Category:Condensed matter physics
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English: Condensed matter physics is the field of physics that deals with the macroscopic physical properties of matter. In particular, it is concerned with the "condensed" phase matter, phases that appear whenever the number of constituents in a system is extremely large and the interactions between the constituents are strong. The most familiar examples of condensed phases are solids and liquids; more exotic condensed phases include the superfluid and the Bose-Einstein condensate, the superconducting phase, and the ferromagnetic and antiferromagnetic phases of spins on atomic lattices.
Podkategorie
Poniżej wyświetlono 31 spośród wszystkich 31 podkategorii tej kategorii.
A
B
- Binary collision approximation (3 pliki)
C
- Collision cascade (7 plików)
- Cryochemistry (1 plik)
E
F
- Frenkel–Kontorova model (1 plik)
I
L
M
- Magnetostriction (16 plików)
- Mössbauer effect (1 strona, 28 plików)
P
Q
R
S
V
W
Pliki w kategorii „Condensed matter physics”
Poniżej wyświetlono 165 spośród wszystkich 165 plików w tej kategorii.
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2d pc.png 572 × 474; 10 KB
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Aggregatie1-R00.svg 666 × 591; 9 KB
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ARPES - Cu(111) surface state - 21.22eV 300K.svg 359 × 353; 271 KB
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ARPES - sample and analyzer reference frames - normal emission.svg 976 × 521; 630 KB
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ARPES - sample and analyzer reference frames - polar and tilt change.svg 452 × 521; 519 KB
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ARPES - sample and analyzer reference frames - polar angle change.svg 452 × 521; 514 KB
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ARPES constant energy map near Fermi level given in momentum units.svg 470 × 325; 137 KB
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ARPES energy-analyzer angle map around normal emission angle.svg 338 × 315; 914 KB
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ARPES of renormalized π band of graphene and calculated bare band.svg 433 × 558; 136 KB
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ARPES setup - ultraviolet source - sample holder - electron analyzer.svg 794 × 544; 587 KB
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Aspen Center for Physics Smart Hall Photo Spring 2023.jpg 2048 × 1152; 919 KB
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Asymmetric ion track channels.jpg 670 × 669; 100 KB
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Aubryandre localizationlenght.svg 277 × 178; 24 KB
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Biexciton levels.png 383 × 266; 6 KB
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BlochWaves1D.svg 540 × 450; 75 KB
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Brendel-Bormann Oscillator Model.png 2216 × 1711; 133 KB
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CFT - High Spin Splitting Diagram.PNG 497 × 216; 4 KB
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Classical-quantum.png 3053 × 1987; 571 KB
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Condensed matter physics self-energy Feynman diagram.svg 273 × 213; 11 KB
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Conductivity of P doped Si versus doping.jpg 1088 × 1280; 52 KB
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Coordinates.png 431 × 292; 2 KB
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Cophonicity definition.png 2103 × 1551; 70 KB
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CriticalHyperplane.png 445 × 282; 3 KB
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Criticalradiusratio-id.png 840 × 467; 15 KB
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Criticalradiusratio.png 840 × 467; 19 KB
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CT Mott.svg 322 × 155; 28 KB
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Cu-Pt type ordering.JPG 506 × 268; 20 KB
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Dangling bonds in amorphous silicon.jpg 989 × 600; 100 KB
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DC Squid01.jpg 2016 × 1176; 933 KB
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Degrés de mobilité.svg 279 × 165; 12 KB
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DePriester Chart 1.JPG 571 × 749; 66 KB
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DePriester Chart 2.JPG 550 × 676; 67 KB
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E Burstein scan.jpg 1193 × 1495; 123 KB
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Edge states illustration.png 1257 × 936; 44 KB
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Electrical conductivity of Si doped with P.jpg 883 × 1280; 74 KB
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Electron spectrometer for ARPES, working principle.svg 542 × 700; 44 KB
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Electron trajectories in ARPES spectrometer lens (Phoibos 100).svg 1205 × 397; 11 KB
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Electronic band structure of graphene.svg 245 × 341; 657 KB
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Electronic nuclear stopping Al in Al.png 3384 × 2376; 27 KB
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Energieband.jpg 576 × 383; 24 KB
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Fermi liquid bcs loop.png 171 × 104; 4 KB
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Fermi-dirac-wiki.svg 630 × 520; 39 KB
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FermiLiquidSimpleKinematics.png 509 × 94; 9 KB
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FermiLiquidTreeLifetime.png 554 × 180; 19 KB
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File-Water droplet at DWR-coated surface1.jpg 1419 × 1104; 562 KB
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Forouhi-Bloomer Model.png 797 × 562; 40 KB
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Franck-Condon shift dangling bond in silicon.jpg 1814 × 1814; 222 KB
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Franz keldysh effekt absorption.svg 412 × 148; 44 KB
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Google Ngram Viewer diagram on complex matter terminology.png 2982 × 996; 188 KB
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Graphene - Geim - ambipolar FET.svg 209 × 210; 41 KB
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Graphene - Geim - Chiral half-integer quantum Hall effect.svg 220 × 188; 49 KB
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Graphene - Geim - Landau levels.svg 91 × 176; 19 KB
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Graphene moire on Ir(111) - schematic.svg 357 × 475; 1 KB
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Gurzhi effect.png 800 × 417; 32 KB
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H2SPTPS.png 6600 × 5100; 862 KB
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H2TPS.png 1000 × 700; 8 KB
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H8Si8O12.gif 775 × 404; 73 KB
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H8Si8O12.png 775 × 404; 26 KB
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Hemispherical electron energy analyzer for ARPES - main parts.svg 531 × 572; 50 KB
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Hemispherical electron energy analyzer working principle.svg 542 × 504; 42 KB
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HM Physicist.jpg 185 × 200; 7 KB
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HubbardTPS.png 6600 × 5100; 955 KB
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Hybridization.png 3507 × 2480; 40 KB
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Ic B dependence01.jpg 2928 × 1952; 683 KB
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Impact factor of ionazation in Si, Ge.svg 730 × 882; 2 KB
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Interaction rayonnement matiere incidence svg.svg 542 × 418; 89 KB
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Irradiation at ion accelerator.jpg 481 × 300; 19 KB
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Irradiation at nuclear reactor.jpg 631 × 264; 27 KB
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Irradiation by ion microbeam.jpg 545 × 254; 28 KB
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Irradiation by single ion.jpg 540 × 266; 23 KB
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Irradiation using radionuclide.jpg 576 × 217; 18 KB
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Jahn-Teller effect in octahedral complexes.png 567 × 852; 8 KB
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Jahn-Teller vaikutus oktaedrisissä komplekseissa.png 567 × 852; 8 KB
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Jorge V. José.jpg 1500 × 2100; 1,63 MB
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KAPP Photo EB.JPG 1024 × 683; 248 KB
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Kondo insulator.png 3507 × 2480; 28 KB
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Labeled LO and TO phonon energies at gamma for GaAs.png 417 × 498; 60 KB
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LAOSTO Above Critical Thickness.png 1519 × 828; 35 KB
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LAOSTO Below Critical Thickness.png 1521 × 673; 12 KB
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LAOSTO Interface.png 1364 × 570; 13 KB
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Linewidth.png 635 × 286; 11 KB
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Lorentz Oscillator Model.png 5105 × 3362; 364 KB
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LPoscNOW.jpg 863 × 793; 104 KB
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Ls ampl char natoceni.jpg 561 × 420; 17 KB
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Ls ampl char vychylka.jpg 561 × 420; 17 KB
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M. Cristina Marchetti by photographer Moumita Das.jpg 312 × 344; 15 KB
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Markus Rauber Exp 169p3 - 20.jpg 1280 × 1024; 127 KB
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Markus Rauber Exp 179 - 36.jpg 1280 × 1024; 199 KB
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Models osc.gif 200 × 429; 24 KB
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Moire of twisted bilayer graphene.svg 357 × 475; 1 KB
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N2 Wannier.png 900 × 1200; 226 KB
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Non-equilibrium for two length scales.png 896 × 755; 45 KB
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Ohmsketch.gif 271 × 220; 5 KB
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Optical Microresonator.png 2640 × 3736; 174 KB
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Phonovoltaic efficiency.png 1047 × 1059; 87 KB
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Photoelectric effect in a solid - diagram.svg 364 × 364; 8 KB
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Photoelectric effect measurement apparatus - microscopic picture.svg 283 × 455; 90 KB
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Piezophototronics.png 1319 × 1760; 138 KB
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Piezotronics1.png 1134 × 357; 22 KB
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Piezotronics2.png 829 × 687; 129 KB
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Point Contact01.jpg 2388 × 1484; 1,08 MB
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Poole-Frenkel.png 505 × 452; 16 KB
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Poole-Frenkel2.png 505 × 452; 19 KB
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Poole-Frenkel3.png 725 × 477; 34 KB
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Poole-Frenkel4 modified.png 741 × 467; 29 KB
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Programme of the conference in Évora, Portugal, 22 May - 2 June 1989.pdf 5810 × 7450; 2,12 MB
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Programme of the conference in Évora, Portugal, October 4-9, 1998.pdf 4708 × 6783; 1,62 MB
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Programme of the conference in Évora, Portugal, October 7-11, 1996.pdf 5604 × 8104; 2,14 MB
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Pseudofunción de onda (teoría Ginzburg-Landau).png 1260 × 960; 50 KB
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Ptychography experiment with visible light in a laboratory.jpg 1280 × 1065; 211 KB
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QBE Theory.pdf 900 × 600; 203 KB
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QBE Theory.svg 540 × 360; 587 KB
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QuantumPhaseTransition(zh-cn).png 745 × 570; 21 KB
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QuantumPhaseTransition.png 745 × 570; 66 KB
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Quasi-one dimensional topologies.png 898 × 1353; 277 KB
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R3s4 Ya35.tif 1024 × 768; 794 KB
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Randall-kamien.jpg 404 × 520; 124 KB
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Rauigkeit.png 881 × 1016; 20 KB
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Rdf schematic.jpg 411 × 375; 61 KB
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Reduced specific heat for KCl, TiO2, graphite 01.png 2107 × 1721; 299 KB
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Scanning tunneling microscope - tunneling - Density of states.svg 476 × 302; 33 KB
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Silicon conduction band ellipsoids.svg 450 × 439; 45 KB
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Specific heat of several glassy solids.png 1496 × 2098; 362 KB
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Spontaneouspolarization.png 481 × 350; 4 KB
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Superconducting rings01.jpg 2196 × 1272; 1,02 MB
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Surface reorganisation in silicon pairs dangling bonds.svg 512 × 498; 3 KB
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Tauc-Lorentz Model.png 808 × 553; 43 KB
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Tilted dirac cones.png 1920 × 990; 1,45 MB
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TiN DOS.tif 2211 × 1633; 10,33 MB
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Topological insulator informal phase diagram-en.svg 744 × 354; 794 bajtów
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Topological insulator informal phase diagram-ru.svg 744 × 354; 848 bajtów
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Topological insulator informal phase diagram.png 1361 × 637; 82 KB
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Track Etch Threshold and Thermal Conductivity.jpg 1019 × 936; 110 KB
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Two-dimensional schematic diagram of quartz, silica, and silica-based glass.png 2143 × 1344; 571 KB
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Unhybridized.png 3507 × 2480; 35 KB
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WanF-BaTiO3.png 622 × 681; 87 KB
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WF111-Anderson transition-multifractal.jpeg 904 × 1022; 258 KB
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Wigner-Seitz Cell.gif 480 × 522; 1,16 MB
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X-ray phytograph of part of a zone plate.jpg 1280 × 843; 216 KB
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X-ray ptychograph of a zone plate.jpg 1284 × 847; 877 KB
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Ефект вивертання пор.JPG 554 × 362; 38 KB
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Ефект вивертання пор2.JPG 613 × 544; 46 KB
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Инверсный слой.svg 854 × 836; 12 KB
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Коэффициент лавинного размножения в Si от Т.svg 722 × 625; 21 KB
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Лавинный пробой.png 1839 × 793; 17 KB
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Обогащенный слой.png 1092 × 896; 7 KB
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מעבר פאזה לא רציף.png 678 × 628; 11 KB
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מעבר פאזה רציף.png 678 × 628; 11 KB
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