Cabbibo angle
CABIBBO 1963
capture, atomic electron, first evidence
ALVAREZ 1938
- cathode rays
-
-
- electron discovery
THOMSON 1897
-
- nature, material
THOMSON 1897
-
- negatively charged particles
PERRIN 1895
-
- phosphorescence
PERRIN 1895
-
- properties
PERRIN 1895
causality condition, quantum field theory
GELL-MANN 1954
GOLDBERGER 1955
KARPLUS 1955
causality condition, quantum theory
GOLDBERGER 1955B
- Chadwick
-
-
- deuteron photodisintegration
CHADWICK 1934
-
- neutral particles
CHADWICK 1914
-
- neutron
CHADWICK 1932
CHADWICK 1932B
-
- neutron mass
CHADWICK 1934
-
- strong interaction
CHADWICK 1921
- charge
-
-
- α rays, measurement
RUTHERFORD 1903
-
- conjugation, neutral particles behavior
GELL-MANN 1955
-
- independence, nuclear forces, hypothesis
BREIT 1936B
charge-parity nonconservation, weak decays
GARWIN 1957
- charmed
-
-
- baryon Σc(2455)+, first evidence
CALICCHIO 1980
-
- doubly strange baryon Ωc, first evidence
BIAGI 1985C
-
- hadrons, prediction
BJORKEN 1964
-
- quark existence, proposal
BJORKEN 1964
GLASHOW 1970
-
- strange antibaryon anti-Ξc(2460)o, first evidence
AVERY 1989C
-
- strange baryon Ξc(2460)+, first evidence
BIAGI 1983C
-
- strange baryon Ξc(2460)o, first evidence
AVERY 1989C
-
- strange mesons Ds*±, first evidence
BRANDELIK 1977D
-
- strange mesons Ds±, first evidence
BRANDELIK 1977D
- Vavilov- Cerenkov radiation
-
-
- evidence
CERENKOV 1934
-
- explanation
TAMM 1937
-
- theory, confirmation
CERENKOV 1937
-
- not a luminescence, evidences
VAVILOV 1934
Chew-Frautschi plot to classify hadrons
CHEW 1961
FRAUTSCHI 1962
Chew-Low model
CHEW 1956
classical electrodynamics, relativistic cut-off
FEYNMAN 1948
- classification
-
-
- hadrons
CHEW 1961
FRAUTSCHI 1962
GELL-MANN 1964
NISHIJIMA 1955
ZWEIG 1964
ZWEIG 1964B
-
- hadrons, SU(6)
GREENBERG 1964
GÜRSEY 1964
SAKITA 1964
-
- hadrons, conflict with Fermi statistics
GREENBERG 1964
-
- hadrons, resolution conflict with Fermi statistics
BOGOLYUBOV 1965
-
- Nishijima
NISHIJIMA 1955
- cloud chamber
-
-
- development
BLACKETT 1932
-
- first discovery with it
WILSON 1923
-
- invention
WILSON 1912
-
- multiplate (MIT)
BRIDGE 1955
-
- using with Geiger-Müller counters
BLACKETT 1932
Cockcroft-Walton, accelerator
COCKCROFT 1932
coincidence method, invention
BOTHE 1929
colliding beams, first idea of using
KERST 1956
color quantum number, introduction
BOGOLYUBOV 1965
colored quarks and gluons, hypothesis
BOGOLYUBOV 1965
complex orbital momenta, theory of scattering
REGGE 1959
REGGE 1960
composite model of pions, first
FERMI 1949
Compton effect
COMPTON 1923
-
- confirmation
WILSON 1923
condensation effect, monoatomic gases
EINSTEIN 1924
EINSTEIN 1925
configuration space of quantum states
FOCK 1932
- conservation
-
-
- CP
LANDAU 1957
PAIS 1957
-
- baryonic quantum number, invention
STÜCKELBERG 1938
-
- global laws
GURALNIK 1964
-
- laws, quantum mechanics
WIGNER 1927B
WIGNER 1932
-
- lepton number, hypothesis
NISHIJIMA 1957
-
- leptons
FEYNMAN 1958
-
- spatial parity, weak interaction
LEE 1956
-
- strangeness, Gell-Mann hadrons classification
GELL-MANN 1956
-
- strangeness, Nishijima classification
NISHIJIMA 1955
conserved vector current hypothesis, evidence
DUNAITSEV 1962
constituent quark model of hadrons
GELL-MANN 1964
ZWEIG 1964
ZWEIG 1964B
- continuous β spectrum
-
-
- confirmation
ELLIS 1927
ELLIS 1927B
-
- firm establishment
MEITNER 1930
-
- neutrino hypothesis
PAULI 1930
PAULI 1934
-
- observation
CHADWICK 1914
- corpuscular-wave dualism
-
-
-
DE BROGLIE 1923
-
- electron
DAVISSON 1927
DAVISSON 1927B
DE BROGLIE 1923
DE BROGLIE 1923B
THOMSON 1928
-
- photon
EINSTEIN 1906
correspondence principle, invention
BOHR 1918
- cosmic rays
-
-
- conclusive evidence
HESS 1912
-
- confirmation
HESS 1913
-
- firm establishment
HESS 1926
-
- ionizing particles
BOTHE 1929
-
- penetrating charged particles, confirmation
BLACKETT 1932
-
- shower
SKOBELZYN 1929
-
- shower, confirmation
BLACKETT 1933
cosmological upper bound on νμ mass
GERSHTEIN 1966
Cosmotron, first Vo particles production
FOWLER 1953C
Cowan, Ξ cascade decay
COWAN 1954
- CP conservation
-
-
- weak interaction, hypothesis
LANDAU 1957
-
- weak interaction, proposal to test
PAIS 1957
- CP violation
-
-
- KL semilepton decays, first evidence
BENNETT 1967
DORFAN 1967
-
- baryonic asymmetry, universe
SAKHAROV 1967
-
- evidence
CHRISTENSON 1964
-
- renormalizable theory
KOBAYASHI 1973B
-
- superweak theory
WOLFENSTEIN 1964
- CPT invariance
-
-
- local quantum field theory
LUDERS 1954
-
- test
VAN DYCK 1987
cumulative effect
BALDIN 1973
CVC hypothesis validity, first experimental evidence
DUNAITSEV 1962
- cyclotron
-
-
- further development
LAWRENCE 1932
-
- medical applications
LAWRENCE 1939
-
- phase stability principle
BROBECK 1947
-
- proposal
LAWRENCE 1931
-
- test
LAWRENCE 1931B
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