"Antimatter plasmas and antihydrogen" Physics of Plasma 4 (1997), pp. 1528-43. R. G. Greaves and C. M. Surko (PDF)
... plasmas.10 They demonstrated that these pure electron plasmas have remarkably good confinement,11,12 and this result has proven to be central to the creation of laboratory antimatter plasmas. The excellent confinement properties of Penning traps make them a natural choice for the accumulation of ant ...
... plasmas.10 They demonstrated that these pure electron plasmas have remarkably good confinement,11,12 and this result has proven to be central to the creation of laboratory antimatter plasmas. The excellent confinement properties of Penning traps make them a natural choice for the accumulation of ant ...
Precision Spectroscopy of Neutral Radium: Towards Searches for
... incorporated in the SM, however neither explained nor motivated. Searches for non-zero permanent Electric Dipole Moments (EDM) of fundamental particles provide one promising approach for testing the range of validity of fundamental symmetries. An EDM can arise from the known CP-violation within the ...
... incorporated in the SM, however neither explained nor motivated. Searches for non-zero permanent Electric Dipole Moments (EDM) of fundamental particles provide one promising approach for testing the range of validity of fundamental symmetries. An EDM can arise from the known CP-violation within the ...
Nonlocal optical response in metallic nanostructures
... and can now with the inclusion of electron diffusion [69] also describe size-dependent damping and the optical spectra of closely-spaced dimers. Besides taking into account retardation effects and being physically transparent, significant analytical progress is also possible with the hydrodynamic ap ...
... and can now with the inclusion of electron diffusion [69] also describe size-dependent damping and the optical spectra of closely-spaced dimers. Besides taking into account retardation effects and being physically transparent, significant analytical progress is also possible with the hydrodynamic ap ...
precipitation of radiation belt electrons by lightning
... and inspiration to me, and has continually astounded me with his keen scientific insight, depth and breadth of knowledge, unsurpassed dedication to his work and family, and genuine humility. However, what impressed me the most about Umran, was that he believed in me and took me seriously right from ...
... and inspiration to me, and has continually astounded me with his keen scientific insight, depth and breadth of knowledge, unsurpassed dedication to his work and family, and genuine humility. However, what impressed me the most about Umran, was that he believed in me and took me seriously right from ...
Ultracold Collisions in Atomic Strontium
... in fact, contain electrons. Thompson proposed that electrons were smaller particles of an atom, distributed among a positively charged jelly-like substance – rather like the raisins in plum pudding. In 1911, Earnest Rutherford (a former J.J. Thompson graduate student) ran an experiment in order to t ...
... in fact, contain electrons. Thompson proposed that electrons were smaller particles of an atom, distributed among a positively charged jelly-like substance – rather like the raisins in plum pudding. In 1911, Earnest Rutherford (a former J.J. Thompson graduate student) ran an experiment in order to t ...
The Bit and the Pendulum (From Quantum Computing to M Theory)
... experiment after experiment, showing the universe to be a much stranger place than scientists of the past could possibly have imagined. But because quantum mechanics works so well, describing experimental outcomes so successfully, most physicists don't care about how weird it is. Physicists simply u ...
... experiment after experiment, showing the universe to be a much stranger place than scientists of the past could possibly have imagined. But because quantum mechanics works so well, describing experimental outcomes so successfully, most physicists don't care about how weird it is. Physicists simply u ...
J. J. Thomson and The Electron: 1897–1899 An Introduction
... The first public indication that Thomson was doing experiments on cathode rays was a February 8 talk he gave to the Cambridge Philosophical Society, reported a month later in Nature [23]. There, Thomson presented his results from experiments on the magnetic deflection of cathode rays and a refined v ...
... The first public indication that Thomson was doing experiments on cathode rays was a February 8 talk he gave to the Cambridge Philosophical Society, reported a month later in Nature [23]. There, Thomson presented his results from experiments on the magnetic deflection of cathode rays and a refined v ...
Alice in Quantumland_ An Allegory of Qua
... points in the text and are denoted thus: See end-of-chapter note 1 ...
... points in the text and are denoted thus: See end-of-chapter note 1 ...
annual report - Институт Ядерной Физики им.Г.И.Будкера СО РАН
... Since 1977, the Director of the Institute is academician A.N.Skrinsky. At present, BINP SB RAS is the largest academic institute of the country (about 2700 employees). The research staff of the Institute (407 scientific researchers) comprises 10 academicians and corresponding members of the Russian ...
... Since 1977, the Director of the Institute is academician A.N.Skrinsky. At present, BINP SB RAS is the largest academic institute of the country (about 2700 employees). The research staff of the Institute (407 scientific researchers) comprises 10 academicians and corresponding members of the Russian ...
Massachusetts Tests for Educator Licensure (MTEL )
... referred to as the ultraviolet catastrophe. Planck's analysis of the spectrum emitted by a blackbody showed that the situation could be resolved by postulating that light is quantized. Einstein applied this postulate to explain the photoelectric effect, setting the stage for further acceptance of th ...
... referred to as the ultraviolet catastrophe. Planck's analysis of the spectrum emitted by a blackbody showed that the situation could be resolved by postulating that light is quantized. Einstein applied this postulate to explain the photoelectric effect, setting the stage for further acceptance of th ...
Energy Dependence of Multiplicity Fluctuations in Heavy Ion
... Energy Dependence of Multiplicity Fluctuations in Heavy Ion Collisions at the CERN SPS ...
... Energy Dependence of Multiplicity Fluctuations in Heavy Ion Collisions at the CERN SPS ...
Collected Scientific Papers - SN Bose National Centre for Basic
... two volumes of an ideal gas a t the same temperature and pressure the resultant entropy is larger than the sum of the two entropies.This Gibbs' paradox shows that such a collection of identical particles is not a satisfactory model for an ideal gas. Instead of heeding this warning signal people 'fix ...
... two volumes of an ideal gas a t the same temperature and pressure the resultant entropy is larger than the sum of the two entropies.This Gibbs' paradox shows that such a collection of identical particles is not a satisfactory model for an ideal gas. Instead of heeding this warning signal people 'fix ...
momentum-space dynamics of runaway electrons
... is such that the runaways quickly reach relativistic energies; they move with speeds very close to that of light. The study of runaway electrons therefore combines two fascinating areas of physics: Einstein’s special relativity [3], and plasma physics; giving rise to interesting dynamics (as well as ...
... is such that the runaways quickly reach relativistic energies; they move with speeds very close to that of light. The study of runaway electrons therefore combines two fascinating areas of physics: Einstein’s special relativity [3], and plasma physics; giving rise to interesting dynamics (as well as ...
Physics 12 Labs - NS Department of Education
... In your physics studies, you have learned about the photoelectric effect. Under the right conditions, light shining on a metal surface, can result in the ejection of an electron from the surface of the metal. In 1902 a physicist named Philipp Lenard (1862–1947) used a sensitive apparatus to measure ...
... In your physics studies, you have learned about the photoelectric effect. Under the right conditions, light shining on a metal surface, can result in the ejection of an electron from the surface of the metal. In 1902 a physicist named Philipp Lenard (1862–1947) used a sensitive apparatus to measure ...
JOURNAL OF CONDENSED MATTER NUCLEAR SCIENCE Experiments and Methods in Cold Fusion
... symposia and events either directly or peripherally. In many ways, LENR is in the same position as Dan Shechtman was when he first discovered the icosahedral phase in 1982. This discovery opened the new field of quasi-periodic crystals and led to Shechtman’s Nobel Prize in Chemistry in 2011. At the ...
... symposia and events either directly or peripherally. In many ways, LENR is in the same position as Dan Shechtman was when he first discovered the icosahedral phase in 1982. This discovery opened the new field of quasi-periodic crystals and led to Shechtman’s Nobel Prize in Chemistry in 2011. At the ...
Development of Micromegas-like gaseous detectors using a
... is realized by directing a beam of high energy particles towards a fixed target or another beam and looking at the result of the collisions with adequate detectors (for this reason, particle physics is also called high energy physics). Accelerators and detectors are hence comparable to microscopes w ...
... is realized by directing a beam of high energy particles towards a fixed target or another beam and looking at the result of the collisions with adequate detectors (for this reason, particle physics is also called high energy physics). Accelerators and detectors are hence comparable to microscopes w ...
Entire Document - MIMI Home Page
... To address these science issues, MIMI will carry out remote sensing of the magnetosphere by imaging energetic charge exchange neutrals and also perform in situ measurements of ion 3-D distributions, composition, and charge state. The combination of imaging observations and in situ measurements of th ...
... To address these science issues, MIMI will carry out remote sensing of the magnetosphere by imaging energetic charge exchange neutrals and also perform in situ measurements of ion 3-D distributions, composition, and charge state. The combination of imaging observations and in situ measurements of th ...
Nobel Lecture - APS Link Manager
... sion for the surface energy ns, for the depth of penetration in a strong field 共the field H ⲏ Hcm兲, and for the limiting fields of the overcooling and overheating of superconducting samples. Following the path of comparing the theory with experiment, I arrived at the conclusion 共Ginsburg, 1955a兲 th ...
... sion for the surface energy ns, for the depth of penetration in a strong field 共the field H ⲏ Hcm兲, and for the limiting fields of the overcooling and overheating of superconducting samples. Following the path of comparing the theory with experiment, I arrived at the conclusion 共Ginsburg, 1955a兲 th ...
Single Nanoparticle Magnetism: Hysteresis of
... Over the last decades magnetic nanoparticles [1] have attracted great interest in science because of their manifold applications in biomedicine, magnetic sensors and high density data storage devices [2–10]. Since pioneering work on the synthesis of monodisperse magnetic FePt-nanoparticles superlatt ...
... Over the last decades magnetic nanoparticles [1] have attracted great interest in science because of their manifold applications in biomedicine, magnetic sensors and high density data storage devices [2–10]. Since pioneering work on the synthesis of monodisperse magnetic FePt-nanoparticles superlatt ...
URL - StealthSkater
... coupling in terms of Kähler coupling strength, action for CP2 type vacuum extremal, p-adic length scale as dimensional quantity (see this). Needless to say, these attempts were premature and ad hoc. 3. The vision about hierarchy of Planck constants heff=n× h and the connection heff= hgr= GMm/v0, wh ...
... coupling in terms of Kähler coupling strength, action for CP2 type vacuum extremal, p-adic length scale as dimensional quantity (see this). Needless to say, these attempts were premature and ad hoc. 3. The vision about hierarchy of Planck constants heff=n× h and the connection heff= hgr= GMm/v0, wh ...
History of subatomic physics
The idea that matter consists of smaller particles and that there exists a limited number of sorts of primary, smallest particles in nature has existed in natural philosophy since time immemorial. Such ideas gained physical credibility beginning in the 19th century, but the concept of ""elementary particle"" underwent some changes in its meaning: notably, modern physics no longer deems elementary particles indestructible. Even elementary particles can decay or collide destructively; they can cease to exist and create (other) particles in result.Increasingly small particles have been discovered and researched: they include molecules, which are constructed of atoms, that in turn consist of subatomic particles, namely atomic nuclei and electrons. Many more types of subatomic particles have been found. Most such particles (but not electrons) were eventually found to be composed of even smaller particles such as quarks. Particle physics studies these smallest particles and their behaviour under high energies, whereas nuclear physics studies atomic nuclei and their (immediate) constituents: protons and neutrons.