Planck's quantum hypothesis

Thomson Atomic Model

Artificial nuclear reaction and discovery of Proton

Discovery of cosmic background radiation

Discovery of Neutrons Stars

Dark Energy and Accelerated Expansion of the Universe

WMAP Satellite

Planck Satellite

Baryon acoustic oscillations

Gravitational waves of two black holes

Gravitational waves of two neutron stars

Arthur H. Compton and Charles T. R. Wilson share the Nobel Prize

Compton Effect

de Broglie hypothesis

de Broglie receives the Nobel Prize

Heisenberg's quantum mechanics

Heisenberg receives Nobel Prize

Schrödinger and Dirac share the Nobel Prize

Schrödinger's Quantum Mechanics

Wave–particle duality

Discovery of Atomic Nucleus and Rutherford model of the atom

G. P. Thomson and C. J. Davisson share the Nobel Prize

Spin and the Stern-Gerlach experiment

Otto Stern receives the Nobel Prize

Relativistic quantum mechanics

Separation of Radium by Marie and Pierre Curie

Applications of quantum mechanics

Prediction of Neutrino

Experimental discovery of Neutrino

Alpha decay theory

Cyclotron

Planck receives Nobel Prize

Fermi theory of beta decay

Hideki Yukawa receives the Nobel Prize

Enrico Fermi receives the Nobel Prize

Ernest O. Lawrence receives Nobel Prize

Wolfgang Pauli receives Nobel Prize

Nuclear Strong Interaction Theory

Nuclear Fusion Theory

Nuclear Fission

First reaction of Nuclear Fission

Atomic Bomb

J. J. Thomson receives Nobel Prize

The Nuclear Shell Model

Wigner, Mayer and Jensen share the Nobel Prize

Nuclear collective model

Bohr, Mottelson and Rainwater received the Nobel Prize

Hydrogen bomb

First Positron Emission Tomography at Brookhaven

Structure of Proton using the SLAC Laboratory

Classification of crystalline symmetries

Hall Effect

Drude and Lorentz model on electric conduction

Bohr's atomic model

Discovery of mercury superconductivity by Onnes

H. K. Onnes receives the Nobel Prize

Max von Laue receives the Nobel Prize

Sir W. H. Bragg and W. L. Bragg share Nobel Prize

Sir C. V. Raman receives the Nobel Prize

Shockley, Bardeen and Brattain share Nobel Prize

L. D. Landau receives the Nobel Prize

Bardeen, Cooper and Schrieffer share the Nobel Prize

H. Bethe receives the Nobel Prize

M. Gell-Mann receives the Nobel Prize

Niels Bohr receives the Nobel Prize

Study of Crystals using X-rays by W.H. & W.L. Bragg

Discovery of X-ray diffraction by Crystals by Van Laue

Raman scattering

Quantum Theory in Solids

Transistor Effect

The superconductivity theory of Ginzburg-Landau

Theory of Superconductivity BCS

Josephson Effect tunneling in superconductors

Density Functional Theory

Superfluid helium-3

Ernest Rutherford receives the Nobel Prize

Liquid Crystal Theory

Integer and Fractional Quantum Hall Effect

Discovery of Quasi-crystals

Fullerene 60

High-temperature superconductivity

Giant magnetoresistance

Carbon nanotube

Discovering Graphene

Excitonium

The Quantum Electrodynamics

Marie and Pierre Curie receive the Nobel Prize

Electroweak interaction

Glashow, Salam and Weinberg recives the Nobel Prize

The quark model

Asymptotic freedom

D. J. Gross, H. D. Politzer and F. Wilczek receive the Nobel Prize

Tau Lepton

M. L. Perl and F. Reines receive the Nobel Prize

Discovery of Muon neutrino

Discovery of carrier particles of weak force W and Z

L. M. Lederman, M. Schwartz and J. Steinberger receive the Nobel Prize

Marie Curie receives the Nobel Prize

C. Rubbia and S. van der Meer receive the Nobel Prize

The Higgs boson

F. Englert and P. W. Higgs receive the Nobel Prize

The Great Debate

Lemaître theory of the expansion of the Universe

Expansion of the universe

Dark Matter

Prediction of Neutron Stars

Galaxy rotation curve

Primordial Nucleosynthesis

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Theoretical and experimental evolution of Quantum Mechanics.

Quantum Mechanics

Nuclear physics is the field of physics that studies atomic nuclei and their constituents and interactions.

Nuclear Physics

Is the field of physics that deals with the macroscopic and microscopic physical properties of matter with the "condensed" phases that appear whenever the number of constituents in a system is large and the interactions between the constituents  are strong

Condensed Matter Physics

Field Theory in Particle Physics is the use of relativistic field theory in particle physics.

Field Theory and Particle Physics

Celestial bodies and phenomena that originate outside the Earth. Evolution, physics, chemistry and the movement of celestial objects. The formation and development of the Universe; origin, structure and evolution from the application of scientific methods.

Astronomy and Cosmology

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Physics

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