| Article
|
Import
|
Date
|
Assess
|
Ver
|
| Redshift |
High |
|
 FA |
1.0
|
| Extrasolar planet |
High |
|
FA |
1.0
|
| Leonhard Euler |
High |
|
FA |
1.0
|
| Galileo Galilei |
Top |
|
FA |
1.0
|
| Robert Oppenheimer |
Top |
|
FA |
1.0
|
| Blaise Pascal |
Top |
|
FA |
1.0
|
| Roche limit |
Mid |
|
FA |
1.0
|
| Edward Teller |
High |
|
FA |
1.0
|
| Carl Friedrich Gauss |
Top |
|
FA |
1.0
|
| Rainbow |
Low |
|
FA |
1.0
|
| Atomic line filter |
Low |
|
FA |
1.0
|
| Astrophysics Data System |
Mid |
|
FA |
1.0
|
| Joule-Thomson effect |
High |
|
 A |
1.0
|
| Supernova |
High |
|
A |
1.0
|
| Vapor-compression refrigeration |
High |
|
A |
1.0
|
| Sun |
Top |
|
FA |
1.0
|
| Atomic theory |
Top |
|
A |
1.0
|
| Standard conditions for temperature and pressure |
Mid |
|
A |
1.0
|
| David Hilbert |
High |
|
 GA |
1.0
|
| Aperture |
Mid |
|
GA |
1.0
|
| Abdul Qadeer Khan |
Low |
|
GA |
1.0
|
| Nikola Tesla |
Top |
|
GA |
1.0
|
| Wernher von Braun |
High |
|
GA |
1.0
|
| Aberration of light |
Mid |
|
GA |
1.0
|
| F-number |
Mid |
|
GA |
1.0
|
| Focal length |
High |
|
GA |
1.0
|
| Albedo |
Low |
|
B |
1.0
|
| Alexander Graham Bell |
High |
|
B |
1.0
|
| Q factor |
Mid |
|
B |
1.0
|
| Solar wind |
Mid |
|
B |
1.0
|
| Sound |
Top |
|
B |
1.0
|
| Pieter Zeeman |
High |
|
B |
1.0
|
| Wavelength-division multiplexing |
High |
|
B |
1.0
|
| Adaptive optics |
High |
|
B |
1.0
|
| Aerodynamics |
|
|
B |
1.0
|
| Wave–particle duality |
High |
|
B |
1.0
|
| A-weighting |
|
|
B |
1.0
|
| Wormhole |
High |
|
B |
1.0
|
| Acceleration due to gravity |
|
|
B |
1.0
|
| Telescope |
Top |
|
B |
1.0
|
| Alan Lloyd Hodgkin |
|
|
B |
1.0
|
| Stern–Gerlach experiment |
High |
|
B |
1.0
|
| Afshar experiment |
|
|
B |
1.0
|
| Torque |
High |
|
B |
1.0
|
| Time |
Top |
|
B |
1.0
|
| Thermal contact conductance |
Mid |
|
B |
1.0
|
| Microscope |
High |
|
B |
1.0
|
| Cosmology |
High |
|
B |
1.0
|
| Archimedes |
|
|
B |
1.0
|
| Chaos theory |
High |
|
B |
1.0
|
| Claude-Louis Navier |
High |
|
B |
1.0
|
| Electromagnetic induction |
High |
|
B |
1.0
|
| Anti-gravity |
|
|
B |
1.0
|
| Doppler effect |
High |
|
B |
1.0
|
| Eddy current |
High |
|
B |
1.0
|
| Black hole electron |
|
|
B |
1.0
|
| Black light |
|
|
B |
1.0
|
| Beer-Lambert law |
High |
|
B |
1.0
|
| Bi-metallic strip |
Mid |
|
B |
1.0
|
| Carbon nanotube |
High |
|
B |
1.0
|
| Atmospheric pressure |
|
|
B |
1.0
|
| Bogdanov Affair |
Mid |
|
B |
1.0
|
| Brown dwarf |
High |
|
B |
1.0
|
| John Tyndall |
High |
|
B |
1.0
|
| Mark Oliphant |
Mid |
|
B |
1.0
|
| History of physics |
Top |
|
B |
1.0
|
| Anaximander |
|
|
B |
1.0
|
| Light-year |
High |
|
B |
1.0
|
| Anaerobic digestion |
|
|
B |
1.0
|
| Laplace-Runge-Lenz vector |
Low |
|
B |
1.0
|
| Main sequence |
High |
|
B |
1.0
|
| Escape velocity |
High |
|
B |
1.0
|
| Ernest Walton |
|
|
B |
1.0
|
| Anthropic principle |
Mid |
|
B |
1.0
|
| Aneutronic fusion |
|
|
B |
1.0
|
| Anechoic chamber |
|
|
B |
1.0
|
| Andrei Sakharov |
|
|
B |
1.0
|
| Georg Christoph Lichtenberg |
Mid |
|
B |
1.0
|
| George Smoot |
High |
|
B |
1.0
|
| Aeolipile |
|
|
Start |
1.0
|
| Adverse yaw |
|
|
Start |
1.0
|
| Aage Niels Bohr |
|
|
Start |
1.0
|
| AMBER |
|
|
Start |
1.0
|
| Abram Ioffe |
|
|
Start |
1.0
|
| Acoustics |
|
|
Start |
1.0
|
| Accelerometer |
|
|
Start |
1.0
|
| Hertz |
|
|
Start |
1.0
|
| Isidor Isaac Rabi |
Mid |
|
Start |
1.0
|
| George Ellis |
High |
|
Start |
1.0
|
| Ground effect |
|
|
Start |
1.0
|
| Low-ionization nuclear emission-line region |
|
|
Start |
1.0
|
| Lux |
|
|
Start |
1.0
|
| Joseph von Fraunhofer |
High |
|
Start |
1.0
|
| Lennard-Jones potential |
Mid |
|
Start |
1.0
|
| Dennis Gabor |
High |
|
Start |
1.0
|
| Star |
High |
|
FA |
1.0
|
| Center frequency |
Low |
|
Start |
1.0
|
| Christer Fuglesang |
Low |
|
Start |
1.0
|
| Equipotential |
|
|
Start |
1.0
|
| Friction |
Top |
|
Start |
1.0
|
| Drag (physics) |
High |
|
Start |
1.0
|
| Electron microscope |
Top |
|
Start |
1.0
|
| Michael Atiyah |
|
|
Start |
1.0
|
| Ronald N. Bracewell |
Low |
|
Start |
1.0
|
| Speed |
High |
|
Start |
1.0
|
| Reductionism |
Mid |
|
Start |
1.0
|
| Retrocausality |
Low |
|
Start |
1.0
|
| Watt |
|
|
Start |
1.0
|
| White dwarf |
High |
|
Start |
1.0
|
| ATLAS experiment |
Mid |
|
FA |
1.0
|
| Volt |
|
|
Start |
1.0
|
| Newton's laws of motion |
Top |
|
Start |
1.0
|
| Ohm |
|
|
Start |
1.0
|
| Big Bang |
Top |
|
FA |
1.0
|
| Newton |
|
|
Start |
1.0
|
| Radio frequency |
High |
|
Start |
1.0
|
| Reaction (physics) |
|
|
Start |
1.0
|
| Paraphysics |
Mid |
|
Start |
1.0
|
| Quantum immortality |
|
|
Start |
1.0
|
| Buoyancy |
|
|
Start |
1.0
|
| Ambient noise level |
|
|
Start |
1.0
|
| Alternative propulsion |
|
|
Start |
1.0
|
| Allan McLeod Cormack |
|
|
Start |
1.0
|
| Alan Sokal |
|
|
Start |
1.0
|
| Airfoil |
|
|
Start |
1.0
|
| Amorphous ice |
|
|
Start |
1.0
|
| American Geophysical Union |
|
|
Start |
1.0
|
| Alessandro Volta |
|
|
Start |
1.0
|
| Alexander Dallas Bache |
|
|
Start |
1.0
|
| Alexander Alexandrovich Friedman |
|
|
Start |
1.0
|
| Alexander Rich |
|
|
Start |
1.0
|
| Algebra of physical space |
|
|
Start |
1.0
|
| Aleksandr Mikhailovich Prokhorov |
|
|
Start |
1.0
|
| Alexander Stepanovich Popov |
|
|
Start |
1.0
|
| Air flow bench |
Low |
|
GA |
1.0
|
| Antony Hewish |
|
|
Start |
1.0
|
| Casimir effect |
High |
|
GA |
1.0
|
| Air (classical element) |
|
|
Start |
1.0
|
| Aether (classical element) |
|
|
Start |
1.0
|
| Attenuation |
Mid |
|
Start |
1.0
|
| Asteroseismology |
Mid |
|
Start |
1.0
|
| Andrew Fire |
|
|
Start |
1.0
|
| Anders Jonas Ångström |
|
|
Start |
1.0
|
| Anaxagoras |
|
|
Start |
1.0
|
| Andrew Huxley |
|
|
Start |
1.0
|
| Angle of attack |
|
|
Start |
1.0
|
| Entropy |
Top |
|
GA |
1.0
|
| Andrew Lowe |
|
|
Start |
1.0
|
| Aether theories |
|
|
B |
1.0
|
| Albert Abraham Michelson |
High |
|
B |
1.0
|
| Alcubierre drive |
|
|
B |
1.0
|
| Arthur Stanley Eddington |
High |
|
B |
1.0
|
| Acceleration |
High |
|
B |
1.0
|
| Accretion disc |
High |
|
B |
1.0
|
| Ball lightning |
Low |
|
B |
1.0
|
| Tachyon |
High |
|
B |
1.0
|
| Terminal velocity |
Mid |
|
B |
1.0
|
| Stephen Hawking |
High |
|
B |
1.0
|
| Nuclear fission |
Top |
|
B |
1.0
|
| Quasar |
High |
|
B |
1.0
|
| Visible spectrum |
High |
|
B |
1.0
|
| William Lawrence Bragg |
Mid |
|
B |
1.0
|
| Universe |
Top |
|
B |
1.0
|
| Twin paradox |
Mid |
|
B |
1.0
|
| Uncertainty principle |
High |
|
B |
1.0
|
| Mirror |
Mid |
|
B |
1.0
|
| Electromagnetic spectrum |
Top |
|
B |
1.0
|
| Ewald summation |
Low |
|
B |
1.0
|
| Diffuse sky radiation |
High |
|
B |
1.0
|
| Center of mass |
High |
|
B |
1.0
|
| Centripetal force |
High |
|
B |
1.0
|
| J. J. Thomson |
High |
|
B |
1.0
|
| Lapse rate |
|
|
B |
1.0
|
| Hertzsprung-Russell diagram |
High |
|
B |
1.0
|
| Fictitious force |
Mid |
|
B |
1.0
|
| Harmonic oscillator |
High |
|
B |
1.0
|
| Henry's law |
High |
|
A |
1.0
|
| Laser |
Top |
|
A |
1.0
|
| Partial pressure |
High |
|
A |
1.0
|
| Albert Einstein |
High |
|
A |
1.0
|
| Black hole |
Top |
|
A |
1.0
|
| Gravitation |
Top |
|
A |
1.0
|
| Physics |
Top |
|
A |
1.0
|
| Farad |
|
|
Start |
1.0
|
| Expanding earth theory |
Mid |
|
Start |
1.0
|
| Impact force |
High |
|
Start |
1.0
|
| Hafele-Keating experiment |
Mid |
|
Start |
1.0
|
| Diffuse reflection |
Mid |
|
Start |
1.0
|
| Computational physics |
High |
|
Start |
1.0
|
| Energy conversion efficiency |
|
|
Start |
1.0
|
| Double-slit experiment |
High |
|
Start |
1.0
|
| Korteweg–de Vries equation |
Low |
|
Start |
1.0
|
| Speed of gravity |
Low |
|
Start |
1.0
|
| Neutral density filter |
Low |
|
Start |
1.0
|
| Timeline of Fundamental Physics Discoveries |
|
|
Start |
1.0
|
| Sun dog |
Low |
|
Start |
1.0
|
| Lumen (unit) |
|
|
Start |
1.0
|
| List of basic physics topics |
High |
|
Start |
1.0
|
| Mole (unit) |
|
|
Start |
1.0
|
| Mechanics |
High |
|
Start |
1.0
|
| Alfred O. C. Nier |
|
|
Start |
1.0
|
| Absorptive refrigeration |
|
|
Start |
1.0
|
| Allais effect |
Mid |
|
Start |
1.0
|
| A Brief History of Time |
|
|
Start |
1.0
|
| Alan Tower Waterman |
|
|
Start |
1.0
|
| Aeroelasticity |
|
|
Start |
1.0
|
| Acousto-optic effect |
Low |
|
Start |
1.0
|
| Active galactic nucleus |
|
|
Start |
1.0
|
| Amal Kumar Raychaudhuri |
|
|
Start |
1.0
|
| Arago spot |
Mid |
|
Start |
1.0
|
| Anton Peterlin |
|
|
Start |
1.0
|
| Arthur Leonard Schawlow |
|
|
Start |
1.0
|
| Arrow of time |
Mid |
|
Start |
1.0
|
| Amplitude |
|
|
Start |
1.0
|
| Ampere |
|
|
Start |
1.0
|
| Antimatter catalyzed nuclear pulse propulsion |
|
|
Start |
1.0
|
| Andrew Noble |
|
|
Start |
1.0
|
