<--- Back to Details
First PageDocument Content
De Broglie–Bohm theory / Quantum gravity / Introduction to quantum mechanics / Interpretations of quantum mechanics / Matter wave / Electron / Uncertainty principle / Dirac equation / Wave function / Physics / Quantum mechanics / Quantum field theory
Date: 2007-11-19 11:16:09
De Broglie–Bohm theory
Quantum gravity
Introduction to quantum mechanics
Interpretations of quantum mechanics
Matter wave
Electron
Uncertainty principle
Dirac equation
Wave function
Physics
Quantum mechanics
Quantum field theory

Add to Reading List

Source URL: aeons.eu

Download Document from Source Website

File Size: 130,22 KB

Share Document on Facebook

Similar Documents

Feshbach Resonances and the Control of the Group Velocity of Atoms Propagating Through a Bose Condensate - @let@token The Matter Wave equivalent of slow light.

DocID: 1u40m - View Document

For Application Development & Delivery Professionals The Forrester Wave™: Low-Code Development Platforms, Q2 2016 The 14 Providers That Matter Most And How They Stack Up by Clay Richardson and John R. Rymer

DocID: 1t6RH - View Document

Chemistry / Matter / Nature / Colloidal chemistry / Petroleum products / Petroleum / Motor oil / Ultrasound / Emulsion / Asphalt / Oil refinery

Barometr Regionalny Tom 13 nr 2 Wave Treatment of Oil Emulsions of Prykarpattya in Order to Decrease Oil Losses Taras Shumilin, Bogdan Tershak

DocID: 1rtXE - View Document

Physics / Optics / Electromagnetic radiation / Photonics / Waves / Quantum optics / Diffraction / Polarization / Wave / Matter wave / Coherence / Laser

HALDIA INSTITUTE OF TECHNOLOGY LECTURE / LESSON PLAN Department: PE Semester: First Paper Name: Physics - 1 Alloted Hour(s): 42

DocID: 1rntt - View Document

Physics / Nature / Radiation / Chemistry / Radioactivity / Nuclear physics / Electromagnetic spectrum / Electromagnetic radiation / Ionizing radiation / Gamma ray / X-ray / Spectroscopy

BiophysicsDentistry) List of requirements for the exam Structure of matter: Fundamental particles and forces; Wave properties of particles, quantum properties of waves; Quantum numbers; Emission, ionization and

DocID: 1rio1 - View Document