Physics Subject Headings - Physh

  1. Home
  2. B: 149 terms
  1. Bacteria
  2. Bacterial film USE Biofilms
  3. Bacterial infections
  4. Ballistic transport
  5. Ballooning instability
  6. Band gap
  7. Band structure USE Electronic structure
  8. Band structure methods
  9. Barabasi-Albert model
  10. Barabasi-Albert network
  11. Bardeen-Cooper-Schrieffer theory USE BCS theory
  12. Baryogenesis & leptogenesis
  13. Baryon & lepton number symmetries
  14. Baryons
  15. Basis sets
  16. Batteries
  17. Bayesian methods
  18. bcc USE Body-centered cubic
  19. BCS theory
  20. Bead-spring models
  21. Beam code development & simulation techniques
  22. Beam control
  23. Beam cooling
  24. Beam countermeasures
  25. Beam diagnostics
  26. Beam dynamics
  27. Beam halos
  28. Beam impedance
  29. Beam injection, extraction & transport
  30. Beam instabilities
  31. Beam loss
  32. Beam optics
  33. Beam optics correction schemes
  34. Beam optics transport
  35. Beam polarization
  36. Beam processes
  37. Beam resonances
  38. Beam splitters
  39. Beam techniques
  40. Beam tracking
  41. Beam-plasma instability
  42. Beauty quark USE Bottom quark
  43. BEC USE Bose-Einstein condensates
  44. BEC-BCS crossover
  45. Bell's inequalities USE Quantum nonlocality
  46. Bend & torsion tests
  47. Bending
  48. Bent-core liquid crystals
  49. Berezinskii-Kosterlitz-Thouless transition USE BKT transition
  50. Bernstein plasma waves
  51. Berry phase USE Geometric & topological phases
  52. Bessel beams USE Spatial profiles of optical beams
  53. Beta decay
  54. Bethe ansatz
  55. Bethe-Salpeter equation
  56. Betweenness
  57. Biaxial liquid crystals
  58. Biexcitons
  59. Bifurcation analysis
  60. Bifurcations
  61. Big bang nucleosynthesis
  62. Bilayer films
  63. Bilayers
  64. Billiards
  65. Bimolecular conformation
  66. Binary fluids
  67. Binary stars
  68. Binding energy & masses
  69. Binocular vision
  70. Bioacoustics
  71. Biochemistry
  72. Biofilms
  73. Bioinformatics
  74. Biological aging
  75. Biological complexity
  76. Biological fluid dynamics
  77. Biological liquid crystals
  78. Biological materials
  79. Biological movement
  80. Biological network methods
  81. Biological networks
  82. Biological optics
  83. Biological Physics
  84. Bioluminescence
  85. Biomechanics
  86. Biomimetic & bio-inspired materials
  87. Biomolecular dynamics
  88. Biomolecular interactions
  89. Biomolecular optics
  90. Biomolecular processes
  91. Biomolecular self-assembly
  92. Biomolecular structure
  93. Biomolecule structure, properties, & interactions USE Biomolecular processes
  94. Biomolecules
  95. Bipartite graphs
  96. Birds
  97. Birefringence
  98. bit commitment USE Quantum cryptography
  99. BKT transition
  100. Bloch wave theory
  101. Bloch-Floquet theorem
  102. Block copolymers
  103. Block models
  104. Blood
  105. Blood brain barrier
  106. Blood plasma
  107. BLS USE Brillouin light spectroscopy
  108. Body & organ systems
  109. Body-centered cubic
  110. Bogoliubov-de Gennes equations
  111. Boltzmann theory
  112. Bone densitometry
  113. Boojums
  114. Boolean satisfiability problem
  115. Bose gases
  116. Bose-Einstein condensates
  117. Bose-Fermi mixtures
  118. Bose-Hubbard model
  119. Boson sampling
  120. Bosonization
  121. Bosons
  122. Bottom baryons
  123. Bottom mesons
  124. Bottom quark
  125. Bound states
  126. Boundary layer receptivity, stability & separation
  127. Boundary layers
  128. Bragg spectroscopy
  129. Bragg structures
  130. Brain
  131. Brain network
  132. Branching fraction
  133. Braneworlds
  134. Breakup reactions
  135. Breathers
  136. Brewster reflection spectroscopy
  137. Brewster's angle
  138. Brillouin light spectroscopy
  139. Brillouin scattering & spectroscopy
  140. Brownian dynamics
  141. Brownian motion
  142. Brush polymer
  143. BSE USE Bethe-Salpeter equation
  144. Bubble rupture
  145. Bubbly flows & cavitation
  146. Buckling
  147. Buckyball USE Fullerenes
  148. Buneman instability
  149. Buneman waves