Theorists in the 1970s posited a relationship between the particles that carry forces, like the photon that conveys electromagnetism or light, and the basic constituents of matter, electrons and quarks.
These attempts to describe the basic constituents of matter in the familiar language of fluid mechanics were at least atomic theories in contrast to the anti-atomistic movement at the end of the 19th century in Germany under the influence of Ernst Mach and Wilhelm Ostwald.
Supersymmetry was created by the physicists in the 1970's to give a unified treatment of fermions and bosons, the basic constituents of matter.
For heaven's sake, we not only cannot yet explain something as ubiquitous as gravity; we don't even know what the basic constituents of matter are, nor how much and what kind of fundamental energies exist.
Beeckman and Descartes brought to this work a commitment to atoms as the basic constituents of matter; as had ancient atomists, they attributed not only size, shape, and motion but also weight to those atoms (10 68).
So argues a team of physicists in the 1 September issue of Physical Review Letters, in which they present calculations of how a neutron star's spin would increase as its core changed into a soup of free quarks, the most basic constituent of most matter.
Provides an account for the general reader of what physicists have learned about the atomic nucleus, protons, neutrinos, and quarks - the basic constituents of all matter.
According to the Standard Model of particle physics, there are 12 elementary particles (the most basic constituents of ordinary matter) that have a quantum mechanical spin of half a unit.
Indeed, it would seem to be a basic constituent of human culture.
Many other archaeal species use proteins as the basic constituent of their walls, and some lack a rigid wall.
