paraquark model
GREENBERG 1964
parastatistics for quarks
GREENBERG 1964
- parity nonconservation, weak interaction
-
-
- confirmation
FRIEDMAN 1957
GARWIN 1957
-
- first evidence
WU 1957
-
- neutrino mass
SALAM 1957
-
- neutrino two-component theory
LANDAU 1957B
LEE 1957B
-
- proposal to test
LEE 1956
ZELDOVICH 1959
-
- weak decays, confirmation
FRAUENFELDER 1957
parity, invention
WIGNER 1927B
particle energy loss, ionization
LANDAU 1944
particle physics data, first collection
BARKAS 1958
particle properties data, first review
GELL-MANN 1957
particle-antiparticle conjugation
LUDERS 1954
- partonic model
-
-
- Gribov-Lipatov evolution equations
GRIBOV 1972
path integral formalism, quantum mechanics, invention
FEYNMAN 1948C
- Pauli
-
-
- exclusion principle
PAULI 1925
-
- neutrino
PAULI 1934
-
- principle
FERMI 1926
FERMI 1926B
PAULI 1925B
-
- spin and statistics
PAULI 1940B
penetrating charged particles, cosmic rays, confirmation
BLACKETT 1932
Perrin, cathode rays
PERRIN 1895
perturbation theory
SCHRÖDINGER 1926D
- phase stability principle
-
-
- implementation
BROBECK 1947
-
- invention
MCMILLAN 1945
VEKSLER 1944
- φ meson
-
-
- e– e+ decay
ASTVACATUROV 1968
- φ meson
-
-
- confirmation
SCHLEIN 1963
-
- firm establishment
CONNOLLY 1963
-
- first evidence
BERTANZA 1962D
- photodisintegration
-
-
- deuteron, evidence
CHADWICK 1934
- photoelectric effect
-
-
- explanation
EINSTEIN 1906
-
- law
EINSTEIN 1905
-
- quantum hypothesis
EINSTEIN 1905
EINSTEIN 1906
MILLIKAN 1916
photographic emulsion method
BROWN 1949B
BROWN 1949B
LATTES 1947
LATTES 1947B
OCCHIALINI 1947
PERKINS 1947
- photon
-
-
- corpuscular-wave dualism
EINSTEIN 1906
-
- elementary particle
WILSON 1923
-
- elementary particle, direct confirmation
COMPTON 1923
-
- elementary particle, first evidence
STARK 1909
-
- statistics
BOSE 1924
- pion
-
-
- β decay, confirmation
IMPEDUGLIA 1958
-
- β decay, first evidence
FAZZINI 1958
-
- first composite model
FERMI 1949
-
- mediator of strong interactions
YUKAWA 1935
-
- production by accelerator, first
BURFENING 1949
- π+ β decay
-
-
- , first observation
DUNAITSEV 1962
- π+
-
-
- spin = 0
CLARK 1951
-
- spin = 0, first evidence
DURBIN 1951C
- π–
-
-
- confirmation
LATTES 1947B
OCCHIALINI 1947
-
- first indication
PERKINS 1947
-
- odd parity, confirmation
BRUECKNER 1951
-
- parity, direct determination
PANOFSKY 1951
- pion-nucleon
-
-
- interaction, static model
CHEW 1956
-
- scattering, dispersion relations
GOLDBERGER 1955B
- pion-pion
-
-
- correlations
GOLDHABER 1959
-
- interactions, method for extraction
CHEW 1959
GOEBEL 1958
-
- system, J = 1 and T = 1 resonance, prediction
BOWCOCK 1961
-
- system, J = 1 and T = 1 resonance, prediction
FRAZER 1960
- πo
-
-
- confirmation
CARLSON 1950
PANOFSKY 1951
-
- first evidence
BJORKLUND 1950
-
- lifetime, first conclusive measurements
GLASSER 1961
-
- lifetime, first estimation
CARLSON 1950
-
- odd parity, first direct determination
PLANO 1959
-
- odd parity, first evidence
CHINOWSKY 1955
-
- production by photons, first evidence
STEINBERGER 1950
πo-π– mass difference
PANOFSKY 1951
- Planck
-
-
- constant
BOHR 1913B
-
- constant, measurement
MILLIKAN 1916
-
- energy quanta
PLANCK 1900B
-
- quantum hypothesis
PLANCK 1901
-
- radiation law
BOSE 1924
PLANCK 1900
Poincare relativity theory
POINCARE 1905
Pomeranchuk theorem
POMERANCHUK 1958
positive particles as electron sea holes
DIRAC 1930
DIRAC 1931
- positron
-
-
- confirmation
BLACKETT 1933
-
- discovery
ANDERSON 1933
-
- first evidence
ANDERSON 1932
-
- g-2 factor
VAN DYCK 1987
-
- magnetic moment
VAN DYCK 1987
-
- prediction
DIRAC 1931
potential barrier, tunneling
GAMOW 1928
pressure of light
LEBEDEV 1901
principle of relativity
EINSTEIN 1905B
POINCARE 1905
- proton
-
-
- as electron sea hole, difficulties
TAMM 1930
-
- discovery
RUTHERFORD 1919
-
- electromagnetic radius, first measurement
MCALLISTER 1956
-
- electromagnetic structure
MCALLISTER 1956
-
- first indication
RUTHERFORD 1913
-
- magnetic moment, first measurement
FRISCH 1933
-
- magnetic moment, further measurement
ESTERMAN 1933
-
- magnetic moment, measurement
KELLOGG 1939
-
- polarizability, estimation
BALDIN 1960
-
- polarizability, measurement
GOLDANSKY 1960
-
- spin is 1/2
DENNISON 1927
- J /ψ(1S)
-
-
- confirmation
BACCI 1974
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