More Things in Heaven and Earth: A Celebration of Physics at the MillenniumBenjamin Bederson Springer Science & Business Media, 6. dec. 2012 - 849 strani The 20th century has been the century of physics,a period of unparalleled scientific advances fueled primarily by discoveries by physicists. The 20th century also represents the life span of the American Physical Society, not coincidentally, and to celebrate both its own centennial and this remarkable century, the APS has prepared a book highlighting the seminal discoveries of the 20th century, with invited articles by the world's most eminent living physicists, including 12 physics Nobel Prize winners. Included will be chapters by R. Richardson on superfludity, J. Lebowitz on statistical mechanics, P. deGennes on granular material, J. Hopfield on neural networks, C. Wieman on matter waves, A. Pais on high energy physics in the early 20th century . The book will contain about 40 chapters on a broad range of topics in physics written in an engaging and personal style. While the technical level is high, these are not review articles, but rather perspectives on discoveries written by those scientists most closely assoicated with the original work as well future directions of research. The book will be promoted to the meeting attendees in advance of the March meeting, and should be of interest to the broad scientific community. Ben Bederson, professor of physics at NYU, was editor in chief of the APS journals from 1986-1997. He is also editor of the Advances in Atomic Physics Series (Academic Press). |
Iz vsebine knjige
Zadetki 6–10 od 71
Stran 25
... angular momentum , so must the leptons . The wave number of the leptons is small , then the product ( KR ) is very small if L is large : such ẞ transitions are highly forbidden . An example is 40K which has angular momentum L = 4 while ...
... angular momentum , so must the leptons . The wave number of the leptons is small , then the product ( KR ) is very small if L is large : such ẞ transitions are highly forbidden . An example is 40K which has angular momentum L = 4 while ...
Stran 52
... angular momentum . In that the π +++ system must be in an even state of angular momentum ( Bose statistics ) and that the π has an odd intrinsic parity , there was no way the 7 and the could have the same parity . These rather primitive ...
... angular momentum . In that the π +++ system must be in an even state of angular momentum ( Bose statistics ) and that the π has an odd intrinsic parity , there was no way the 7 and the could have the same parity . These rather primitive ...
Stran 59
... angular momentum can explain the regularity of the pulses if they are due to beams from a rotating object . The only type of star that can rotate once per second without breaking up is a neutron star . In 1975 Hulse and Taylor showed ...
... angular momentum can explain the regularity of the pulses if they are due to beams from a rotating object . The only type of star that can rotate once per second without breaking up is a neutron star . In 1975 Hulse and Taylor showed ...
Stran 60
... angular momentum in the accreting gas prevents direct accretion , so the incoming material must form a Keplerian disk orbiting the compact object , supported by rotation in the plane of the disk and by much smaller thermal pressure ...
... angular momentum in the accreting gas prevents direct accretion , so the incoming material must form a Keplerian disk orbiting the compact object , supported by rotation in the plane of the disk and by much smaller thermal pressure ...
Stran 61
... angular momentum compared to that of the gas which formed the halo stars . Recent study suggests that the Galaxy is a barred spiral , in which the stellar orbits in the interior have coalesced into a bar like those seen in other ...
... angular momentum compared to that of the gas which formed the halo stars . Recent study suggests that the Galaxy is a barred spiral , in which the stellar orbits in the interior have coalesced into a bar like those seen in other ...
Vsebina
12 | |
29 | |
43 | |
56 | |
69 | |
From Radar to Nuclear Magnetic Resonance | 89 |
An Essay on Condensed Matter Physics in the Twentieth Century | 96 |
A Short History of Atomic Physics in the Twentieth Century | 129 |
Experiment and Foundations of Quantum Physics | 482 |
The Fractional Quantum Hall Effect | 500 |
Conductance Viewed as Transmission | 515 |
Superconductivity | 526 |
Superfluidity | 534 |
In Touch with Atoms | 543 |
Materials Physics | 555 |
The Invention of the Transistor | 563 |
Quantum Field Theory | 142 |
The Standard Model of Particle Physics | 161 |
String Theory Supersymmetry Unification and All That | 188 |
Accelerators and Detectors | 203 |
Anomalous g Values of the Electron and Muon | 223 |
Neutrino Physics | 234 |
Astrophysics | 242 |
The Most Energetic Particles in the Universe | 278 |
Cosmic Microwave Background Radiation | 291 |
Black Holes | 302 |
Gravitational Radiation | 313 |
Deciphering the Nature of Dark Matter | 329 |
Nuclear Physics at the End of the Century | 344 |
Stellar Nucleosynthesis | 370 |
Atomic Physics | 377 |
Laser Spectroscopy and Quantum Optics | 408 |
Atom Cooling Trapping and Quantum Manipulation | 426 |
Quantum Controversy in Action | 442 |
Quantum Effects in OnePhoton and TwoPhoton Interference | 460 |
From Nanosecond to Femtosecond Science | 474 |
A Selective Review of Two Central Issues | 581 |
Three Pillars of Modern | 601 |
Insights from Soft Condensed Matter | 617 |
A Tentative View | 629 |
Fluid Turbulence | 644 |
Pattern Formation in Nonequilibrium Physics | 665 |
The Collisionless Nature of HighTemperature Plasmas | 678 |
Molecular Clouds Clusters and Corrals | 691 |
Biological Physics | 706 |
Brain Neural Networks and Computation | 726 |
Microscopic Simulations in Physics | 741 |
Physics and Applications of Medical Imaging | 755 |
Nuclear Fission Reactors | 767 |
Nuclear PowerFusion | 775 |
Physics and U S National Security | 781 |
Laser Technology | 798 |
Physics and the Communications Industry | 812 |
Index | 827 |
Druge izdaje - Prikaži vse
More Things in Heaven and Earth: A Celebration of Physics at the Millennium Benjamin Bederson Prikaz kratkega opisa - 1999 |
More Things in Heaven and Earth: A Celebration of Physics at the Millennium Benjamin Bederson Predogled ni na voljo - 2012 |
More Things in Heaven and Earth: A Celebration of Physics at the Millennium Benjamin Bederson Predogled ni na voljo - 2012 |
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accelerators amplitude angular anisotropy atoms baryon beam black holes bosons calculations charge coherent collisions condensed cosmic rays cosmological coupling dark matter decay density detection detectors dynamics effect electric electromagnetic electron emission energy equation example excited experimental experiments Fermi fermions fluid frequency galaxies gravitational hadrons hydrogen interactions ions laser leptons Lett light limit magnetic field mass materials measurements mesons molecular molecules momentum motion muon neutrinos neutron neutron star nonlinear nuclear nuclei nucleons observed optical orbital oscillations parameters particles perturbation phase phenomena photon Phys physicists physics plasma polarization polymers potential predicted problem protein pulse quantum field theory quantum mechanics quarks radiation relativistic relativity resonance scale scattering spatial spectroscopy spectrum spin standard model stars structure superconducting superfluid supersymmetry surface symmetry techniques temperature theoretical thermal tion transistor transition turbulence University velocity wave function wavelength