The progress in nanoelectronic technology in conjunction with the development of relatively high-temperature superconductors has permitted scientists and engineers to fabricate huge quantum computers that are able to performe trillions of calculations per msec....
The issue here is scale. Small objects are easy to superimpose but difficult to see the effects of gravity, while large-scale objects can be seen to disrupt space-time but cannot be superimposed. This is due to environmental disturbances that cause objects to collapse into a definite state. T...
Who developed the Theory of Relativity? Is energy conserved in general relativity? Why are general relativity and quantum mechanics incompatible? What causes space-time compression? What are the consequences of special relativity? What are the two postulates of special relativity?
Complementarily, underlying randomness was soon recognized as an important trait, which opened up the debate on completeness [18]. Randomness was later shown to enable the recovery of some quantum mechanics postulates as the Schrödinger equation [19], or some phenomenology as antiparticle [20]....
This result grounds the quantum-mechanical prohibition of arbitrarily accurate predictions on the assumption of no superluminal signalling, regardless of any postulates of quantum mechanics. It also sheds a new light on an early stage of the historical debate between Einstein and Bohr....
With the two postulates in mind, we realize that Hunter observes time dilation for John's outgoing trip. Thus, if John records 12 hours, Hunter will record 15 hours. Remember that at 60% the speed of light, the time dilation will be 80%. Therefore, if John records his time to be 12...
10 dimensions. Over the years, multiple variants of string theory have emerged, all attempting to provide a theory of everything that explains how the universe works, with the goal of uniting general relativity andquantum mechanics. Of these variants, five theories are considered the most viable....
This insight predated quantum mechanics, which postulates that the very small-scale particles (electrons, for example), are governed by the uncertainty principle—a concept that introduced randomness as a fundamental property of the Universe. In this respect, was Homer cultivating the fundamental inter...
What is the fundamental assumption behind quantum mechanics? What is electron flow theory? What is the wave-particle duality of electrons? What is the Bohr model for neon? What do electrons do in quantum physics? What are quantum particles?
Assumptions can be questioned and tested, whereas postulates are generally accepted as the foundation for further exploration and understanding. 8 In the realm of mathematics, postulates are established to define the basis of a mathematical system, like Euclid's postulates in geometry, which lay the...