-
Matrix Mechanics
An advanced Quantum mechanical system in which mathematical formulation was based on the frequencies and amplitudes of the absorbed and emitted radiation by the atom and on the analysis of the energy levels of the atom. The atomic system. In other words this system was also used to show the mathematical relationship to explain spectral lines. -
The Uncertainty Principle
A quantum mechanics principle which states that it is impossible to determine with arbitrarily high accuracy both the position and momentum (essentially velocity) of a subatomic particle like the electron. -
Nobel Prize in Physics
He was awarded the Nobel Prize in Physics, which cited not only his work on quantum theory but also his work in nuclear physics. There in which he predicted the subsequently verified existence of two allotropic forms of molecular hydrogen, differing in their values of nuclear spin. -
Yukawa Theory of Nuclear Forces
Written by Heisenberg on the discussion and the possibilities of calculations on Spin dependency and Saturation of nuclear forces by means of vector fields, or pseudo-scalar fields. -
Quantum Theory of Fields and Elementary Particles
This article gives a general discussion of
the problems arising in a theory of elementary
particles. These papers deal with a special model for the theory of
elementary particles that has been constructed to show
some of the main features of such a theory; the author
believes that the model does in fact represent a system
of elementary particles and their interactions in a
manner qualitatively suitable also for the real system
of particles. -
Physics and Philosophy
-
Physics and Beyond