Sentences with phrase «subatomic realm»

The phrase "subatomic realm" refers to the extremely tiny world that exists within atoms. It describes the study of particles, such as protons, neutrons, and electrons, which are the building blocks of matter. Full definition
The realm is described by former Ant - Man Dr. Hank Pym as an inescapable subatomic realm «where all concepts of time and space are irrelevant.»
When physicists investigated the subatomic realm, however, they discovered that the principle of least action is just a limiting case of the much more subtle and sophisticated path integral principle, which is the basis of quantum mechanics, as Richard Feynman showed in the 1940s.
The succession of scientific discoveries and revolutions in physics over the last 500 years have led to fundamental paradigm shifts (Kuhn, The Structure of Scientific Revolutions, 1962) in the way that science conceives of the reality of this universe both on the cosmological scale and in the subatomic realm, and perhaps even beyond this universe.
In one model, cosmologists propose that dark energy emerges from the fuzzy laws of quantum physics, which govern the subatomic realm.
WHETHER we are searching the cosmos or probing the subatomic realm, our most successful theories lead to the inescapable conclusion that our universe is just a speck in a vast sea of universes.
Perhaps the most far - reaching aspect of Barbour's view of gravity is that it could reconcile general relativity and quantum mechanics, the physics of the subatomic realm, marking a major step toward the long - sought theory of everything.
Einstein also failed to deliver an all - encompassing theory of «quantum gravity» — one that reconciled the laws of gravity observed on the scale of stars and galaxies with the laws of quantum mechanics, the branch of physics that explains the behavior of particles in the subatomic realm.
Reviewing the evidence at Polkinghorne's birthday conference at Oxford last July, Russell concluded that the best place to seek scientific support for God is in quantum mechanics, the physical laws describing the subatomic realm.
A new, epic voyage through all known scales of reality charts the outer limits of existence, from the edge of the observable universe to the subatomic realm
Quantum computers — machines that make use of the strange properties of the subatomic realm — will be versatile and powerful, scientists hope, but today's versions take a painstaking six hours to boot up.
The mysteries that still swirl around this jewel of the subatomic realm were too tantalizing to resist.
We can explore into the subatomic realm and achieve teleportation — real, actual teleportation.
The 100 - year - old theory has stood the test of time but it still conflicts with the theory of quantum mechanics that rules over the subatomic realm.
The vast majority of physicists today believe that the subatomic realm really is, in some sense, unknowable.
That link between black holes and the Big Bang hooks into one of the most pressing mysteries of modern physics: reconciling the laws that govern the large - scale world we inhabit and those governing the invisible, subatomic realm.
Physics is dominated by dual theoretical systems: quantum mechanics for the subatomic realm, relativity for cosmic scales.
A guide to the subatomic realm uses the metaphor of a painter's palette, with protons, neutrons and electrons as primary colors and more exotic particles adding new shades.
But the dark stuff itself has yet to be detected, either directly, in particle physics laboratories as a new subatomic particle, via neutrino telescopes also operating in the subatomic realm, or with concrete evidence of such hidden matter using telescopes operating in the electromagnetic spectrum.
The mass of an electron appears prominently in many of the fundamental laws that govern the subatomic realm, yet direct measurement has been complicated by the particle's scrawny mass.
Microscopic black holes could provide a window into the quantum world, the subatomic realm where the most intractable puzzles of physics remain.
Equations describing the quantum world are generally confined to the subatomic realm — the mathematics relevant at very small scales is not relevant at larger scales, and vice versa.
Join her on a dark and strange journey through the unsolved mysteries of the subatomic realm on her way towards regaining clarity.
They relate to the vast, incomprehensible galaxy - filled universe and the subatomic realm of theoretical physics.
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