Relativator: The circular slide-rule for physicists

In summary, the Fermilab/SLAC publication from Dec 2005/Jan 2006 discusses an interesting story about a circular slide-rule that allowed enthusiasts to perform calculations of Einstein's special relativity in a pre-calculator era. The article also mentions the possibility of creating one's own version of the slide-rule or even a Java applet. Additional information can be found in the link provided.
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robphy
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Relativator
(Posted Feb10-06 at 10:39 PM by robphy).

The Dec 2005/Jan 2006 issue of Fermilab/SLAC's publication http://www.symmetrymag.org/cms/ has a story http://www.symmetrymag.org/cms/?pid=1000234, "A circular slide-rule [which] allowed enthusiasts to perform calculations of Einstein's special relativity in a pre-calculator era."

[updated link: https://www.symmetrymagazine.org/article/december-2005january-2006/artifact-relativator ]
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There's probably enough detail to make your own, say, as a set of Postscript or SVG pages... or maybe as a Java applet!

See also
http://entropybound.blogspot.com/2006/01/artifact-relativator.html


36825796_898817300c.jpg
 
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Actually... I just revisited this a month ago when I was browsing through my files.
 
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Related to Relativator: The circular slide-rule for physicists

1. What is the purpose of Relativator?

The purpose of Relativator is to serve as a circular slide-rule specifically designed for physicists. It helps with calculations involving special relativity, such as time dilation and length contraction.

2. How does Relativator work?

Relativator works by using a circular scale with various markings and symbols to perform calculations involving special relativity. It allows users to easily input values and obtain accurate results without the need for complex equations.

3. Is Relativator only useful for physicists?

While Relativator is specifically designed for physicists, it can also be helpful for students or individuals interested in learning about special relativity. However, it may not be as useful for those outside of the field of physics.

4. Can Relativator be used for other types of calculations?

Relativator is designed specifically for calculations involving special relativity and may not be suitable for other types of calculations. However, it may be possible to adapt it for use in other areas with some modifications.

5. Is Relativator accurate?

Yes, Relativator is designed to provide accurate results for calculations involving special relativity. However, like any tool, proper use and understanding of the underlying concepts is necessary for accurate results.

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