Wikipedia:Requested articles/Natural sciences/Physics

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Physicists

Template:Req (req. pre 2014-10-15) professor of quantum mechanics at University of Toronto; Won the 2011 Physics World Breakthrough of the Year regarding weak measurement
Template:Req, Cameroonean physicist, Alexander von Humboldt Fellow [2]
Template:Req - physicist and educator, revived New York Hall of Science [3]
Template:Req (req. 2008-09-17) – theoretical physicist; works for Boston University and CERN; q:Alvaro De Rujula
Template:Req - (currently a redirect to Neutronium)
Template:Req - Head of the Chair of Theoretical Physics at Moscow State University; co-author of well-knovn textbooks together with L. D. Faddeev; scientific results included in classical monographs (see Weinberg and other, Slavnov–Taylor identities). Awards: Humboldt Prize (1999, Germany), Pomeranchuk Prize (2013); See ru, de.
Template:Req (req. pre 2012-01-15; probably Andrew Walcott Beckwith; currently working at Chongqing University [4])
Template:Req (req pre 2012-1-15) – [5]; [6]; [7].
Template:Req (req. pre 2012-01-15; b. 1968; theoretical physicist from Israel; [8]).
Template:Req (b. 1942) Australian physicist [9]
Template:Req (once was head of TJNAF; [10]).
Template:Req (b. 1940) (req. pre 2012-01-15) – physicist; works for UVA CERN [11]
Template:Req (req. 2015-02-12; b. in 1959) - German physicist, president of TU Berlin, [12]
Template:Req (req. pre 2012-01-15; Universite Pierre et Marie Curie) – [13]
Template:Req (Fuchs, Christopher A.; req. pre 2012-01-15; works at BBN Technologies, worked at Perimeter Institute in the past; received International Quantum Communication Award in 2010. [14], [15])
Template:Req (req. pre 2012-01-15; Universitat Tubingen; see de)
Template:Req (1858–1929) (req. pre 2012-01-15) – 1; [16]
Template:Req (req. pre 2014-10-15) - professor of quantum optics at the University of Toronto
Template:Req (req. pre 2012-01-15; Delco Electronics Corp; invented Hemispherical Resonator Gyro (HRG); he is actually an engineer; [17])
Template:Req (req. pre 2012-01-15; Spanish theoretical physicist; [18])
Template:Req (b. 1976; Wallace, David S.; Balliol College, Oxford, req. pre 2012-01-15) – [19]
Template:Req (req. pre 2012-01-15; Elihu A. Boldt, 1931 - 2008, X-ray astronomer at Goddard Space Flight Center; [20])
Template:Req (1896–1981; Carnegie Institute of Technology, Pittsburgh, req. pre 2012-01-15) – [21]
Template:Req (req. pre 2014-01-17) or simply Eric Dollard, b. 1952, American inventor, famous for repetition of Nikola Tesla's experiments [22]
Template:Req (computer modelling; [23]; National Taiwan Normal University)
Template:Req (1942-2012) (req. 2014-05-31) Controversial physicist or pseudoscientist? I think it deserves an article for people who want to know if he is a true scientist or not - [24]
Template:Req (1926-2000) (req. pre 2012-01-15; [25])
Template:Req (req. pre 2014-12-03; German physicist and one of the founding fathers of the Biozentrum of the University of Basel, Switzerland. See: de, see: en sandbox [26])
Template:Req (req. pre 2012-01-15; Director of American Institute of Physics as of 2014; [27])
Template:Req (req. pre 2012-01-15; Russian physicist; [28])
Template:Req Professor of Physics, founder and organizer of international conferences on Physics: Rencontres de Moriond, Rencontres de Blois and Rencontres du Vietnam. Recipient of the Legion of Honour. More info: [29], [30] [31] [32] [33] [34]
Template:Req (req. pre 2012-01-15; b. 1968; [35])
Template:Req (req. pre 2012-01-15) – self-proclaimed, self-published, and non-peer-reviewed discoverer of dark matter; [36]; an objective discussion of his statements would be most helpful
Template:Req (req. pre 2012-01-15) – [37]
Template:Req (b. 1933) (req. pre 2012-01-15) – [38]
Template:Req (req. pre 2012-01-15) – [39]
Template:Req (req. pre 2014-10-31) – an optoelectronics researcher and a professor at the California Institute of Technology [40][41][42]
Template:Req (req. pre 2012-01-15; b.1935; US physicist; Ph.D. in theoretical physics from MIT; faculty of Virginia Tech; [43])
Template:Req (physics of neutrino; [44])
Template:Req (req. 2014-11-15) - see web, de, ru ; father of Boris Altshuler
Template:Req (req. 2013-09-19) - see: de
Template:Req (req. pre 2012-01-15; Director of American Institute of Physics from 1993 to 2007; [45])
Template:Req (1859–1950) (req. pre 2012-01-15) – [46]
Template:Req (req. pre 2012-01-15; see de)
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Template:Req (b. 1954) (req. pre 2012-01-15) – [48]; [49]
Template:Req (1871–1951; Weber number named after him; German and Portuguese pages are available for translation)
Template:Req (req. 2008-07-16) – successful nanoscientist; one of the world's finest blacksmiths
Template:Req (req. pre 2015-01-06; American theoretical physicist; often discarded or censored, yet popular enough to generate millions of mentions or views, and recently had several papers accepted in official scientific publications [50])
Template:Req (req. 25/02/11) – professor of theoretical physics at King's College London; Fellow of the Royal Society; major contributor to supergravity theory, string theory, superstring theory and M-theory; conjectured the E11 Kac-Moody symmetry of M-theory; student of Abdus Salam; wrote textbook Supersymmetry and Supergravity (World Scientific Publishing Company; 2 edition; August 1990)
Template:Req, high-energy theorist, Fellow of the American Physical Society, Chair (now Past Chair) of the APS Topical Group on Hadronic Physics; author of “Charmonium Interactions with Hadronic Matter” (SUNY Stony Brook, 1989); author of “Ultrarelativistic Heavy Ion Collisions” (Elsevier, 2007), ISBN 978-0444521965; current affiliations Lawrence Livermore National Laboratory and UC Davis. Category:Theoretical physicists, Category:20th-century physicists, Category:21st-century physicists, Category:Women physicists, Category:Living people.
Template:Req (req. pre 2012-01-15 (1900-1966) [51])
Template:Req (Freeman resonances; [52]. co-authored with Philip H. Bucksbaum)
Template:Req, high-energy experimentalist, director of the Cornell Laboratory for Accelerator-based Sciences and Education; [53], [54], [55]; should include a hatnote to disambiguate Olympic athlete Richie Patterson. Category:Women physicists, Category:Particle physicists, Category:Living people
Template:Req (req. pre 2012-01-15; [56])
Template:Req (req. pre 2012-01-15) – [57]
Template:Req, Professor of Computer Science at NYU. Yang-Mills theory and Feynman Diagrams. Author of 7 Computer Science textbooks. More info [58]
Template:Req (req. pre 2012-01-15; professor of physics in University of Bristol; [59])
Template:Req(req. 2014-11-15) - see de, ru, introduced 1956 together with Yakov Zel'dovich conservation of vector currents in weak interaction (Sov. Phys. JETP, Vol. 2, 1956, p. 576), before Feynman et al. (1957)
Template:Req (1913-1996; aeronautical researcher at the University of Maryland [60])
Template:Req (historian of science; [61])
Template:Req [62]
Template:Req, a British physicist and a writer (most notably about Fermi's theorem, If the Universe Is Teeming with Aliens ... WHERE IS EVERYBODY?: Fifty Solutions to the Fermi Paradox and the Problem of Extraterrestrial Life, see fi)
Template:Req (req. pre 2012-01-15; see nl)
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Template:Req (req. pre 2012-01-15; see fi)
Template:Req, Russian theoretical physicist, who made contributions to the quantum field theory and cosmology. Rubakov—Callan Effect, excellent textbook "Classical Gauge Fields", the two-volume Introduction to cosmology. Professor of Physics MSU, Head of the Chair of Particles Physics and Cosmology. Full Member of the Russian Academy of Sciences. Pomeranchuk Prize (2003, with Freeman Dyson) Julius Wess Award (2010) (de:Julius Wess). See ru, de.
Template:Req (1906-1975), Professor of Physics, Bryn Mawr College; inventor of the lock-in amplifier (1941); founding chairman of the Commission on College Physics (citation here); Life Magazine article here, college archive photo gallery here. Category:Bryn Mawr College faculty, Category:20th-century physicists, Category:American physicists.
Template:Req - Theoretical physicist and a 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; [64]; [65];[66]; [67]
Template:Req - quantum physicist and author -- Professor at U. of Oregon for 29 years, wrote a standard textbook on quantum physics, and also authored several books on the relationship of quantum physics and spirituality. http://www.amitgoswami.org/ Article requested November 15, 2014
Template:Req - Assistant professor of Planetary Sciences at Caltech, selected to 2015 Forbes list of 30 scientists under 30 who are changing the world --http://web.gps.caltech.edu/~kbatygin/Home.html Article requested January 9, 2015

Solid-state physics

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Template:Req (appearance of vortices in superconductor in magnetic field)
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Template:Req (CuGeO and spin-peierls cuprate CuGeO₃)
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Acoustics

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Template:Req (Crystalline state of carbon, other than diamond)
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Template:Req (see Minimum audibility curve)
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Template:Req (Sound systems that use lamps to recreate sound - [68])
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Template:Req (Distant sounds seem more diffuse. Why?)

Mechanics

Template:Req - (currently redirects to Viscoelasticity#Types of viscoelasticity )
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Introductory mechanics - mechanics in education
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Electricity and magnetism

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Template:Req (a sofrware for cross-coupled filter design)
Template:Req (see Coupling coefficient of resonators#Bandpass filters with cross couplings)
Template:Req (An instrument for exhibiting and measuring wave motion)
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Template:Req – 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)}[reply]
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Template:Req (N-Machine)
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Template:Req (possibly electret?)
Template:Req - AKA "Tingle Current"
Template:Req, or "hidden mechanical momentum"
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Introductory electromagnetism - electromagnetism in education
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Template:Req (1 2; Similar to Z-pinch and Theta pinch)
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Template:Req - seems to just be the name of a product and may not be WP:NOTABLE
Template:Req (1 2 3 4; similar to Z-pinch)
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Template:Req (is a combination of CPU time and the time spent for i/o)
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Template:Req - a merger of electronics, photonics and magnetics
Template:Req – Mentioned in [73] in the chapter about Electro-Optics

History of physics

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Template:Req (misspelling of Steven Chu?; [74], [75])
Template:Req (possibly Robert G Marcley)
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Nuclear physics

Template:Req - a consortium founded in the EU in 2014 on nuclear fusion research (successor of EFDA [77])
Template:Req - a means to count the number of observed particles in interval ranges, as in a histogram of particle energies
Template:Req - apparently commonly used in research in the 1930s, see this Google search
hydrogen-boron (H-B) fusion - perhaps see Aneutronic fusion?
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Template:Req - a Multichannel Analyzer (MCA) is a device used to record the energy specrum of ionizing radiation. Commonly used in x-ray and gamma spectography. Whereas Geiger counters and ionization detectors will count or integrate the individual pulses from ionizing events, but they do not measure the energy of the event. An MCA will measure the energy of photons or particles from a radiation source. A typical source of radiation will emit different types of particles and particles of different energy. The energy is not uniformly distributed. The energy usually falls into specific levels depending on the source. The spectrum of energy levels can be used to identify the source.
Template:Req - 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).
Template:Req - 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)[reply]
Template:Req - There is some info linked at gamma source, but it's not what I am talking about. Need info about Cobalt-60 and other typical sources, measured in Curies, sometime called a camera. They are enclosed in lead and usually have a "window" to direct at a target. They may be used for calibration, medical reasons, etc. I like to saw logs! (talk) 05:11, 15 March 2013 (UTC)[reply]
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Template:Req - some of Nuclear magnetic moment may be intimidating, but there are many links from there
Template:Req - a molecular form of deuterium used in cold fusion reactors (currently redirect to Deuterium)
Template:Req - 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)
Introduction to Radioactivity (or Introduction to Radioactive Decay) as the article can be complicated for some people. ·
Template:Req - There is some info linked at gamma source, but it's not what I am talking about. Same as a nuclear source I like to saw logs! (talk) 05:11, 15 March 2013 (UTC)[reply]
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Template:Req - see "'Reactorsaurus' to rip up station". BBC.

Template:Req - SG-III is a laser facility (200kj/48 beams) which is expected to be completed in 2012. [78] [79]
Template:Req - Similar to NMR but not caused by transverse magnetic RF fields. A method to cause nuclear spin axis precession by acoustic vibrations, see "'Nuclear Acoustic Resonance'".
Template:Req -- see [80]

Optics and wave theory

Template:Req (ASRL)
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Template:Req (in single slit diffraction; see Fresnel zone)
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Template:Req - 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 [81] -- needs to belong to Category:Atmospheric optical phenomena
Template:Req (currently redirects to Kerr effect)
Template:Req (see Lenticular lens)
Template:Req - (currently redirect to disambiguation; see Thermal radiation and Outgoing longwave radiation).
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Template:Req - RP Photonics' Encyclopedia has a good description
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Template:Req - instrument, measures light
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Optoelectronics

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Template:Req - of the reflectance spectra
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Template:Req - mentioned in Piezoelectricity#Actuators for laser alignment
Template:Req - 1.3 million raw Google hits
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Particle physics

Maxwell-Boltzmann distribution - Simple English version needed please!

Edward Farhi
Abbott-Farhi model
Anomalous gauge boson interaction
Anomaly inflow
Anti-de Sitter supersymmetry
Anticalcium
Anticarbon
Antihelium (Redirects to Antimatter#Antihelium. It should have its own article)
Anti-Hypertriton
Antilithium
Antimolybdenum
Antiplutonium
Antiuranium
Atomic orbital collapse [82]
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
Del Giudice, Di Vecchia, Fubini (DDF) states (string theory)
Delta(I)=1/2 rule
DHR analysis
Dielectric Traveling Wave Tubes
Dispersion relations (QFT) (see Dispersion relation)
Eguchi-Kawai model ([83] named after Tohru Eguchi and Hikaru Kawai)
Electroproduction (Particle production in particle accelerators).
Electron positron lattice
Electron spin resonance dating
Etheron
Fayet-Sohnius hypermultiplet (named after Pierre Fayet and Martin F. Sohnius)
Froggatt-Nielsen mechanism
Four-body decay
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. Furry, as well as a brief description of the theorem I found from a reputible source.

Gap equation
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
GPS implants
Haag-Ruelle scattering
Helicity conservation
Higher dimensional supersymmetry
Holdom particle
Holographic renormalization group
Hosotani mechanism
Howe-Stelle-Townsend hypermultiplet
Isotropic sphere
Inclusive decays
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 transitions
pt [Landau–Yang theorem]
Lattice string theory (related to Lattice QCD)
Lee-Yang model
light-induced drift
Liouville action
List of Atomic Models
Low Temperature Physics (wide topic but many missing articles within this subject)
Luescher term
Mass texture
Millicharged fermion
Minimal string theory
Mirror atom
Mirror positronium
Multiple point principle
Nonequilibrium quantum field theory
Omega B Baryon
One-loop effective potential
Orbitally Rearranged Monoatomic Elements
Oxygen Deficiency Hazard
Paschen notation
Photon flux - F_q - count per second, photons per unit time, dn/dt with n = photon number, also called photon power
Photon intensity - I - count per steradian per second, sr^-1·s^-1, dn/dω
Photon radiance - L_q - count per square metre per steradian per second, m^-2·sr^-1·s^-1, d²n/(dA cos(θ) dω)
Photon irradiance - E_q - count per square metre per second, m^-2·s^-1, dn/dA
Photon exitance
Photon-gluon fusion - creation process for hadrons
Pinch approximation
Pion superfluid
Planck matter (redirects to Induced gravity)
Potential well model
Precision tests of electroweak theory
Process Physics - An information-theoretical paradigm for the modelling of reality. Official
Proton-proton bremsstrahlung
Pyrgon - "massive modes corresponding to quantized excitations of the fifth dimension" [84]
Quantum Commutative Constrained Field
Quasiprimary field
Quark-quark correlations
Radial quantization
Rajaram Goundar Duality Effect
Reheating
Schwinger multichannel method
Segal's axioms
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Skeleton diagram
Sliding VEV mechanism
Slow positrons
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Solar Weather
Status of loop quantum gravity
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String ball
Sub-Particle Acceleration
Top-antitop meson
't Hooft matching condition
Thirring sine-Gordon duality
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

Plasma physics

Beam acoustic instability (Plasma instability; see Instability)
Bump-in-tail instability (Plasma instability; see Instability)
Buneman instability (named after Oscar Buneman; [85])
Cherenkov instability (Plasma stability; see Instability; [86])
Chute instability (Plasma instability; see Instability)
Coalescence instability (Plasma instability; see Instability)
Collapse instability (Plasma instability; see Instability)
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: [87], [88])
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))
Flute instability (Plasma instability; see Instability)
Free electron maser instability (Plasma instability; see Instability)
Gyrotron instability (Plasma instability; see Instability)
Helical instability / Helical kink instability (Plasma instability; see Instability)
Interchange instability (Plasma instability; see Plasma stability#List of plasma instabilities)
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)
Princeton Large Torus, experimental tokamak built at the Princeton Plasma Physics Laboratory. Category:Fusion reactors
Sausage instability (Plasma instability; see Instability)
Slow drift Instability (Plasma instability; see Instability)
Tearing mode instability (Plasma instability; see Instability)
Weak beam instability (Plasma stability; also coherent instability of beam interactions; see Instability and Plasma acceleration)

Physical chemistry

Ahmad-Cohen (see N-body simulation)
Alignment layers - Used to induce molecular alignment in liquid crystals
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 [89]
Conservation of orbital symmetry
Density holes [90]
Dilatometry - related to Dilatometer?
Double-sided feynman diagrams
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 - search suggests a redirect to Kirkendall effect
landau expansion
Lepion
LEPS potential
Liquid color measurement indexes
Major and minor rotamer signals (NMR Spectroscopy)
Mesostructural
Meninga coccemia
MIP energy
Macromer (currently redirect to Macromonomer)
Neutron spin-echo spectroscopy
Parity-violating energy difference
Particulate theory
Plasma Theory
Powder of projection (currently redirect to Projection (alchemy))
Polyhide
Pechini Method of Powder Synthesis
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
Easy Ways To Exercise

Radio propagation and solar physics

A index (req. pre-2012-01-15)
Aa index (req. pre-2012-01-15 [91])
Active prominence (req. pre-2012-01-15)
Active prominence region (req. pre-2012-01-15)
Active surge region (req. pre-2012-01-15)
Active dark filament (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)
Arch filament system (req. pre-2012-01-15)
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)
The Art of Projecting Concentrated Non-dispersive Energy through the Natural Media - Written by Nikola Tesla
As index (req. pre-2012-01-15)
Auroral electrojet (req. pre-2012-01-15)
Auroral oval (req. pre-2012-01-15)
B-angle (req. pre-2012-01-15)
Background X-ray level (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)
COMEDS (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 streamer (req. pre-2012-01-15)
Coronal transients (req. pre-2012-01-15) – not sure about coronal transient redirect
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)
Disk And Limb Activity Summary (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)
Dose rate (req. pre-2012-01-15; currently redirects to absorbed dose)
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)
Eruptive (req. pre-2012-01-15)
Eruptive prominence on limb (req. pre-2012-01-15)
Es-layer (req. pre-2012-01-15)
Estimated hemispherical power input (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]
F corona (req. pre-2012-01-15)
F1-layer (req. pre-2012-01-15)
F2-layer (req. pre-2012-01-15)
Fibril (solar physics) (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)
Fraunhofer spectrum (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)
Ground level enhancement (req. pre-2012-01-15)
Ground-level event (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)
Heliographic (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 (req. pre-2012-01-15; currently redirects to Polar regions of Earth)
High-speed stream (req. pre-2012-01-15)
High Latitude Monitoring Station (req. pre-2012-01-15)
Homologous flare (req. pre-2012-01-15)
Hyder flare (req. pre-2012-01-15)
Interplanetary Monitoring Platform (req. pre-2012-01-15; currently redirects to Explorers program)
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)
Invariant magnetic latitude (req. pre-2012-01-15)
Inversion line (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 Solar-Terrestrial Program (req. pre-2012-01-15)
ITU Rain Attenuation Model (req. pre-2012-01-15)
ITU Rain Attenuation Model for Satellites (req. pre-2012-01-15)
International Ursigram and World Days Service (req. pre-2012-01-15)
K corona (req. pre-2012-01-15)
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
Naval Astronautics Group (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 Space Weather Program
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)
Naval Ocean Systems Center (req. pre-2012-01-15; currently redirects to Space and Naval Warfare Systems Command)
National Solar Observatories (req. pre-2012-01-15)
On-Line Data Systems (req. pre-2012-01-15)
P-angle (req. pre-2012-01-15)
P-spot (req. pre-2012-01-15)
p.f.u. (req. pre-2012-01-15)
Template:Req 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)
Plasmasheet (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)
PRESTO (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)
R-number (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)
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)
Regional Warning Center (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)
Space Environment Laboratory (req. pre-2012-01-15)
Space Environment Laboratory Solar Imaging System (req. pre-2012-01-15)
Space Environment Monitor (req. pre-2012-01-15)
Solar Electro-Optical Network (req. pre-2012-01-15)
Space Environment Services Center (req. pre-2012-01-15)
Space Forecast Center (req. pre-2012-01-15)
Solar Geophysical Activity Summary (req. pre-2012-01-15)
Short wave fade (req. pre-2012-01-15)
Solar Influences Data Analysis Center (req. pre-2012-01-15)
Simultaneous flares (req. pre-2012-01-15)
Smoothed sunspot number (req. pre-2012-01-15)
Solar coordinates (req. pre-2012-01-15)
Solar flare effect (req. pre-2012-01-15)
Solar flux (req. pre-2012-01-15; currently redirects to Radiant flux)
Solar flux unit (req. pre-2012-01-15; currently redirects to Irradiance#Solar_energy)
Solar radiation storm level (req. pre-2012-01-15; currently redirects to Geomagnetic storm)
Solar radio emission (req. pre-2012-01-15)
Solar radio burst
Solar sector boundary (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)
T-index (req. pre-2012-01-15)
Trans-equatorial propagation (req. pre-2012-01-15)
Total Energy Detector (req. pre-2012-01-15)
Tenflare (req. pre-2012-01-15)
Terrain model (req. pre-2012-01-15)
Television and Infrared Radiation Observation Satellite (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)
Unsettled (solar physics) (req. pre-2012-01-15)
Upsets (solar physics) (req. pre-2012-01-15)
United States Space Forecast Center (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)
Yellow line (req. pre-2012-01-15; possibly deals with Helium which was discovered after a yellow line in solar spectrum was noticed)
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)

General relativity

10th dimension (currently redirect; needs own article)
Achronal boundaries
Affine torsion field
Antimatter black hole
Antimatter white hole
Asymptotically simple spaces (see Asymptotically flat spacetime)
Bekenstein conformal black hole
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
Chwolson-Einstein ring
Einstein-Rosen gravitational waves
Embedding diagram
Energy-momentum complexes
Friedel-Starodubtsev action
Template:Req - A scalar-tensor modified gravity theory in which the scalar field displays Galilean Invariance.
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
Template:Req ([92], [93], [94])
Orders of magnitude (gravitational waves)
Polar metric
Relativistic reflection mentioned in [95]
Rubber Sheet Model (currently redirect)
Self dual fields
Schwarzschild bubble
Scri script 'i' used to denote lightlike infinities in a Penrose diagram
Status of general relativity
Trapped surface theorem
Template:Req ([96], [97], [98])
Template:Req (curently redirects to Massive gravity, [99], [100], [101], [102])
Warp Bubble [103]
Weakly, Marginally, and Strongly Naked Singularities
The Gravitational Isolator^[104]

Quantum mechanics

visual engram (imagination;visions)/ adj. to generative dynamics; see [105] for dispositions quantative qualification all engramic behavior is dispositional
10j symbol
15j symbol
3 body recombination
Adiabatic algorithms
Bernoulli noise
clock ambiguity a strange, little-known phenomenon on the fringe of understanding linking to parallel universes and such
Diabatic limit
Eberhard inequality (named after P. H. Eberhard)
Electron Spin Decoherence
Entanglement swapping (currently redirects)
Estakhr Constant or Estakhr's Constant
Exchange degeneracy
Ground State Fluctuations
Gutzwiller trace formula
Heim-Dröscher space (currently redirect to Heim theory)
Heisenberg interval
Joined density of states
Lower dimensional quantum field theory
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.
Monogamy of entanglement [106], Leonard Susskind uses it in this lecture
Phase-covariant cloning machine (PQCM)
Photoassociation
Power broadening
Quantum addresses
Quantum coding
Vacuum entanglement As a section in Quantum entanglement
Quantum Frequency Translation
Quantum geometrodynamics (QGD)
Quantum Hologram
Quantum memory
Quantum repeater
Quantum Time of Arrival
quaternionic Hilbert space (see *Quaternion and *Hilbert space)
Simplified quantum mechanics like Very simplified quantum mechanics except that electrons are not massless and so nuclei don't only behave like particles. It's also a nonrelativistic quantum mechanics so the fine-structure constant is also zero in that theory but the planck constant is nonzero. Electrons and nuclei are also infinitely small indestructable particles in that theory.
Simplified quantum mechanics (relativity) like Simplified quantum mechanics except that the speed of light is finite, the fine-structure constant is what it is in real life; the ratio of an electron mass to a the hydrogan nucleas mass is what it is in real life (protons don't exist in Simplified quantum mechanics (relativity) because in Simplified quantum mechanics (relativity), a more massive nucleas is infinitely small and indestructable and so does not contain protons and neutrons but has the same mass as the nucleas has in real life); photons exist; there is such a thing as a magnetic field; and the planck constant is non-zero. Also, in Simplified quantum mechanics (relativity), since electrons aren't massless, nuclei don't completely bahave like particles. Electrons can't be massless in Simplified quantum mechanics (relativity) because they are travelling at a small fraction of the speed of light and since they're not travelling infinitely fast, they can't have a zero mass in order to make an orbit around a nucleas at that finite speed with their finite attractive force to the nucleas. In otherwords, there is no such thing as very simplified quantum mechanics (relativity). In that article, the theory should only be called 'Simplified quantum mechanics (relativity)' in the title but everywhere else in the article, it should be referred to as 'simplified quantum mechanics'.
Strong and Weak Equivalence
Super Selection Rules
shadow brane
Status of quantum mechanics
Thomas-Fermi profile
Very simplified quantum mechanics A type of nonrelativistic quantum mechanics where electrons and nuclei are both assumed to be infinitely small indivisable partcles that are stable over an infinitely long time. Electrons are assumed to be completely massless and therefore behave like waves and nuclei are assumed to behave completely like particles and not at all like waves. They are also assumed to be moving infinitely fast due to the combination of their masslessness and their nonzero attraction to nuclei in orbit but their speed is assumed to be infinitely smaller than c, that is, the dimensionless fine-structure constant is assumed to be 0. Since the fine-structure constant is defined in terms of h and h is 0 in very simplified quantum mechanics and you can't divide by 0, it must instead be defined in terms of another formula that can be derived from that formula but doesn't have h appearing anywhere in it. The article should fully describe all the laws that dictate the probability density of a nucleus being in a given position at a given future time based on all past positions of all nuclei in the universe at all past times and all past wave functions. Simplified quantum mechanics does not one speck of discussing nuclear chemistry. It also assumes there's no such thing as gravity and that there are no particles other than electrons and nuclei nor are there any neutrinos. Because it's nonrelitivistic, there's assumed to be such a thing as an electric filed but no such thing as a magnetic field and orbits of any size are completely stable due to the inability to spiral in emitting an electromagnetic wave and so photons are assumed not to exist either. Although very simplified quantum mechanics makes a lot of approximations like infinitely small particles, what I described, and a zero cosmological constant, it does not however neglect electron-electron repulsion terms in a wave function. The article should not use a notation that people who never heard of quantum mechanics would be unable to find out precisely what meant in that article or click a link to another Wikipedia article to have it fully described what it means.
XY chain in a transverse field