"विज्ञान के नियम" (अनुभाग) सम्पादित करें

== क्वाण्टम नियम ==
'''[[प्रमात्रा यान्त्रिकी|क्वाण्टम यांत्रिकी]]'''
:* [[हाइजेनबर्ग का अनिश्चितता का सिद्धान्त]] - [[स्थिति]] की [[अनिश्चितता]] एवं [[संवेग]] की अनिश्चितता का गुणनफल 'परिवर्तित (reduced) प्लैंक नियतांक' के आधे के बराबर या उससे अधिक होता है।
:*: <math>\Delta x \Delta p  \ge \frac{\hbar}{2} </math>
:* [[Matter wave]]length - Laid the foundations of [[particle-wave duality]] and was the key idea in the Schrödinger equation.
:*: <math> \lambda = \frac {hc}{mc^2} = \frac {h}{mc} = \frac {h}{p}</math>
:* [[Schrödinger equation]] - Describes the time dependence of a quantum mechanical system.
:*: <math> H(t) \left| \psi (t) \right\rangle = i \hbar {\partial\over\partial t} \left| \psi (t) \right\rangle</math>
:*: The [[Hamiltonian (quantum mechanics)|Hamiltonian]] ''H''(''t'') is a [[self-adjoint operator]] acting on the state space, <math>\psi (t)</math> is the instantaneous [[state vector]] at time ''t'', ''i'' is the [[imaginary number|unit imaginary number]], <math>\hbar</math> is [[Planck's constant]] divided by 2π

It is thought that the successful integration of [[Einstein's field equations]] with the [[uncertainty principle]] and [[Schrödinger equation]], something no one has achieved so far with a testable [[theory]], will lead to a theory of [[quantum gravity]], the most basic physical law sought after today.