Lawrence R Klein Herbert Kroemer Vitaly L Ginzburg David Gross H Gobind Khorana Rita Levi-Montalcini Harry M Markowitz Karl Alex Müller Sir Nevill F Mott Ben Roy Mottelson 诺贝尔奖相关图书 THE PERIODIC TABLE AND A MISSED NOBEL PRIZES THAT CHANGED MEDICINE NOBEL PRIZE edited by Gilbert Thompson (Imperial College London) by Ulf Lagerkvist & edited by Erling Norrby (The Royal Swedish Academy of Sciences) This book brings together in one volume fifteen Nobel Prize- winning discoveries that have had the greatest impact upon medical science and the practice of medicine during the 20th “This is a fascinating account of how century and up to the present time. Its overall aim is to groundbreaking scientists think and enlighten, entertain and stimulate. work. This is the insider’s view of the process and demands made on the Contents: The Discovery of Insulin (Robert Tattersall) • The experts of the Nobel Foundation who Discovery of the Cure for Pernicious Anaemia, Vitamin B12 assess the originality and significance (A Victor Hoffbrand) • The Discovery of -
The Story of the Reines Vista and the Art Piece
The Story of the Reines Vista and the Art Piece The laser-cut stainless steel art piece designed by Lisa Cowden memorializing the life, family and research of her father and Nobel laureate Dr. Frederick Reines. The Story The stainless steel and wood art piece located near the corner of California Avenue and Bartok Court in University Hills is dedicated to the life, family, and research of Dr. Frederick Reines (1918 – 1998). Dr. Reines was a long-time University Hills homeowner, UC Irvine faculty member, and 1995 Nobel Laureate for the first detection of the neutrino. The prize is shared with his colleague Clyde Cowan for their joint neutrino detection in 1956 at the Los Alamos Scientific Laboratory. The Reines Vista sign, which was designed by his daughter Lisa Reines Cowden, contains graphical representations of Dr. Reines’ family, career, and interests. Along the sides of the sign are legends to some of the images, though not all. Much of the imagery is intentionally left unidentified. Users are invited by the artist to imagine what the undefined images might represent. Lisa first designed the sign as a sketch, and then with paper and scissors she personally cut out the design. She had the paper design scanned and put into CAD by an engineer friend. The CAD file was then used to guide a laser cutter to recreate the design on a sheet of stainless steel. A black locust wood frame completed the sign. Lisa Cowden dedicated the sign in a small, private ceremony on June 5th 2001. Facts • Located near the corner of Bartok Court and California Avenue in University Hills • Home builder Brookfield Homes assisted in the installation of the art piece For Further Study http://en.wikipedia.org/wiki/Frederick_Reines http://www.ps.uci.edu/physics/reinestrib.html http://content.cdlib.org/view?docId=hb1p30039g&chunk.id=div00047&brand=calisphere&doc. -
Daniele Montanino Università Del Salento & INFN
Daniele Montanino Università del Salento & INFN Suggested readings Notice that an exterminated number of (pedagogical and technical) articles, reviews, books, internet pages… can be found on the subject of Neutrino (Astro)Physics. To avoid an “overload” of readings, here I have listed just a very few number of articles and books which (probably) are not the most representative of the subject. Pedagogical introductions on neutrino physics and oscillations: • “TASI lectures on neutrino physics”, A. de Gouvea, hep-ph/0411274 • “Celebrating the neutrino” Los Alamos Science n°25, 1997 (old but still good), http://library.lanl.gov/cgi-bin/getfile?number25.htm • Dubna lectures by V. Naumov, http://theor.jinr.ru/~vnaumov/ Recent reviews: • “Neutrino masses and mixings and…”, A. Strumia & F. Vissani, hep-ph/0606054 • “Global analysis of three-flavor neutrino masses and mixings”, G.L. Fogli et al., Prog. Part. Nucl. Phys. 57 742 (2006), hep-ph/0506083 Books: • “Massive Neutrinos in Physics and Astrophysics”, R. Mohapatra & P. Pal, World Scientific Lecture Notes in Physics - Vol. 72 • “Physics of Neutrinos”, M. Fukugita & T. Yanagida, Springer Links: • “The neutrino unbound”, by C. Giunti & M. Laveder, http://www.nu.to.infn.it/ A NEUTRINO TIMELINE 1927 Charles Drummond Ellis (along with James Chadwick and colleagues) establishes clearly that the beta decay spectrum is really continous, ending all controversies. 1930 Wolfgang Pauli hypothesizes the existence of neutrinos to account for the beta decay energy conservation crisis. 1932 Chadwick discovers the neutron. 1933 Enrico Fermi writes down the correct theory for beta decay, incorporating the neutrino. 1937 Majorana introduced the so-called Majorana neutrino hypothesis in which neutrinos and antineutrinos are considered the same particle. -
DCS: Su-27 Flanker Flight Manual
[SU-27] DCS DCS: Su-27 Flanker Eagle Dynamics i Flight Manual DCS [SU-27] DCS: Su-27 for DCS World The Su-27, NATO codename Flanker, is one of the pillars of modern-day Russian combat aviation. Built to counter the American F-15 Eagle, the Flanker is a twin-engine, supersonic, highly manoeuvrable air superiority fighter. The Flanker is equally capable of engaging targets well beyond visual range as it is in a dogfight given its amazing slow speed and high angle attack manoeuvrability. Using its radar and stealthy infrared search and track system, the Flanker can employ a wide array of radar and infrared guided missiles. The Flanker also includes a helmet-mounted sight that allows you to simply look at a target to lock it up! In addition to its powerful air-to-air capabilities, the Flanker can also be armed with bombs and unguided rockets to fulfil a secondary ground attack role. Su-27 for DCS World focuses on ease of use without complicated cockpit interaction, significantly reducing the learning curve. As such, Su-27 for DCS World features keyboard and joystick cockpit commands with a focus on the most mission critical of cockpit systems. General discussion forum: http://forums.eagle.ru ii [SU-27] DCS Table of Contents INTRODUCTION ........................................................................................................... VI SU-27 HISTORY ............................................................................................................. 2 ADVANCED FRONTLINE FIGHTER PROGRAMME ......................................................................... -
CONICYT Ranking Por Disciplina > Sub-Área OECD (Académicas) Comisión Nacional De Investigación 2
CONICYT Ranking por Disciplina > Sub-área OECD (Académicas) Comisión Nacional de Investigación 2. Ingeniería y Tecnología > 2.11 Otras Ingenierías y Tecnologías Científica y Tecnológica PAÍS INSTITUCIÓN RANKING PUNTAJE INDIA Indian Institute of Technology System (IIT System) 1 5,000 CHINA Harbin Institute of Technology 2 5,000 FRANCE Universite Paris Saclay (ComUE) 3 5,000 CHINA Tsinghua University 4 5,000 GERMANY Technical University of Munich 5 5,000 CHINA Zhejiang University 6 5,000 CHINA Shanghai Jiao Tong University 7 5,000 CHINA Beihang University 8 5,000 SINGAPORE Nanyang Technological University & National Institute of Education 9 5,000 CHINA Huazhong University of Science & Technology 10 5,000 SWITZERLAND ETH Zurich 11 5,000 USA University of California Berkeley 12 5,000 USA Massachusetts Institute of Technology (MIT) 13 5,000 ITALY Polytechnic University of Milan 14 5,000 ITALY University of Naples Federico II 15 5,000 USA University of Maryland College Park 16 5,000 IRAN Islamic Azad University 17 5,000 CHINA South China University of Technology 18 5,000 USA Stanford University 19 5,000 ITALY University of Bologna 20 5,000 SINGAPORE National University of Singapore 21 5,000 USA University of Wisconsin Madison 22 5,000 CHINA Jiangnan University 23 5,000 USA California Institute of Technology 24 5,000 USA Purdue University 25 5,000 BELGIUM Ghent University 26 5,000 USA University of Michigan 27 5,000 NETHERLANDS Wageningen University & Research 28 5,000 GERMANY RWTH Aachen University 29 5,000 BELGIUM KU Leuven 30 5,000 CHINA Wuhan -
LANL Overview Brochure
LOS ALAMOS NATIONAL LAB: • Delivers global and national nuclear security • Fosters excellence in science and engineering • Attracts, inspires and develops world-class talent that ensures a vital workplace MISSION VISION VALUES To solve national security To deliver science and technology Service, Excellence, Integrity, challenges through that protect our nation Teamwork, Stewardship, scientific excellence and promote world stability Safety and Security YOUR INNOVATION IS INVITED lanl.jobs www.lanl.gov/careers/career-options/postdoctoral- APPLY research [email protected] @LosAlamosJobs CONNECT linkedin.com/company/los-alamos-national-laboratory facebook.com/LosAlamosNationalLab youtube.com/user/LosAlamosNationalLab DISCOVER A WORLD-CLASS SETTING FOR NATIONAL SECURITY Learn about our programs, our people and our rewards WHAT WE DO SCIENCE PILLARS: LEVERAGING OUR CAPABILITIES Areas of Operation • Accelerators and Electrodynamics • Astrophysics and Cosmology INFORMATION SCIENCE MATERIALS FOR • Bioscience, Biosecurity and Health AND TECHNOLOGY THE FUTURE • Business Operations We are leveraging advances in theory, In materials science, we are • Chemical Science algorithms and the exponential optimizing materials for national • Earth and Space Sciences Values growth of high-performance security applications by predicting computing to accelerate the and controlling their performance • Energy integrative and predictive capability and functionality through • Engineering of the scientific method. discovery science and engineering. • High-Energy-Density -
Teoretisk Fysik
1 Teoretisk fysik Institutionen för fysik Helsingfors Universitet 12.11. 2008 Paul Hoyer 530013 Presentation av de fysikaliska vetenskaperna (3 sp, 1 sv) Kursbeskrivning: I kursen presenteras de fysikaliska vetenskaperna med sina huvudämnen astronomi, fysik, geofysik, meteorologi samt teoretisk fysik. Den allmänna studiegången presenteras samt en inblick i arbetsmarkanden för utexaminerade fysiker ges. Kursens centrala innehåll: Kursen innehåller en presentation av de fysikaliska vetenskapernas huvudämnes uppbyggnad samt centrala forskningsobjekt. Presentationen ges av institutionens lärare samt av utomstående forskare och fysiker i industrin. Centrala färdigheter: Att kunna tillgodogöra sig en muntlig presentation sam föra en diskussion om det presenterade temat. Kommentarer: På kursen kan man även behandla speciella ämnesområden, såsom: speciella forskningsområden inom fysiken samt specifika önskemål inom studierna. 2 Bakgrund Den fortgående specialiseringen inom naturvetenskaperna ledde till att teoretisk fysik utvecklades till ett eget delområde av fysiken Professurer i teoretisk fysik år 1900: 8 i Tyskland, 2 i USA,1 i Holland, 0 i Storbritannien Professorer i teoretisk fysik år 2008: Talrika! Även forskningsinstitut för teoretisk fysik (Nordita @ Stockholm, Kavli @ Santa Barbara,...) Teoretisk fysik är egentligen en metod (jfr. experimentell och numerisk fysik) som täcker alla områden av fysiken: Kondenserad materie Optik Kärnfysik Högenergifysik,... 3 Kring nyttan av teoretisk fysik Rutherford 1910: “How can a fellow sit down at a table and calculate something that would take me, me, six months to measure in the laboratory?” 1928: Dirac realized that his equation in fact describes two spin-1/2 particles with opposite charge. He first thought the two were the electron and the proton, but it was then pointed out to him by Igor Tamm and Robert Oppenheimer that they must have the same mass, and the new particle became the anti-electron, the positron. -
Introduction to Particle Physics
Introduction to Particle Physics Achim Geiser, DESY Hamburg DESY summer student program, 28.-29.7.21 Scope of this lecture: Introduction to particle physics for novices rather elementary more details -> specialized lectures particle physics in general thanks to B. Foster for some of the nicest slides/animations other sources: some emphasis on DESY-related topics www pages of DESY and CERN 28.-29.7.21 A. Geiser, Particle Physics 1 What is Particle Physics? 28.-29.7.21 A. Geiser, Particle Physics 2 What is “science”? Wikipedia.org: Science (from Latin scientia , meaning "knowledge") is a systematic enterprise that builds and organizes knowledge in the form of testable explanations and predictions about the universe. First large scale scientific experiment: proposal: Galilei 1632 historically^ recorded realisation: Pierre Gassendi 1640 Galileo Galilei French navy Galley with M. Risch international crew of ~100 people Physik in Unserer Zeit cannon (fraction of students not reported) 38 (5) (2007) 249 ball => 5 m/s ? 28.-29.7.21 A. Geiser, Particle Physics 3 What is a „particle“? Classical view: particles = discrete objects. Mass concentrated into finite space with definite boundaries. Particles exist at a specific location. -> Newtonian mechanics Isaac Newton Modern view: (Principia 1687) Emilie du Châtelet particles = objects with discrete (1759) Niels quantum numbers, e.g. charge, mass, ... Bohr not necessarily located at a specific position (Nobel 1922) (Heisenberg uncertainty principle), can also be represented by wave functions (quantum mechanics, particle/wave duality). Louis Werner Erwin de Broglie Heisenberg Schrödinger (Nobel 1933) (Nobel 1929) (Nobel 1932) 28.-29.7.21 A. Geiser, Particle Physics 4 What is „elementary“? Greek: atomos = smallest indivisible part John Dalton 1803 (atomic model) Dmitry Ivanowitsch Mendeleyev 1868 (elements) Ernest Rutherford 1911 (nucleus) (Nobel 1908) Murray Gell-Mann 1962 (quarks) (Nobel 1969) ? 28.-29.7.21 A. -
Deconstruction: Standard Model Discoveries
deconstruction: standard model discoveries elementary types of particles form the basis for the theoretical framework known as the Sixteen Standard Model of fundamental particles and forces. J.J. Thomson discovered the electron in 1897, while scientists at Fermilab saw the first direct interaction of a tau neutrino with matter less than 10 years ago. This graphic names the 16 particle types and shows when and where they were discovered. These particles also exist in the form of antimatter particles, with the same mass and the opposite electric charge. Together, they account for about 300 subatomic particles observed in experiments so far. The Standard Model also predicts the Higgs boson, which still eludes experimental detection. Experiments at Fermilab and CERN could see the first signals for this particle in the next couple of years. Other funda- mental particles must exist, too. The Standard Model does not account for dark matter, which appears to make up 83 percent of all matter in the universe. 1968: SLAC 1974: Brookhaven & SLAC 1995: Fermilab 1979: DESY u c t g up quark charm quark top quark gluon 1968: SLAC 1947: Manchester University 1977: Fermilab 1923: Washington University* d s b γ down quark strange quark bottom quark photon 1956: Savannah River Plant 1962: Brookhaven 2000: Fermilab 1983: CERN νe νμ ντ W electron neutrino muon neutrino tau neutrino W boson 1897: Cavendish Laboratory 1937 : Caltech and Harvard 1976: SLAC 1983: CERN e μ τ Z electron muon tau Z boson *Scientists suspected for several hundred years that light consists of particles. Many experiments and theoretical explana- tions have led to the discovery of the photon, which explains both wave and particle properties of light.