This is a very nice description. However, the spectra shown to discuss the red shift where blue is next to red and green, yellow and orange are on the other side of blue are incorrect. The color sequence should be blue, green, yellow, orange and then red.
Mike Bass
Professor Emeritus
CREOL, The College of Optics and Photonics
University of Central Florida
Very clear and helpful description.I would love to have as equally clear a description of what time actually means in the universe, and how you know the speed of light stays constant (or does it?)while it is traveling?
DEBORAH HOLDSHIP is the editor of Michigan Today. She joined the University in 2007 as editorial manager in the marketing communications department at the Ross School of Business, where she was editor of Dividend magazine for five years. Prior to working at Michigan, Deborah was associate director of publications at the UCLA Anderson School of Management. From 1988-2001, Deborah worked in the entertainment industry in Los Angeles, where she was a reporter and editor at Billboard magazine and an associate editor and video producer at LAUNCH media. Follow her on Twitter: @debholdship #michigantoday.
Michael Bass - 1964
This is a very nice description. However, the spectra shown to discuss the red shift where blue is next to red and green, yellow and orange are on the other side of blue are incorrect. The color sequence should be blue, green, yellow, orange and then red.
Mike Bass
Professor Emeritus
CREOL, The College of Optics and Photonics
University of Central Florida
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Joanne Beckman - 1975
Very clear and helpful description.I would love to have as equally clear a description of what time actually means in the universe, and how you know the speed of light stays constant (or does it?)while it is traveling?
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