Heisenberg and radical theoretic change

Rachida Aïssaoui, John Amis

V.V. Khitrintseva, V.Ya. Prudnikov, В. В. Хитринцева +1 more

The Monte Carlo study of structural disorder influence on nonequilibrium critical behavior of three-dimensional anisotropic Heisenberg model has performed. It is shown that presence of disorder leads to radically changes of characteristics of nonequilibrium critical behavior of this model.

Leonard Eisenbud

Patrick A. Heelan

Milan R. Pantić

A hundred years ago, physics underwent one of its most dramatic transformations - a paradigm shift that fundamentally changed our understanding of nature. Over the course of several revolutionary months in 1925 and early 1926, quantum mechanics emerged as a new, foundational theory of the microscopic world. With the publication of key papers by Werner Heisenberg and Erwin Schrödinger, the theoretical framework was established that radically redefined our perception of physical reality. These works demonstrated that atoms and subatomic particles do not obey the laws of classical mechanics, but instead follow entirely new, quantum laws. Born in those intense months, quantum mechanics became one of the cornerstones of modern physics and a lasting source of inspiration in both theoretical and applied sciences. This paradigmatic shift opened new avenues of research and laid the groundwork for scientific discoveries that continue to shape our understanding of nature today. This paper is dedicated to those pivotal historical moments - the months in which science made one of its deepest leaps and most consequential strides in comprehending the world.