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Physlet(R) Quantum Physics: An Interactive Introduction (Educational Innovation- Physics)
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Physlet(R) Quantum Physics: An Interactive Introduction (Educational Innovation- Physics) |
Author: Mario Belloni
Published: 2005-08-05 |
List price: $49.60
Our price: $43.20
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Usually ships in 24 hours
As of: December 02nd, 2008 09:48:16 PM
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Customer comments on this selection.
 Brilliant softwate
The applets on this is just great for understanding many physics concepts. It covers most topics (mechanics, waves, electrostatics, magnetism etc), it has interactive menus so you can change the parameters in the experiments and it logs the output and plots them for you.
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br /Highly recommended for any high school student and even university students. An excellent teaching and learning tool. I highly recommend it to my students since it moves abstract concepts closer to the concrete stage.
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br /If you are a parent, this is a MUST have for your child to aid their learning of physics concepts.
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br /The downside is some of the applets do not work but they are a small minority. Note you need to enable the java function on your browser, just go to Sun Microsystems website, it should work.
Great tool for visualizing quantum physics concepts
This book is an attempt to teach modern physics to students by enabling them to visualize various physical phenomena via Java applets designed to demonstrate various physics concepts - thus the name "physlets". The book and its accompanying CD contain around 250 such physlets that span a broad spectrum of physics courses, although the emphasis is on quantum theory. The book has some discussion of the concepts involved, particularly in the context of the parameters of the particular Physlet being examined, but this really wasn't meant to be a textbook. It's just a supplementary text for a variety of physics courses in which visualization of a concept is a real roadblock in learning. The book has 200 exercises, and they are not what you would expect in a physics book. The problems largely consist of running a physlet and answering some questions about your observations, or you are asked to change the input parameters to a physlet and explain what you observe versus what you observed when the default parameter was active. At no point does the author assume you are a Java programmer yourself and ask you to code up your own physlet, although if you know how, that would probably be a very educational activity. The following is the table of contents:
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br /Chapter 1: Introduction to Physlets
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br /Part 1: Special Relativity
br /Chapter 2: Space and Time in Special Relativity
br /Chapter 3: Relativistic Mechanics
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br /Part 2: The Need for a Quantum Theory
br /Chapter 4: From Blackbody to Bohr
br /Chapter 5: Wave-Particle Duality
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br /Part 3: Quantum Theory
br /Chapter 6: Classical and Quantum-mechanical Probability
br /Chapter 7: The Schrödinger Equation
br /Chapter 8: The Free Particle
br /Chapter 9: Scattering in One Dimension
br /Chapter 10: The Infinite Square Well
br /Chapter 11: Finite Square Wells and Other Piecewise-constant Wells
br /Chapter 12: Harmonic Oscillators and Other Spatially-varying Wells
br /Chapter 13: Multi-dimensional Wells
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br /Part 4: Applications
br /Chapter 14: Atomic, Molecular, and Nuclear Physics
br /Chapter 15: Statistical Mechanics
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