'Discrete energy levels' diaporamas de présentation

PH300 Modern Physics SP11

PH300 Modern Physics SP11. Some people say, "How can you live without knowing?" I do not know what they mean. I always live without knowing. That is easy. How you get to know is what I want to know. - Richard Feynman. 3/1 Day 13: Questions? Balmer Series Bohr Atomic Model

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ATOMIC STRUCTURE & PERIODICITY (Part 1; sec 1-8)

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Quantum Dots

Quantum Dots. By Timothy Paik Marcus Dahlstrom Michael Nip. Implementing Quantum Computers. Many implementations for quantum computing Why solid state? Scalability Decoherence is less of a problem. What is a quantum dot?. In two words, a semiconductor nanocrystal.

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Quantum Dots

Quantum Dots. By Timothy Paik Marcus Dahlstrom Michael Nip. Implementing Quantum Computers. Many implementations for quantum computing Why solid state? Scalability Decoherence is less of a problem. What is a quantum dot?. In two words, a semiconductor nanocrystal.

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Chapter 1 Minerals: Building Blocks of Rocks

Chapter 1 Minerals: Building Blocks of Rocks. Minerals: Building Blocks of Rocks. By definition a mineral is/has Naturally occurring Inorganic solid Ordered internal molecular structure Definite chemical composition Rock A solid aggregate of minerals.

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The photoelectric effect and the photon theory of light

The photoelectric effect and the photon theory of light. the photoelectric effect had a few confusing features.

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Data Communication Network

Data Communication Network. 331: STUDY DATA COMMUNICATIONS AND NETWORKS. 331: STUDY DATA COMMUNICATIONS AND NETWORKS. 1. Discuss computer networks (5 hrs) 2. Discuss data communications (15 hrs). 331.2: Discuss Data Communications. PERFORMANCE STANDARD

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Devil physics The baddest class on campus IB Physics

Devil physics The baddest class on campus IB Physics. Tsokos Lesson 6-2 radioactivity. Objectives. By the end of this lesson, you should be able to: Describe the properties of alpha, beta and gamma radiations

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Radio Waves

Radio Waves. Where do they come from?. Radio waves belong to a family. The electromagnetic spectrum (EM) is a continuum of waves, sometimes called electromagnetic radiation. These waves may be created in a number of ways, but all share the following characteristics:.

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Major Concepts in Physics Lecture 18.

Major Concepts in Physics Lecture 18. . Prof Simon Catterall Office 309 Physics, x 5978 smc@physics.syr.edu http://physics/courses/PHY102.08Spring. Recap. Discussed how crises in late 19 th physics led to new ideas about light/matter

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Major Concepts in Physics Lecture 21.

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Physics 780.02 Introduction

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Quantum mechanics unit 1

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WHY CAN'T WE SEE ATOMS?

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Which of the following statements is TRUE

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Which of the following statements is FALSE ?

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Review: BB radiation enables measure of both stellar temperature T, and surface flux, F s

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Chapter 5

Chapter 5. Electromagnetic Radiation (Light). Radiation is also known as. Light pure energy Electromagnetic Waves energy-carrying waves emitted by vibrating electrons Photons particles of light. What is light?. Light can act either like a wave or like a particle

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