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Antenna Basics
Antenna Basics

... on charge.2 The radiation is perpendicular to the acceleration, and the radiated power is proportional to the square of İL or Q v̇. The two-wire transmission line in Fig. 2–1a is connected to a radio-frequency generator (or transmitter). Along the uniform part of the line, energy is guided as a pla ...
Modeling of Microwave Absorption Mechanisms in
Modeling of Microwave Absorption Mechanisms in

Problem 19.1 The moment of inertia of the rotor of the medical
Problem 19.1 The moment of inertia of the rotor of the medical

Introduction to particle physics
Introduction to particle physics

Modelling the multifaceted physics of metallic dust and
Modelling the multifaceted physics of metallic dust and

... significant positive currents to the dust. Those strongly impact charging dynamics, and the dust potential may become positive with respect to the plasma potential. • Dust particles typically sample a wide range of plasma conditions along their trajectory, so that their evolution is driven by strongl ...
From Quantum Gates to Quantum Learning: recent research and
From Quantum Gates to Quantum Learning: recent research and

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Plasma Process 8 she..

On a measurement-free quantum lambda calculus with classical
On a measurement-free quantum lambda calculus with classical

... 3 quantum reductions, applying unitary transformations to the quantum register. We think that standardisation sheds some further light on the dynamics of quantum computation. The expressiveness study. An important issue is the real expressive power of the proposed calculus. In particular, what is th ...
Three Puzzles about Bohr`s Correspondence Principle
Three Puzzles about Bohr`s Correspondence Principle

Marking Period 1 Marking Period 3 Unit 1 – Thermodynamics 21
Marking Period 1 Marking Period 3 Unit 1 – Thermodynamics 21

The Quantum IO Monad - School of Computer Science
The Quantum IO Monad - School of Computer Science

conference on the foundations of quantum mechanics xavier
conference on the foundations of quantum mechanics xavier

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pulsed, pure

An introduction to Quantum Complexity
An introduction to Quantum Complexity

Chapter 9 Rotation
Chapter 9 Rotation

... You want to locate the center of gravity of an arbitrarily shaped flat object. You are told to suspend the object from a point, and to suspend a plumb line from the same point. Then draw a vertical line on the object to represent the plumb line. Next, you repeat the process using a different suspens ...
Radiant Energy - Unraveling Tesla`s Greatest Secret
Radiant Energy - Unraveling Tesla`s Greatest Secret

Physics Text Book
Physics Text Book

... Dedication of the book is to two physicists who gave us particular inspiration. Their contributions to experimental and theoretical physics are all the more remarkable given that they worked as Jews in the Germany and Italy of the 1930’s: 1. Bruno Rossi, author of ”Optics” and ”Momenti Nella Vita di ...
Gravitational Potential Energy
Gravitational Potential Energy

Optical Interface Based on a Nanofiber Atom-Trap
Optical Interface Based on a Nanofiber Atom-Trap

Linear and non-linear response phenomena of molecular systems
Linear and non-linear response phenomena of molecular systems

Exercises - RACHEL
Exercises - RACHEL

Multi-species systems in optical lattices: effects of disorder
Multi-species systems in optical lattices: effects of disorder

... optical lattices. In the first part we will study cold gases in the first and second excited bands of optical lattices - the p and d bands. The multi-species character of the physics in excited bands lies in the existence of an additional orbital degree of freedom, which gives rise to qualitative pr ...
Basics of atmospheric dynamics
Basics of atmospheric dynamics

Nonequilibrium Green`s function approach
Nonequilibrium Green`s function approach

Coupling a single electron to a Bose
Coupling a single electron to a Bose

... densities of the order of 1012 cm−3 . At higher densities however, the lifetime of these bound states was found to decrease significantly19 . The experiments described here are performed in a completely different regime. We combine much higher Rydberg states at principal quantum numbers n = 110 − 20 ...
< 1 ... 34 35 36 37 38 39 40 41 42 ... 1073 >

Theoretical and experimental justification for the Schrödinger equation

The theoretical and experimental justification for the Schrödinger equation motivates the discovery of the Schrödinger equation, the equation that describes the dynamics of nonrelativistic particles. The motivation uses photons, which are relativistic particles with dynamics determined by Maxwell's equations, as an analogue for all types of particles.This article is at a postgraduate level. For a more general introduction to the topic see Introduction to quantum mechanics.
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