Comments on: The Basics Of Quantum Electrodynamics (QED) http://www.jasonsummers.org/the-basics-of-quantum-electrodynamics-qed/ Thinking on everything important Fri, 10 Feb 2012 04:08:33 +0000 hourly 1 http://wordpress.org/?v=3.3.1 By: Jason Summers http://www.jasonsummers.org/the-basics-of-quantum-electrodynamics-qed/comment-page-1/#comment-389 Jason Summers Sat, 11 Sep 2010 00:59:44 +0000 http://www.jasonsummers.org/?p=472#comment-389 The rotations directly correspond to the wavelength of the radiation. The shorter the wavelength (higher frequency), the greater the arrow rotation speed.<div class="comment-remix-meta"><a href="#" class="replyto" onclick="replyto('389','Jason Summers'); return false;">Reply</a> - <a href="#" class="quote" onclick="quote('389','Jason Summers','The rotations directly correspond to the wavelength of the radiation. The shorter the wavelength (higher frequency), the greater the arrow rotation speed.'); return false;">Quote</a></div> The rotations directly correspond to the wavelength of the radiation. The shorter the wavelength (higher frequency), the greater the arrow rotation speed.
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]]> By: baiju http://www.jasonsummers.org/the-basics-of-quantum-electrodynamics-qed/comment-page-1/#comment-383 baiju Wed, 08 Sep 2010 06:34:02 +0000 http://www.jasonsummers.org/?p=472#comment-383 Can you explain what does the rotating arrow signifies in the actual world?, why does it behave in this fashion? What is relation between rotations per inch and wavelength of light?<div class="comment-remix-meta"><a href="#" class="replyto" onclick="replyto('383','baiju'); return false;">Reply</a> - <a href="#" class="quote" onclick="quote('383','baiju','Can you explain what does the rotating arrow signifies in the actual world?, why does it behave in this fashion?\r\n\r\nWhat is relation between rotations per inch and wavelength of light?'); return false;">Quote</a></div> Can you explain what does the rotating arrow signifies in the actual world?, why does it behave in this fashion?

What is relation between rotations per inch and wavelength of light?

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