It is just a nanosecond. I measure things in nanoseconds aalmost every day. Even picoseconds, a thousandth of a nanosecond, isn't very hard to do. Femtoseconds, a thousandth of a picosecond, are a little harder but not really that bad. Visible light has a wavelength in femotseconds.
A nanosecond may not sound like much but light can move about a foot in a nanosecond.
A nanosecond may not sound like much but light can move about a foot in a nanosecond.
Whoa. Einstein's theory of relativity in danger?
22/09/2011 09:39:04 PM
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How do they measure something like that? Billioninths of a second? *NM*
23/09/2011 12:05:44 AM
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Billionths of a second is easy
23/09/2011 02:15:34 PM
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That's nice but you still didn't explain how they do it
*NM*
23/09/2011 02:24:28 PM
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Do you really want me to explain how to make jitter and rise time measurement on a high speed scope?
23/09/2011 05:06:46 PM
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It's really just about finding some natural event that takes place on that timescale
24/09/2011 01:10:13 AM
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You should just post directly to the study.
23/09/2011 01:53:56 PM
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Now all his math teachers in school can gloat "Told you he didn't know what he was talking about."
23/09/2011 10:10:35 PM
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Re:Now all his math teachers in school can gloat "Told you he didn't know what he was talking about"
23/09/2011 10:26:01 PM
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I neglected to say at the time that this is very interesting and potentially revolutionary.
25/09/2011 12:02:01 AM
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