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(1564-1642)
Formulated the first laws on motion. In the field of astronomy, it is worth highlighting the empirical confirmation of the heliocentric model of the universe -
(1643-1727)
He create the laws of motion, the law of universal gravitation and the theory of color. -
(1831- 1879)
The contribution he made was the Electromagnetic Theory. This theory says that light, magnetism and electricity are part of the same field, called electromagnetic, and in which they move and propagate in transverse waves. -
(1871-1973)
• He discovered alpha and beta radioactivity.
• He discovered that atoms were not indestructible.
• He formulated an atomic model of the atom.
• He invented a radio wave detector.
• He discovered the atomic nucleus.
• He discovered the proton.
• He theorized the existence of the neutron.
• Father of nuclear physics. -
(1879- 1955)
• Theory of special relativity. ...
• The photoelectric effect. ...
• Equation E = MC² ...
• Theory of general relativity. ...
• Unified field theory. ...
• Study of gravitational waves. ...
• Movement of the Universe. ...
• Brownian movement -
(1885-1962)
proposed a model of the atom in which the electron could occupy only certain orbits around the nucleus. -
(1887-1961)
his contribution to the development of quantum mechanics. His research included important studies on atomic spectra, statistical thermodynamics, and wave mechanics. -
(1901-1976)
his contribution to the theory of atomic structure, The physical principles of quantum theory, Cosmic radiation, Physics and philosophy and Introduction to the unified theory of elementary particles. -
(1902-1984)
He formulated the Dirac equation that describes the behavior of fermions and with which he predicted the existence of antimatter. -
(1918-1988)
He invented the Feynman diagrams. especially 'renormalization', in quantum electrodynamics, in 1965 he was awarded the Nobel Prize in Physics,
