Wikipedia:Requested articles/Natural sciences/Physics Source: en.wikipedia.org/wiki/Wikipedia:Requested_articles/Natural_sciences/Physics
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Physicists
[edit]- Arthur J. Ruhlig, 1912-2003, US-american Physicist, one of the founding fathers of nuclear fission, source: https://www.lanl.gov/media/news/0623-dt-fusion-experiment; born in 1912 in Michigan, While Arthur (Art) Ruhlig never received wide acclaim for his initial observation of deuterium-tritium fusion, he was an important contributor to essential physics for many years. Born June 13, 1912, in Michigan, he graduated from high school in Fort Wayne, Indiana, before setting off for the University of Michigan. Studying under H. Richard Crane, Ruhlig was awarded a doctorate in physics in January 1938 for his thesis, “The Passage of Fast Electrons and Positrons Through Lead.” Ruhlig’s critical publication in Physical Review, “Search for Gamma-Rays from the Deuteron-Deuteron Reaction,” with its observation of DT fusion, followed in August of that year.
Ruhlig’s career spanned government and private industry research across a few disciplines. He joined the Naval Research Laboratory in 1940 as an electrical engineer, and he was with the Laboratory for more than 15 years. In 1946, he was with the Rocket Sonde Research Branch, an arm of the Naval Research Laboratory charged with developing rocketry that uses instruments to study the atmosphere. He went on to become the branch head first of the radiation division and then the electron tubes group. Much of his work from this time was and remains classified, though he occasionally published in open literature. In a serendipitous turn, Ruhlig was a member of a Naval Research Laboratory team that supported Los Alamos’ 1951 Operation Greenhouse in the Pacific. Ruhlig led a diagnostic group responsible for amplifiers and transmission lines. Having been the first to observe DT fusion in 1938, he was thus among the first to observe ignited burning fusion plasma as deployed in the series of thermonuclear tests. Ruhlig developed a formula, widely used for decades, to infer the temperature of a burning plasma from the observed neutron spectrum. In 1956, Ruhlig joined the engineering and research company Aeronutronic (later purchased by Ford and merged with Philco), managing a radar and electronics laboratory. In 1960, Ruhlig was named manager of physics and computing for what was now the Aeronutronic division of Ford Motor Company in Newport Beach, California, and then in 1961 was named a senior staff scientist. The company noted Ruhlig’s “wide-ranging competence” on display during his tenure there in the 1960s, including his valuable role in developing a laser system proposal for the U.S. Air Force. He could fluently read in German, French and Russian and was praised as a “brilliant scientist,” whose “company loyalty and (…) personal and professional integrity are of the highest order.” A family-oriented man, Ruhlig married his wife, Emily, in 1934, and they were married for nearly 67 years before her death in 2001. Arthur Ruhlig died in 2003 in Santa Ana, California. The Los Alamos-Duke University research team replicating the experiment connected with Ruhlig’s daughter Vivian Lamb, living in North Carolina. She had been searching family history to share with her granddaughter, and, seeing the team’s request for information about Ruhlig online, reached out to the research team and graciously shared her time and memories. She also passed along a picture of her hardworking father, likely from sometime following his 1938 work — a portrait of, in Vivian’s words, the “consummate scientist,” one who paired a “lifelong curiosity about problems in physics” with abiding “respect for careful scientific experiments.”
- Elke-Caroline Aschenauer German experimental particle physicist working at the Brookhaven National Laboratory in Long Island, United States. She is an expert on the nucleon structure and on the parton dynamics in the context of quantum chromodynamics. In 2018, Aschenauer has been awarded the prestigious Humboldt Research Award [Humboldt], attributed by the Alexander von Humboldt Foundation in Bonn, Germany. Berndt Mueller, Brookhaven Lab’s Associate Laboratory Director for Nuclear and Particle Physics, mentioned, “Elke has been one of the driving forces of the RHIC Spin program over the past decade, which culminated in the discovery that gluons are major contributors to the spin of the proton. In addition, she has established herself as one of the global leaders developing the science program of a proposed future Electron-Ion Collider. The Humboldt Research Award recognizes her outsized contributions to the science of nucleon structure.”
- David Berman (physicist), Professor of Theoretical Physics at Queen Mary, University of London. Particular focus on string theory and fundamental theoretical physics, and also known for lots of public engagement work (e.g. appearances on BBC Radio 4) and collaboration with artists like Grenville Davey. Personal webpage can be found here and Google Scholar profile here
- Alain Moise Dikande, Cameroonean physicist, Alexander von Humboldt Fellow [4]
- Alvaro De Rujula (req. 2008-09-17) – theoretical physicist; works for Boston University and CERN; see q:Alvaro De Rujula
- Asher Yahalom (req. pre 2012-01-15) b. 1968; theoretical physicist from Israel; [5]
- Attila Krasznahorkay Institute for Nuclear Research at the Hungarian Academy of Sciences (Atomki)
- Barry Setterfield (b. 1942) Australian physicist [6]
- Bernhard Mecking (once was head of TJNAF; [7]).
- John Fisher (physicist) (1919-2018), physicist; also 15th Chief Scientist of the U.S. Air Force [8], [9]
- Christian Thomsen (physicist) (req. 2015-02-12; b. in 1959) – German physicist, president of TU Berlin, [10]
- Christopher Fuchs (Fuchs, Christopher A.; req. pre 2012-01-15), American physicist; APS Fellow [11][12]
- Claus Jonsson (req. pre 2012-01-15) Universitat Tübingen; see de:Claus Jonsson
- Conrad Dieterici (1858–1929) (req. pre 2012-01-15); see de:Conrad Dieterici; [13]
- Daniel F. V. James (req. pre 2014-10-15) – professor of quantum optics at the University of Toronto
- David D. Lynch (req. pre 2012-01-15) Delco Electronics Corp; invented Hemispherical Resonator Gyro (HRG); he is actually an engineer; [14]
- David Hochberg (req. pre 2012-01-15) Spanish theoretical physicist; [15]
- David Wallace (philosopher of physics) (b. 1976; Wallace, David S.; Balliol College, Oxford, req. pre 2012-01-15) – [16]
- Dean Karlen - a Canadian physicist d:Q92840429 [17]
- Edouard Tsyganov (b. 1933) experimental physicist who led Joint Institute for Nuclear Research in Dubna, Russia during it's collaboration with Fermi National Accelerator Laboratory on joint studies involving interactions of pions, protons and neutrinos. The collaboration was one of the first scientific endeavors to bridge scientific ties betwene the US and the USSR in the height of the Cold War. The collaboration measured the charge radius of the pion by bombarding electrons with negative pions. [18]
- Or Hen Israeli nuclear physicist and the Class of 1956 CD Associate Professor of Physics at the Massachusetts Institute of Technology, United States. Known for his studies using scattering of high-energy electrons, photons, protons and radioactive ions to understand the nature and formation mechanisms of short-ranged nucleon-correlations in nuclei and the interplay between partonic and nucleonic degrees of freedom in nuclei, and nuclear effects in neutrino interactions for precision oscillation measurements. A co-leader in the development of the ePIC experiment at the U.S. Electron-Ion Collider. Hen was recognized by many fellowships and awards including the APS Stuart J. Freedman award (“For innovative, wide-ranging, experiments that found important manifestations of nuclear neutron-proton short-range correlations”), Alfred P. Sloan Fellowship, DOE Early Career Award, IUPAP Young Scientist Prize, Guido Altareli Award, and others.
- Edward M. Thorndike - one of the originators of the Kennedy–Thorndike experiment, an important proof in Special relativity
- Roy J. Kennedy - the other originator of the Kennedy–Thorndike experiment
- Fu-Kwun Hwang (computer modelling; [19]; National Taiwan Normal University)
- George Abraham Snow (1926-2000) (req. pre 2012-01-15) [20]
- H. Frederick Dylla (req. pre 2012-01-15) Director of American Institute of Physics as of 2014; [21]
- Ian Dell'Antonio (req. 2023-07-21) is an observational cosmologist, currently professor of physics at Brown University. He is a member of the LSST collaboration. [22][23][24][25]
- Igor Smolyaninov (req. pre 2012-01-15) Russian physicist; [26]
- Joel David Green – previous Project Scientist in the Office of Public Outreach at STSci, lead of several Herschel, SOFIA, and ground-based general observer programs, and collaborator in numerous initiatives with JWST – [27]
- L. David Roper (req. pre 2012-01-15) b.1935; US physicist; Ph.D. in theoretical physics from MIT; faculty of Virginia Tech; [28]
- Leo Piilonen (physics of neutrino; [29])
- Richard Kouzes (Physicist); Homeland security, radiation detection, safeguards, neutrino physics, muon tomography;[30]
- Marc H. Brodsky (req. pre 2012-01-15) Director of American Institute of Physics from 1993 to 2007; [31]
- Massimo Corbucci (b. 1954) (req. pre 2012-01-15) – [32]; [33]
- Peter Kazansky, Physicist in Optoelectronics, pioneer of the 5D Optical storage https://www.orc.soton.ac.uk/people/pgk
- Richard Manliffe Sutton (req. pre 2012-01-15 (1900-1966) [34])
- Rolf Landua (req. pre 2012-01-15) [35]
- Samuel L. Marateck, Professor of Computer Science at NYU. Yang-Mills theory and Feynman Diagrams. Author of 7 computer science textbooks. More info [36]
- Shih-I Pai (1913-1996; aeronautical researcher at the University of Maryland [37])
- Song Jin-joo [38]
- Viqar Husain – Theoretical physicist and Professor at the University of New Brunswick. Works in general relativity and quantum gravity. Known for the Husain-Kuchar model, new exact solutions of Einstein's equations, and self-dual gravity; [39]; [40];[41]; [42]
- William Bertozzi (Creator of the experiment which proved mass increasing with speed)
- Ziro Maki (1929–2005) – Pontecorvo–Maki–Nakagawa–Sakata matrix for neutrino flavour oscillations; prediction of the J/ψ meson; 1977 Nishina Memorial Prize laureate; Obituary notice here
- Francesco Caravelli (Physicist) Recipient of the 2017 JR Oppenheimer Distinguished fellowship in Los Alamos for his work on the complexity of memristor interactions (https://en.wikipedia.orghttps://demo.azizisearch.com/lite/wikipedia/page/Neuromorphic_engineering). He is associated with a number of other important findings in Quantum Graphity and in the Functional Renormalization Group in Gravity, in Complexity Economics and Statistical Physics.
- Arjun Berera (Theoretical Physicist) Originally developed the theory of warm inflation. He is known for his work on the Panspermia mechanism "Space dust collisions as a planetary escape mechanism."
- Jos Vermaseren - the man who has been developing FORM ([43])
- Lists of things named after physicists - several (see talk site)
- Σ− atom (similar to a hypernucleus)
- Acoustic transition (req. pre-2012-01-17)
- Backgammon model (a model useful in supercooled liquids near the glass transition point. It is related to Boltzmann's entropy formula).
- Boson peak
- Mott-Hubbard insulator (related to Mott insulator)
- Optical transition (see Transition radiation; req. pre-2012-01-17)
- Piezospectroscopic tensor (req. pre-2012-01-17)
- Reduced chemical potential (req. pre-2012-01-17)
- Semiconductor diffusion current (req. pre-2012-01-17; currently redirect)
- Semiconductor equilibrium (req. pre-2012-01-17)
- Slip model (req. pre-2012-01-17)
- Spin-Peierls material (CuGeO and spin-peierls cuprate CuGeO3)
- Storage time (req. pre-2012-01-17)
- Wemple Di-Domenico single oscillator model
- Vortex matter (appearance of vortices in superconductor in magnetic field)
- Linear acoustic equations
- M-Carbon – crystalline state of carbon, other than diamond
- Near-field acoustic holography (NAH)
- Normal hearing level (see Minimum audibility curve)
- Sabine's formula (mentioned in Wallace Clement Sabine)
- Sound isolation
- Sound perspective (Distant sounds seem more diffuse. Why?)
- Sound reproducer lamp (Sound systems that use lamps to recreate sound – [44])
- Statistically optimal near-field acoustic holography (SONAH)
- Teager-Kaiser energy operator, aka Teager energy operator, TKEO or TKO, developed by Herbert M. Teager, Shushan M. Teager and James Kaiser
- Balanced Force
- Concertina top
- Continuum body
- Coupled maps
- Discrete mechanics
- Dueling top
- Flipo flip
- Gasing jantung see ms:Gasing jantung
- Gasing leper see ms:Gasing leper
- Generalized scalar potential
- Gyro-ring ([45])
- Introductory mechanics – mechanics in education
- Lock step (astronomy)
- Unbalanced Force
Electricity and magnetism
[edit]- Body voltage
- Caduceus coil see: Resistor wirewound bifilar
- Canted magnet
- Charge carrier relaxation
- Charge pumping method
- Conical magnet
- Coulomb kernel [46]
- CoupleFil – software for cross-coupled filter design
- Cross-coupled filter (see Coupling coefficient of resonators#Bandpass filters with cross couplings)
- Darwin approximation (Redirects to Darwin Lagrangian)
- Efros-Shklovskii variable-range hopping law
- Electric impermeability – Mentioned in [47] in the chapter about Electro-Optics
- Electrical losses – There are already articles to the closely related topics of Joule heating and Copper loss, and a subsection at Electric power transmission#Losses; furthermore, Resistive loss redirects to "Joule heating" and Load loss redirects to "Copper loss". I feel that these are all distinct ideas, as is my proposition "Electrical losses". I think "resistive loss" and "load loss" should instead redirect to a new "Electrical losses" article, which would have real-world explanations, mathematical equations and also explain the differences between all of the above ideas, all in a single article. BigSteve (talk) 19:38, 9 April 2013 (UTC)
- Evanescent wave coupler
- Faraday's Sunburst Homopolar Generator (N-Machine) (already exists: Homopolar generator)
- Ferrotoroidic (see Toroidal moment)
- Flame probe - A device to measure electrical fields using the plasma of a controlled flame Michael McGinnis (talk) 01:33, 4 September 2016 (UTC)
- Foil electret (mentioned very briefly at electret microphone)
- Ground current pollution – AKA "Tingle Current"
- Helical magnet
- Introductory electromagnetism – electromagnetism in education
- Magnetic field power spectrum
- Magnetologic gate
- Magnetologic
- Metatronics – a merger of electronics, photonics, and magnetics
- Operational-amplifier compilation
- Percolation-hopping conductance
- PhotonDelta
- Pith ball [48]
- PowerMat
- Radiative width
- Railway dynamics
- Screw pinch (1 2; Similar to Z-pinch and Theta pinch)
- Septum magnets
- Shunt choke
- Static electrification
- Switched reluctance machine
- Thetatron [49]
- Timerons (is a combination of CPU time and the time spent for i/o)
- Tropical Wave (radio), a Short Wave (?) used between the Tropics, 2300 kHz - 5060 kHz (120 m - 60 m). See: pt:Onda tropical (radiodifusão) and es:Ondas tropicales (radiodifusión)
- Virtual cathode
- Bernard Bruno Kinsey
- Experimental method in the Islamic world
- Marcley apparatus
- neonewtonianism in economics [50] [51] [52][1]
- Pair approximation
- Robert Marcley (possibly Robert G Marcley)
- Stephen Chou (physicist) - Joseph C. Elgin Professor of Engineering at Princeton ([53], [54])
- nuclear insecurity or Nuclear stochastics [55] [56] [57][2]
- Antisymmetrized molecular dynamics – see [58]
- Curie plot – a means to count the number of observed particles in interval ranges, as in a histogram of particle energies
- Gamma Ray Emission Spectrum (data page) an index of gamma ray emission energies (the kind measured in Gamma spectroscopy). For example, K-40's emission is a broad peak at around 1461keV.
- Geiger-Klemperer ball counter – apparently commonly used in research in the 1930s; see this Google search
- Hydrogen-boron fusion (H-B) fusion – perhaps see Aneutronic fusion?
- Introduction to radioactivity (or Introduction to radioactive decay) as the subject can be difficult for some people.
- Methods in nuclear physics
- Nuclear energetics – Calculations of energy released from all types of nuclear reactions (fission, fusion, capture, decay). Part of Nuclear reaction. Uses Nuclear binding energy as the theoretical basis and describes how it is applied in multiple reactions and species. Consolidation from Decay heat, Decay energy, Nuclear reaction#Energy Conservation, and Nuclear fission#Energetics. Finally, discuss the measurements and simulation of complicated models. This article should not discuss practical aspects of harvesting or removing heat from reactions. See "Fundamentals of Nuclear Science and Engineering" (PDF).
- Nuclear fuel cell – Would be nice for people to explain it, and whether it would be theoretically possible or even efficient; Seems it might just be an imaginary tale of Hollywood
- Should this request link to this page Radioisotope thermoelectric generator? --Tobias1984 (talk) 16:02, 21 September 2012 (UTC)
- Pion photoproduction
- PM2A – the first portable nuclear reactor, used near Thule Air Base, Greenland for Project Iceworm from 1960 to 1966 by the Army Nuclear Power Program; see this picture (currently redirect)
- Principles of Nuclear Magnetism – some of Nuclear magnetic moment may be intimidating, but there are many links from there
- Pycnodeuterium – a molecular form of deuterium used in cold fusion reactors (currently redirect to Deuterium)
- Radiopurity – Freedom from radioactive contamination. The word is used in numerous low-background physics experiments' articles, and might be worth a brief definition. Or maybe a redirect?
- Real physical nuclear models
- Reverse Compton Edge
- Upgraded SG-II & SG-III – SG-III is a laser facility (200kJ/48 beams) which is expected to be completed in 2012. [59] [60]
- Bragg-Kleeman Rule - where R (1 and 2) are the ranges of particle 1 and 2, (1 and 2) is the density of the medium particle 1 or 2 is traveling through, and A is the atomic weight for particle 1 or 2. It is a relation useful in detection methods for particles. It is discussed briefly in Nuclear Electronics by P.W. Nicholson. I was searching for this article because I had a question about the rule, so I can't really provide much more information.
![[44]](http://www.donsbulbs.com/bulbs/g623/l/ge1956lampbulletin/33.gif){kind=link}
Optics and wave theory
[edit]- Alvarez lenses
- Angle of Deviation
- Anti-Stokes Raman Laser (ASRL)
- Apple RGB (now redirects to RGB_color_spaces#Apple_RGB)
- Beam walking
- Binary optics
- Channel waveguides (integrated optical waveguide on a substrate)
- ColorMatch RGB
- Cross gain modulation (XGM)
- Curve of growth (spectroscopy)
- Deuteranomalous (see Color blindness#Anomalous trichromacy)
- Diffusor
- DKL color model
- Eau-de-nil
- Equifrequency surface
- External cavity diode laser
- Force clamp
- Four-quadrant phase mask (FQPM)
- Freeman resonance
- Fresnel biprism
- Fresnel's distance (in single slit diffraction; see Fresnel zone)
- Gordon-Haus effect
- Heat retention
- Illuminant D50 (although D65 is more frequently used, actually D50 also ought to have an independent article because when viewing prints, D50 rather than D65 should be used [61])
- Interference imaging
- Ira Sevaya – an optical illusion seen on mountains, like Adam's Peak, in which the rising sun appears prior to sunrise due to Total internal reflection. On this mountain, it is said that the sun appears 3 times. See [62] -- needs to belong to see Category:Atmospheric optical phenomena
- Kerr constant (currently redirects to Kerr effect)
- Lens maker's formula See [63]; currently redirects to Lens
- Lenticular autostereoscopy (see Lenticular lens)
- Long wave radiation – (currently redirect to disambiguation; see Thermal radiation, Outgoing longwave radiation).
- Mode competition
- Near-field scattering - mentioned in Speckle_(interference)#Speckle_pattern
- NVTherm – infrared vision prediction software
- Optical bottle beam
- Optical contacting
- Optical parametric chirped-pulse amplification (OPCPA)
- Optical solenoid beam
- PAID histogram
- Phase disolcations – as used to mean optical vortex
- Phase locking in lasers
- Phase singularity lines – as used to mean Optical vortex
- Pixels per degree
- Pockels readout optical modulator
- Prism formula; A + D = i + r
- Pulsed-laser photoacoustics
- Resolution (measurement) - intended as umbrella dabconcept article generalizing optical resolution, display resolution, etc.
- Relay mirror
- RIMM RGB
- Roland grating
- Running difference image
- Semiconductor saturable absorber mirror (SESAM)
- Setterfield-Norman analysis
- Spatial hole burning
- Spatial walk-off – RP Photonics' Encyclopedia has a good description
- Spectral imagery
- Spectrodensitometer – instrument, measures light
- Triphoton
- Cavity Dumper
- Kramers-Kronig inversion – of the reflectance spectra
- Light triggered thyristor - located in Thyristor#Photothyristors
- Optical Solenoid Beam
- Photoelectric scanner (PES)
- Piezoelectric mirror – mentioned in Piezoelectricity#Actuators for laser alignment
- Surface light source – 1.3 million raw Google hits
- Thermo-optic switch
- Pseudo-spin-1/2 particle (Huelga S F, Rivas A and Plenio M B 2012 Phys. Rev. Lett. 108 160402)
- Abbott-Farhi model
- Anomalous gauge boson interaction
- Anomaly inflow
- Anticalcium
- Anticarbon
- Anti-de Sitter supersymmetry
- Antihelium (Redirects to Antimatter#Antihelium. It should have its own article)
- Anti-Hypertriton
- Antilithium
- Antimolybdenum
- Antiplutonium
- Antiuranium
- Atomic orbital collapse [64]
- Bare vertex approximation
- Bern-Kosower formalism
- Catalyzed big bang nucleosynthesis
- Center vortex (gauge theory)
- Chaotic quantization
- Charge condensate
- Chiral quantum electrodynamics
- Closed time path formalism
- Collective symmetry breaking
- Conformal compensator
- Conformal coupling
- Connes-Lott model
- Cornwall-Jackiw-Tomboulis effective action
- Coulomb string tension
- Degrader (mass spectrometry) – Something used in mass spectrometers to modify the beam somehow. Mentioned lots in this presentation (which also shows lots of mass spectrometer types I've never seen before—those might be good to write articles on too, if notable)
- Del Giudice, Di Vecchia, Fubini (DDF states) (string theory)
- Delta(I) 1/2 rule
- DHR analysis
- Dielectric Traveling Wave Tube
- Dispersion relations (QFT) (see Dispersion relation)
- Eguchi-Kawai model ([65] named after Tohru Eguchi and Hikaru Kawai)
- Electron positron lattice
- Electroproduction (particle production in particle accelerators)
- Etheron
- Fayet-Sohnius hypermultiplet (named after Pierre Fayet and Martin F. Sohnius)
- Fiducial region (or volume), the core portion of a detector in which events are counted.
- Four-body decay
- Froggatt-Nielsen mechanism
- Furry's Theorem a result in Quantum Electrodynamics by which the expectation value of any odd number of currents vanishes. There is a brief article on Prof. Wendell H. Furry and a brief description of the theorem from a reputable source.
- Gap equation
- Generalized uncertainty principle (GUP) (Maybe redirect to Quantum gravity)
- Ghost loop
- Glauber-Gribov cascade (or Glauber-Gribov approach – multiple parton scatterings; named after Roy J. Glauber and Vladimir Gribov)
- Gluon equation
- Goldstone Lunar Ultra-high energy neutrino Experiment
- Gravito-Magnetic monopole
- GPS implant
- Haag-Ruelle scattering
- Helicity conservation
- Higher dimensional supersymmetry
- Holdom particle
- Holographic renormalization group
- Hosotani mechanism
- Howe-Stelle-Townsend hypermultiplet
- [International Particle Physics Outreach Group (IPPOG)]
- Inclusive decays
- Isotropic sphere
- Julia-Zee dyon
- Kinetic free energy – analogous to thermodynamics free energy of a system. See also Free energy which refers to objects, not systems. An example is the abundant free energy available in a planet's fluid atmospheres.
- Kinetic mixing
- K-shell transition
- Lattice string theory (related to Lattice QCD)
- Lee-Yang model
- Light-induced drift
- Linac (CERN) Linear accelerator 1
- Linac2 Linear accelerator 2
- Linac3 Linear accelerator 3
- Linac4 Linear accelerator 4
- Liouville action
- List of atomic models
- Luescher term
- Mass texture
- Millicharged fermion
- Minimal string theory
- Mirror atom
- Mirror positronium
- Multiple point principle
- Nonequilibrium quantum field theory
- No-scale supergravity
- Omega B Baryon
- One-loop effective potential
- Orbitally Rearranged Monoatomic Elements
- Oxygen Deficiency Hazard
- Paschen notation
- Photon-gluon fusion – creation process for hadrons
- Pinch approximation
- Pion superfluid
- Planck matter (redirects to Induced gravity)
- Polyneutron theory
- Precision tests of electroweak theory
- Process physics – An information-theoretical paradigm for the modelling of reality. Official
- Proton-proton bremsstrahlung
- PTOLEMY - A relic neutrino detector under construction [66]
- Pyrgon – "massive modes corresponding to quantized excitations of the fifth dimension" [67]
- Quantum Commutative Constrained Field
- Quark-quark correlations
- Quasiprimary field
- Radial quantization
- Rajaram Goundar Duality Effect
- Reheating
- Schwinger multichannel method
- Segal's axioms
- Selectron (particle) (currently redirects to Sfermion)
- Siberian snake Siberian Snakes and Spin-Flipping in Storage Rings
- Skeleton diagram
- Sliding VEV mechanism
- Slow positron
- Smuon (currently redirects to Sfermion)
- Sneutrino (currently redirects to Sfermion)
- Status of loop quantum gravity
- Stau (currently a disambiguation)
- String ball
- Sub-Particle Acceleration
- Thirring sine-Gordon duality
- Top-antitop meson
- Twisted supersymmetry
- Two particle irreducible
- Uncertain Geometry
- Verlinde formula (currently redirects to Verlinde algebra)
- Wess-Zumino consistency condition (related to Wess–Zumino model)
- Wick-Cutkosky model
- Wilson-Ginsparg action
- X-particle
- Beam acoustic instability (Plasma instability; see Instability)
- Braginskii equation see [68]
- Bump-in-tail instability (Plasma instability; see Instability)
- Buneman instability (named after Oscar Buneman; [69])
- Cherenkov instability (Plasma stability; see Instability; [70])
- Chute instability (Plasma instability; see Instability)
- Coalescence instability (Plasma instability; see Instability)
- Collapse instability (Plasma instability; see Instability)
- Continuous Optical Discharge (Continuous laser produced plasmas in gases at high pressures are sources of broadband UV-VIS-IR radiation) ([3],[4])
- Counter-streaming instability (Plasma instability; see Instability)
- Cyclotron instabilities (Plasma instability; see Instability for list of Cyclotron instabilities to define)
- Double emission instability (Plasma instability; see Instability)
- Drift wave instability (Plasma instability; see Instability)
- Electron cyclotron maser (see: [71], [72])
- Fan instability (Plasma instability; see Instability)
- Filamentation instability (Plasma instability; see Instability; may be synonymous with or a section could be added to Pinch (plasma physics))
- Free electron maser instability (Plasma instability; see Instability)
- Gyrotron instability (Plasma instability; see Instability)
- Helical instability / Helical kink instability (Plasma instability; see Instability)
- Ion beam instability (Plasma instability; see Instability)
- Magnetic buoyancy instability / Parker instability (Plasma instability; see Instability)
- Magnetic drift instability (Plasma instability; see Instability)
- Non-Abelian instability (Plasma instability; see Chromo–Weibel instability)
- Non-linear coalescence instability (Plasma instability; see Instability)
- Pair instability (Plasma instability; see Plasma stability#List of plasma instabilities)
- Peratt instabilities (Anthony Peratt; stacked toroids; Plasma instability; see Instability)
- Sausage instability (Plasma instability; see Instability)
- Slow drift Instability (Plasma instability; see Instability)
- Tearing mode instability (Plasma instability; see Instability)
- Wave heated plasma - similar to capacitively coupled plasma and [inductively coupled plasma] in that it is typically radio frequency (or microwave). Examples include helicon discharge and electron cyclotron resonance.[5]
- Weak beam instability (Plasma stability; also coherent instability of beam interactions; see Instability, Plasma acceleration)
- Ahmad-Cohen (see N-body simulation)
- Alignment layers – in progress at Draft:Alignment layer
- Allowed/forbidden electronic transitions – Another term for Selection rule (also Forbidden mechanism)
- Anti-material bio-catalysts
- Cell Diagram
- Changing color objects in a cold place
- Color changing ink [73]
- Conservation of orbital symmetry
- Density holes [74]
- Dilatometry – related to Dilatometer?
- Double-sided feynman diagrams
- Easy Ways To Exercise
- Fluorescence Up-Conversion – laser spectroscopy technique
- History of elements (See Popular Science "The Discovery of the Elements" August 1872)
- Isotope exchange
- Kac potential
- Kirkendall void – redirects to Kirkendall effect
- Landau expansion
- Lepion
- LEPS potential
- Liquid color measurement indexes
- Macromer (currently redirect to Macromonomer)
- Major and minor rotamer signals (NMR Spectroscopy)
- Meninga coccemia
- Mesostructural
- MIP energy
- Neutron spin-echo spectroscopy
- Parity-violating energy difference
- Particulate theory
- Pechini Method of Powder Synthesis
- Plasma Theory
- Polyhide
- Powder of projection (currently redirect to Projection (alchemy))
- Rayleigh distillation
- Refractive index increment
- Regge behavior
- Residual gas analysis
- Self-consistent potential
- Single-molecule spectroscopy
- Skeletal catalyst
- Spectral profile
- Vibrational rotational energy
- X-ray microdiffraction
- 4-Heptanol
- A index (req. pre-2012-01-15)
- Aa index (req. pre-2012-01-15 [75])
- Active dark filament (req. pre-2012-01-15)
- Active prominence region (req. pre-2012-01-15)
- Active prominence (req. pre-2012-01-15)
- Active surge region (req. pre-2012-01-15)
- AE index (req. pre-2012-01-15; currently redirects Space weather)
- Air Force Geophysics Laboratory (req. pre-2012-01-15; a unit of Hanscom Air Force Base)
- Air Force Space Forecast Center (req. pre-2012-01-15)
- Ak index (req. pre-2012-01-15)
- Alaskan Meteorological Data System (req. pre-2012-01-15)
- Am index (req. pre-2012-01-15)
- An index (req. pre-2012-01-15)
- Ap index (req. pre-2012-01-15)
- Arcade (solar physics) (req. pre-2012-01-15)
- Arch filament system (req. pre-2012-01-15)
- Arch filament system (req. pre-2012-01-15)
- As index (req. pre-2012-01-15)
- Auroral electrojet (req. pre-2012-01-15)
- Auroral oval (req. pre-2012-01-15)
- Background X-ray level (req. pre-2012-01-15)
- B-angle (req. pre-2012-01-15)
- Bipolar magnetic region (req. pre-2012-01-15)
- Blind zone (req. pre-2012-01-15)
- Bright point (req. pre-2012-01-15)
- Bright surge on the disk (req. pre-2012-01-15)
- Bright surge on the limb (req. pre-2012-01-15)
- Burst (solar physics) (req. pre-2012-01-15)
- C index (req. pre-2012-01-15)
- Carrington longitude (req. pre-2012-01-15)
- Castelli U (req. pre-2012-01-15)
- Centimeter burst (req. pre-2012-01-15)
- Central meridian distance (req. pre-2012-01-15)
- Central meridian passage (req. pre-2012-01-15)
- Chromospheric event (req. pre-2012-01-15)
- Chromospheric network (req. pre-2012-01-15)
- Ci index (req. pre-2012-01-15)
- City model (req. pre-2012-01-15)
- Comprehensive flare index (req. pre-2012-01-15)
- Continuum storm (req. pre-2012-01-15)
- Coronal stream (req. pre-2012-01-15)
- Coronal transients (req. pre-2012-01-15) – not sure about redirect to Coronal transient
- Corrected geomagnetic coordinates (req. pre-2012-01-15)
- Crane Global Model (req. pre-2012-01-15)
- Crane Model for Satellite Paths (req. pre-2012-01-15)
- Crane Two Component Model (req. pre-2012-01-15)
- Crochet (solar physics) (req. pre-2012-01-15)
- Cusp (solar physics) (req. pre-2012-01-15)
- D component of the geomagnetic field (req. pre-2012-01-15)
- D layer (req. pre-2012-01-15; currently redirects to Ionosphere)
- DAH Model (req. pre-2012-01-15)
- Dark surge on the disk (req. pre-2012-01-15)
- Differential charging (req. pre-2012-01-15)
- Differential particle flux (req. pre-2012-01-15)
- Dip equator (req. pre-2012-01-15)
- Disappearing solar filament (req. pre-2012-01-15)
- Disk And Limb Activity Summary (req. pre-2012-01-15)
- Ducting (radio propagation) (req. pre-2012-01-15)
- Eccentric dipole (req. pre-2012-01-15)
- Emerging flux region (req. pre-2012-01-15)
- Emission measure (req. pre-2012-01-15)
- Environmental attenuation model (req. pre-2012-01-15)
- Environmental Research Laboratories (req. pre-2012-01-15)
- Equatorial spread-F reshaping of equatorial region ionosphere after sunset. Berkner and Wells [1934], Woodman and Lahoz [1976], Basu and Kelley [1979]
- Eruptive prominence on limb (req. pre-2012-01-15)
- Eruptive (req. pre-2012-01-15)
- Es layer (req. pre-2012-01-15)
- Estimated hemispherical power input (req. pre-2012-01-15)
- F corona (req. pre-2012-01-15) – currently redirects to Corona (08/2015)
- F1 layer (req. pre-2012-01-15)
- F2 layer (req. pre-2012-01-15)
- Filament channel (req. pre-2012-01-15)
- Fmin (req. pre-2012-01-15)
- FoEs (req. pre-2012-01-15)
- FoF2 (req. pre-2012-01-15)
- Follower spot (req. pre-2012-01-15)
- Gamma (unit of magnetic field intensity) (req. pre-2012-01-15)
- GEOALERT (req. pre-2012-01-15)
- Geomagnetic activity (req. pre-2012-01-15)
- Geomagnetic elements (req. pre-2012-01-15)
- Geomagnetic storm level (req. pre-2012-01-15)
- Geomagnetic time (req. pre-2012-01-15)
- Gradual commencement (req. pre-2012-01-15)
- H component (req. pre-2012-01-15)
- H-component of the geomagnetic field (req. pre-2012-01-15)
- Hale boundary (req. pre-2012-01-15)
- Hemispherical power input (req. pre-2012-01-15)
- High Energy Proton and Alpha Detector (req. pre-2012-01-15)
- High Latitude Monitoring Station (req. pre-2012-01-15)
- High latitude (req. pre-2012-01-15; currently redirects to Polar regions of Earth)
- High-speed stream (req. pre-2012-01-15)
- Homologous flare (req. pre-2012-01-15)
- Inclination of the geomagnetic field (req. pre-2012-01-15)
- Initial phase (req. pre-2012-01-15)
- Integral particle flux (req. pre-2012-01-15)
- International Consortium of Magnetic Observatories (req. pre-2012-01-15)
- International Solar-Terrestrial Program (req. pre-2012-01-15)
- International standard relative sunspot number (req. pre-2012-01-15)
- International Sun Earth Explorer-3. (req. pre-2012-01-15)
- International Ursigram and World Days Service (req. pre-2012-01-15)
- Invariant magnetic latitude (req. pre-2012-01-15)
- Inversion line (req. pre-2012-01-15)
- ITU Rain Attenuation Model for Satellites (req. pre-2012-01-15)
- ITU Rain Attenuation Model (req. pre-2012-01-15)
- K corona (req. pre-2012-01-15) – currently redirects to Corona (08/2015)
- Km index (req. pre-2012-01-15)
- Leader spot (req. pre-2012-01-15)
- Light bridge (req. pre-2012-01-15)
- Limb (solar physics) (req. pre-2012-01-15)
- Limb flare (req. pre-2012-01-15)
- Lobe (solar physics) (req. pre-2012-01-15)
- Long duration (req. pre-2012-01-15)
- Longitudinal component (req. pre-2012-01-15)
- Loop prominence system (req. pre-2012-01-15)
- M(3000) (it is either MUF(3000) or M(3000)F2; MUF(3000) is the maximum usable frequency at which a radio wave can be reflected and received at a horizontal distance of 3000 km. req. pre-2012-01-15)
- Magnetic bay (req. pre-2012-01-15)
- Magnetic local time (req. pre-2012-01-15)
- Magnetic sunspot classifications (req. pre-2012-01-15)
- Magnetopause current sheet (req. pre-2012-01-15)
- MAGSTORM (req. pre-2012-01-15)
- Main phase (req. pre-2012-01-15)
- Medium Energy Proton and Electron Detector (req. pre-2012-01-15)
- Micropulsation (req. pre-2012-01-15)
- Microwave burst (req. pre-2012-01-15)
- Mound prominence (req. pre-2012-01-15
- National Environmental Satellite Service (req. pre-2012-01-15)
- National Geophysical and Solar-Terrestrial Data Center (req. pre-2012-01-15)
- National Solar Observatories (req. pre-2012-01-15)
- National Space Weather Program
- Naval Astronautics Group (req. pre-2012-01-15)
- Naval Ocean Systems Center (req. pre-2012-01-15; currently redirects to Space and Naval Warfare Systems Command)
- Noise storm (req. pre-2012-01-15)
- Non-great-circle propagation (req. pre-2012-01-15)
- Northern Meteorological Data System (req. pre-2012-01-15)
- On-Line Data Systems (req. pre-2012-01-15)
- P.f.u. (req. pre-2012-01-15)
- P-angle (req. pre-2012-01-15)
- Pannekoek-Rosseland Field an electric field induced by gravity in some stars
- Particle flux unit (req. pre-2012-01-15)
- Phantom command (req. pre-2012-01-15)
- Photospheric network (req. pre-2012-01-15)
- Plage (solar physics) (req. pre-2012-01-15)
- Plage corridor (req. pre-2012-01-15)
- Point-to-Point propagation model (req. pre-2012-01-15)
- Polar cap absorption (req. pre-2012-01-15)
- Polar crown (req. pre-2012-01-15)
- Polar plume (req. pre-2012-01-15)
- Polar rain (req. pre-2012-01-15)
- Pore (solar physics) (req. pre-2012-01-15)
- Post-flare loops (req. pre-2012-01-15)
- Preheating (req. pre-2012-01-15)
- Proton event (req. pre-2012-01-15)
- Proton flare (req. pre-2012-01-15)
- Q index (req. pre-2012-01-15)
- Quiet (solar physics) (req. pre-2012-01-15)
- Quiet day curve (req. pre-2012-01-15)
- Radar aurora (req. pre-2012-01-15)
- Radio blackout (req. pre-2012-01-15; currently redirects to Communications blackout)
- Radio burst (req. pre-2012-01-15)
- Region number (req. pre-2012-01-15)
- Regional Warning Center (req. pre-2012-01-15)
- Remote Geophysical Observing Network (req. pre-2012-01-15)
- Rigidity (solar physics) (req. pre-2012-01-15)
- Rudimentary (solar physics) (req. pre-2012-01-15)
- S component (req. pre-2012-01-15)
- Satellite anomaly (req. pre-2012-01-15)
- Science Institute (req. pre-2012-01-15)
- Short wave fade (req. pre-2012-01-15)
- Simultaneous flares (req. pre-2012-01-15)
- Solar coordinates (req. pre-2012-01-15)
- Solar Electro-Optical Network (req. pre-2012-01-15)
- Solar flare effect (req. pre-2012-01-15)
- Solar Geophysical Activity Summary (req. pre-2012-01-15)
- Solar Influences Data Analysis Center (req. pre-2012-01-15)
- Solar radiation storm level (req. pre-2012-01-15; currently redirects to Geomagnetic storm)
- Solar radio burst
- Solar sector boundary (req. pre-2012-01-15)
- Space Environment Laboratory Solar Imaging System (req. pre-2012-01-15)
- Space Environment Laboratory (req. pre-2012-01-15)
- Space Environment Monitor (req. pre-2012-01-15)
- Space Environment Services Center (req. pre-2012-01-15)
- Space Forecast Center (req. pre-2012-01-15)
- Space Physics Analysis Network (req. pre-2012-01-15)
- Spread F (req. pre-2012-01-15)
- STRATWARM (req. pre-2012-01-15)
- Subflare (req. pre-2012-01-15)
- Sudden commencement (req. pre-2012-01-15)
- Sudden impulse (req. pre-2012-01-15)
- Sunspot classification (req. pre-2012-01-15)
- Sympathetic flare (req. pre-2012-01-15)
- Television and Infrared Radiation Observation Satellite (req. pre-2012-01-15)
- Tenflare (req. pre-2012-01-15)
- The Art of Projecting Concentrated Non-dispersive Energy through the Natural Media – Written by Nikola Tesla
- T-index (req. pre-2012-01-15)
- Total Energy Detector (req. pre-2012-01-15)
- Trans-equatorial propagation (req. pre-2012-01-15)
- Two-ribbon flare (req. pre-2012-01-15)
- U-burst (req. pre-2012-01-15)
- Unipolar magnetic region (req. pre-2012-01-15)
- United States Space Forecast Center (req. pre-2012-01-15)
- Unsettled (solar physics) (req. pre-2012-01-15)
- Upsets (solar physics) (req. pre-2012-01-15)
- White-light flare (req. pre-2012-01-15)
- Wing (spectroscopy) (req. pre-2012-01-15)
- World Warning Agency (req. pre-2012-01-15)
- X-ray flare class (req. pre-2012-01-15)
- X-ray flare termination (req. pre-2012-01-15)
- Z component of the geomagnetic field (req. pre-2012-01-15)
- Zurich sunspot classification (req. pre-2012-01-15)
- Zurich sunspot number (see Wolf number; req. pre-2012-01-15)
- 10th dimension (currently redirect; needs own article)
- 11-dimensional spacetime Could we have an article explaining how/why it appears in m-theory; or maybe one article 'extra spacetime dimensions in string theories'.
- Achronal boundaries
- Affine torsion field
- Antimatter black hole
- Antimatter white hole
- Asymptotically simple spaces (see Asymptotically flat spacetime)
- Bekenstein conformal black hole (Maybe redirect to Black hole thermodynamics)
- Black hole remnant
- Black hole stability theorem
- Bondi news Tensor related to outgoing and incoming radiation
- Bonnor-Vaidya Metric
- Brane bubble
- Burke Theorem
- Causal curves
- Causality conditions
- Charged tachyon
- C-metric
- Einstein-Rosen gravitational waves
- Embedding diagram
- Energy-momentum complexes
- Fierz-Pauli theory ([76], [77], [78])
- Frame Dragging & Equatorial Forcing
- Friedel-Starodubtsev action
- Galilean Gravity – a scalar-tensor modified gravity theory in which the scalar field displays Galilean Invariance.
- General Relativity and Quantum Mechanics Could we have a single article explaining (i) the conflicts between these theories and (ii) the attempts to resolve them?
- Gravitational self-energy
- Gravitational wind
- Higher derivative gravity
- Inflationary energy
- Inhomogeneous rotation group
- Initial value formulation
- Landau energy
- Lapse field
- Matter field
- Modified dispersion relation
- Moller energy
- Nutku-Halil solution
- Orders of magnitude (gravitational waves)
- Polar metric
- Quasilocal mass
- Relativistic reflection mentioned in [79]
- Rubber Sheet Model (currently redirect)
- Schwarzschild bubble
- Scri script 'i' used to denote lightlike infinities in a Penrose diagram
- Self dual fields
- Status of general relativity
- The Gravitational Isolator [80]
- Trapped surface theorem
- Vainshtein Mechanism ([81], [82], [83])
- Van Dam-Veltman-Zakharov discontinuity (currently redirects to Massive gravity, [84], [85], [86], [87])
- Weakly, Marginally, and Strongly Naked Singularities
- Quantum Creation - A theory about the causality of the big bang created by Alexander Vilenkin.
- 10j symbol
- 15j symbol
- 3 body recombination
- Adiabatic algorithms
- Backflow (physics) – a phenomenon where a particle moves backward in relation to the force it applies, like if an object being pushed would cause them to go toward them, contradicting common sense
- Bernoulli noise
- Clock ambiguity a strange, little-known phenomenon on the fringe of understanding linking to parallel universes and such
- Diabatic limit
- Dirac-Frenkel Variational Principle An explanation to the ideas that this variational principle is derived from.
- Eberhard inequality (named after P. H. Eberhard)
- Electron Spin Decoherence
- Estakhr Constant or Estakhr's Constant
- Exchange degeneracy
- General Relativity and Quantum Mechanics Could we have a single article explaining (i) the conflicts between these theories and (ii) the attempts to resolve them?
- Ground State Fluctuations
- Gutzwiller trace formula
- Heavy flavor physics
- Heim-Dröscher space (currently redirect to Heim theory)
- Heisenberg interval
- Joined density of states
- Lower dimensional quantum field theory
- MAGIS-100 The 100-meter-long Matter-wave Atomic Gradiometer Interferometric Sensor at Fermilab. [88], [89]
- Many Interacting Worlds a new theory involving many worlds where the worlds interact with each other. calculations using this model were shown to be able to replace the wave function. by simulating as few as 41 worlds they were able to retrodict the results of the double-slit experiment, for example. there are some possibilities for actually testing this theory. [90], [91], [92]
- Massless electron approximation Electrons are assumed to have the same size orbits as without that approximation and have the same amount of attractive force to the nuclei so the electrons must be orbiting infinitely fast and so that approximation can't be applied to relativistic quantum mechanics. Furthermore, since they're assumed to be massless, the Planck constant is also assumed to be zero with nuclei behaving only like particles and just electrons behaving like waves. There are no photons in that approximation because it's nonrelativistic.
- Phase-covariant cloning machine (PQCM)
- Photoassociation
- Photodetachment
- Power broadening
- Quantum addresses
- Quantum coding
- Quantum Frequency Translation
- Quantum geometrodynamics (QGD)
- Quantum Hologram
- Quantum-Mechanical Monopoles (nature of and relation to the search for magnetic monopoles) (https://phys.org/news/2015-04-physicists-quantum-mechanical-monopoles.html#nRlv)
- Quantum repeater
- Quantum Time of Arrival
- Quaternionic Hilbert space (see *Quaternion and *Hilbert space)
- Radiative correction It is related to Perturbation theory.
- Russian Quantum Center (RQC)
- Shadow brane
- Strong and Weak Equivalence
- Thomas-Fermi profile
- Vacuum entanglement As a section in Quantum entanglement
- XY chain in a transverse field
- Bubblon model
- Lorentz vector (Class of vectors that includes Four-momentum) (see Four-momentum)
- Mocanu's paradox (Non-commutativity of the Einstein velocity addition, also called the Mocanu paradox)
- Triplets Paradox (see Twin paradox)
- Adaptive SIS model
- Bicritical point
- Cattaneo-Vernotte equation, a generalisation of Fourier's law of heat conduction
- Convection from electrical conductors
- Energy flux density (currently redirects to Energy flux)
- Generalized second law of thermodynamics (Maybe redirect to Black hole thermodynamics)
- Ideal room temperature
- Irreversible dynamics
- Isothermal conductivity
- Methalpy
- Mollier Chart
- Nonextensive thermodynamics
- Phase envelope
- Rackett Equation
- Random Cellular Networks
- Relativistic Thermodynamics
- Response theory
- Scaling relation
- Superconductivity phase diagram [93]
- Tetracritical point
- Thermodynamic identity [94]
- Two-temperature model The model widely used to explain the damage in the laser irradiation experiments. The model assumes the atoms and electrons of the material have different temperatures and may interchange the energy depending on the temperature difference. The Google Scholar search provides many results, for example, [95].
- Vibrational energy (redirects to Kinetic energy)
- XXX model
- XXZ model
- XYZ model
- Yang-Lee zeros
- BCS-BEC crossover (studied in experimental atomic physics and condensed matter theory) (see e.g. https://arxiv.org/abs/1402.5171 )
- Chapman Enskog Analysis
- Chinewalking
- Condensed matter imaging
- Condensed Matter, Surfaces, and Structure
- Continous Random Network
- Crowdion
- Deformation Potential
- Diapycnal
- Double resonance
- Impenetrability of matter
- Magnetoroton
- Matrix Potential
- Onsager's solution
- Pseudospin
- Quasicontinuum
- Resonating valence band (Perhaps resonating valence bond is meant)
- Restrahlen band (redirect to Reststrahlen effect)
- Shock cocoon
- Snoek relaxation (should be in metallurgy)
- Spin band
- Strong magnetic dipole transition
- Transfer matrix (physics) (probably Transfer-matrix method)
- Witten effect (effect of existence of non-integer electric charge in magnetic monopole; predicted by Edward Witten in 1979; not to be confused with Hanany-Witten effect) [96]
- Bardeen-Stephen Theory
- Navier-Stokes-Estakhr's equations (Navier-Stokes equations with Estakhr's relativistic correction)[7]
- Bjerknes' circulation theorem (aka Bjerknes's circulation theorem)
- Cavity flow
- Covariant Formulation of Fluid Dynamics and Estakhr's Material Geodesic Equation [97]
- Dusty-gas model
- Eliassen-Palm flux
- Eulerian fluid dynamics
- Eulerian Turbulence
- Homogeneous turbulence
- Lagrangian fluid dynamics
- Lagrangian Turbulence
- Microfluids
- Beverloo's law Branch of granular flow, the flow rate of sand through an orifice is independent of the fill height.
- Prandtl equation (Might be present in the article Boundary layer#Boundary layer equations. These ones are nearly the Prandtl equation and follows the same concept. It seems to me that just the name is missing.)
- Spin liquid (currently redirects to quantum spin liquid)
- Stream Velocity
- Swirl chamber
Quantum information and computation
[edit]- area law – [98] [99] (see Entropy of entanglement#Area law of bipartite entanglement entropy)
- Perceptonium – Consciousness as a state of matter
- Phase gate – Experiment
- Quantum repeater – [100], [101]
- Munich Quantum Valley - [102]
- High Dimensional Quantum Key Distribution (HDQKD) – [103] [104] [105] [106] (see List_of_quantum_key_distribution_protocols)
Other physics terms
[edit]- Requests listed in this section may belong somewhere else. Please help by moving them to a suitable location.
- 2CDM model
- Acetate silk
- Anticyclonic tide
- Bending frequency
- Bunched field
- Cavity reactor
- Chemicurrent
- Coherent interface
- Corrosion in shipwrecks
- Drip Tip Leaves (see Glossary of botanical terms#D)
- Dynamical frustration [107]
- Energetic Particles
- Epitaph of Stevinus (currently a redirect to Simon Stevin#Geometry, physics and trigonometry)
- Ergodic problem
- Excitonium (High-temperature superconductivity). 27 reliable sources at Draft article.
- Extended Objects
- Gauge-gravity duality (currently redirects to string theory)[9][10][11]
- Glassification (currently a redirect)
- Halogen Counter
- Instituto Tecnologico e Nuclear (Portugal)
- Introductory physics physics in education. (currently redirects to Outline of physics)
- Jungersol
- Langmuir balance
- List of things named after physicists: please see here
- Loschmidt echo maybe you will be able to find references in [108]
- Mach-Lorentz thruster
- Mass median aerodynamic diameter (MMAD)
- Mean Lower Low Tide (see Chart datum)
- Mie Algebra developed by Gustav Mie
- Motor effect
- Nanospheres
- Non-Linear Decoherence
- Nose-Hoover equations
- Participatory anthropic principle (currently a redirect to Anthropic principle#Variants)
- Pauli Blocking
- Phonon bottleneck
- PI pulse
- Plane on a treadmill (currently a redirect)
- Point mass discretization
- Power scavenging (see Energy harvesting)
- Proton conduction
- Provotorov equations
- Quadratic gravity
- Quantum Jitter (also Quantum fluctuation)
- Ruby thermometer
- Scattering of light by light (currently redirects to Two-photon physics)
- Schiff moment
- Self-interaction
- Soft theorem
- Stellar energy
- Stretching frequency
- Taxonomic relict
- Taylor-Couette cell
- Ultrananocrystalline diamond (UNCD)
See also
[edit] | Requests for articles about astronomy are on a separate page, and should be added there. |
References
[edit]- ^ Newtonian Microeconomics A Dynamic Extension to Neoclassical Micro Theory ISBN 978-3-319-83610-2
- ^ Stochastic gradient descent for optimization for nuclear systems ISBN 2045-2322 Parameter error in {{ISBN}}: length; Stochastic Effects; Application in Nuclear Physics ISBN 1232-5309 Parameter error in {{ISBN}}: length; The Medical Anthropologies in Brazil ISBN 9783861355687
- ^ Raĭzer, Y.P., 1980. Optical discharges. Physics-Uspekhi, 23(11), pp.789-806.
- ^ Generalov, N.A., Zimakov, V.P., Kozlov, G.I., Masyukov, V.A. and Raizer, Y.P., 1970. Continuous optical discharge. ZhETF Pisma Redaktsiiu, 11, p.447.
- ^ Plasma Chemistry. Cambridge University Press. 2008. p. 229. ISBN 9781139471732. Archived from the original on 2 February 2017.
- ^ BAPS.2013.DFD.R8.4[1]
- ^ BPAS.2015.MAR.V1.285[2]
- ^ BAPS.2015.APR.T1.26[3]
- ^ Ammon, Martin; Erdmenger, Johanna (2015). Gauge/Gravity Duality: Foundations and Applications. Cambridge University Press. ISBN 978-1107010345.
- ^ Probst, Jonas (2018). Applications of the Gauge/Gravity Duality (Springer Theses). Springer International Publishing AG. ISBN 978-3319939667.
- ^ Kerner, Patrick (2012). Gauge/Gravity Duality: A Road Towards Reality. Südwestdeutscher Verlag für Hochschulschriften. ISBN 978-3838134734.