THEORETICAL PHYSICIST ALI OVGUN
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    • PHYS 101 PHYSICS I
    • PHYS 102 PHYSICS II
    • PHYS 111 PHARMACY
    • FIZK 103+201 FIZIK 1
    • FIZK 104 FIZIK 2
    • FIZK 105 FIZIK RADYOTERAPI
    • FIZK 109 FIZIKTEDAVI
    • PHYS 201 Modern Physics (PHYSICS III)
    • FIZK 202
    • FIZK 203
    • FIZK 205
    • PHYS 324 INTRODUCTION TO GENERAL RELATIVITY
    • PHYS 472 NUCLEAR AND PARTICLE PHYSICS
    • PHYS 503 COSMOLOGY
    • PHYS511 Mathematical Methods for Engineers and Scientists-I
    • PHYS521 Classical Mechanics-I
    • PHYS522 Electromagnetic Theory-I
    • PHYS603 Selected Topics in General Relativity - I
    • PHYS621 Classical Mechanics-II
    • PHYS622 Electromagnetic Theory-II
    • TIMETABLE
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​PHYS 472 INTRODUCTION TO NUCLEAR AND PARTICLE PHYSICS

PHYS472 Course Outline (PDF)
Picture


​Textbooks

​ The Basics of Nuclear and Particle Physics, Alexander Belyaev and Douglas Ross (2022) Springer. 
(AVAILABLE IN EMU DENIZ BOOKSTORE)
​

Grading: 
Midterm Exam 40%
Final Exam 50%
Quizes 10%




19th century

1815 - William Prout hypothesizes that all matter is built up from hydrogen, adumbrating the proton;
1838 - Richard Laming hypothesized a subatomic particle carrying electric charge;
1858 - Julius Plücker produced Cathode rays;
1874 - George Johnstone Stoney hypothesizes a minimum unit of electric charge. In 1891, he coins the word electron for it;
1886 - Eugene Goldstein produced Anode rays;
1897 - J. J. Thomson discovered the electron;
1899 - Ernest Rutherford discovered the alpha and beta particles emitted by uranium;
1900 - Paul Villard discovered the Gamma ray in uranium decay.
20th century
1905 - Albert Einstein hypothesized the photon to explain the photoelectric effect.
1911 - Ernest Rutherford discovered the nucleus of an atom;
1919 - Ernest Rutherford discovered the proton;
1928 - Paul Dirac postulated the existence of positrons as a consequence of the Dirac equation;
1930 - Wolfgang Pauli postulated the neutrino to explain the energy spectrum of beta decays;
1932 - James Chadwick discovered the Neutron;
1932 - Carl D. Anderson discovered the Positron;
1935 - Hideki Yukawa predicted the existence of mesons as the carrier particles of the strong nuclear force;
1936 - Carl D. Anderson discovered the muon while he studied cosmic radiation;
1947 - George Dixon Rochester and Clifford Charles Butler discovered the Kaon, the first strange particle;
1947 - Cecil Powell, Cesar Lattes and Giuseppe Occhialini discovered the pion;
1955 - Owen Chamberlain, Emilio Segre, Clyde Wiegand, and Thomas Ypsilantis discovered the Antiproton;
1956 - Clyde Cowan and Frederick Reines discovered the neutrino;
1957 - Bruno Pontecorvo postulated the flavor oscillation;
1962 - Leon M. Lederman, Melvin Schwartz and Jack Steinberger discovered the muon neutrino;
1967 - Bruno Pontecorvo postulated the Neutrino oscillation;
1974 - Burton Richter and Samuel Ting discovered the J/ψ particle;
1977 - Upsilon particle discovered at Fermilab, demonstrating the existence of the bottom quark;
1977 - Martin Lewis Perl discovered the Tau lepton after a series of experiments;
1979 - Gluon observed indirectly in three jet events at DESY;
1983 - Carlo Rubbia and Simon van der Meer discovered the W and Z bosons;
1995 - Top quark discovered at Fermilab;
2000 - Tau neutrino proved distinct from other neutrinos at Fermilab.
2012 - Higgs-Boson-like particle discovered at CERN's Large Hadron Collider (LHC).

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  • Home
  • CV
  • Bio
  • Research
    • Awards
    • Research Areas
    • Google Scholar
    • Publons
    • INSPIREHEP
    • Arxiv
    • SCOPUS
    • ORCID
    • Yok Akademik
    • Kudos
    • Talks
    • ResearchGate
    • NC Black Hole Physics Center
  • Publications
  • Teaching
    • PHYS 101 PHYSICS I
    • PHYS 102 PHYSICS II
    • PHYS 111 PHARMACY
    • FIZK 103+201 FIZIK 1
    • FIZK 104 FIZIK 2
    • FIZK 105 FIZIK RADYOTERAPI
    • FIZK 109 FIZIKTEDAVI
    • PHYS 201 Modern Physics (PHYSICS III)
    • FIZK 202
    • FIZK 203
    • FIZK 205
    • PHYS 324 INTRODUCTION TO GENERAL RELATIVITY
    • PHYS 472 NUCLEAR AND PARTICLE PHYSICS
    • PHYS 503 COSMOLOGY
    • PHYS511 Mathematical Methods for Engineers and Scientists-I
    • PHYS521 Classical Mechanics-I
    • PHYS522 Electromagnetic Theory-I
    • PHYS603 Selected Topics in General Relativity - I
    • PHYS621 Classical Mechanics-II
    • PHYS622 Electromagnetic Theory-II
    • TIMETABLE
  • Press/Media
    • Photos
  • Contact