The shaking table, or base plate, is not a non-moving mass, but is the
coupling factor which transfers the energy from the sum of all the other moving
masses from the strongest to the weaker. Another example of majority rule, if
you will.
Remove the resonance frequency of this coupling factor
On 09/14/2013 04:37 AM, David McGaw wrote:
Not true. It depends on the strength and reciprocity of the
coupling. If essentially equal as with the metronomes which are
coupled pendulums (the math exists for this), the systems will come to
some combination frequency, though as has been
Coupled oscillators can do very interesting things above and beyond simple
synchronization.
Look at the circuit at the bottom of this page with 5 cross-connected neon
bulb multivibrators. http://donklipstein.com/sillyne2.html They are
symmetrically cross connected favoring no particular
Hi
Yes, the settling in is fractal and the path taken to sync isn't the same
every time.
For a simple way to look at multiple coupled clocks go back to old style
filter theory:
1) You have some number of resonators
2) You have some set of coupling coefficients between the resonators
3) You
The math I am familiar with, seems to have mostly developed around
master-slave arrangements associated with radar pulses and (as you point
out) TV. In the MIT Rad Lab series there are some single-purpose treatments
but a good summary is Millman Taub, Pulse and Digital Circuits. Their
approach is
A frame-by-frame analysis of the metronome video could show the frequency
and phase of each of the 32 metronomes as a function of time.
Is there a non-youtube version of the video using a well-characterized
video format? I'm not sure I would trust the youtube video codecs to keep
time correctly,
Hi
Google Orbital Resonance. The same process works for *very* large systems,
and you can lock at interesting ratios like 2:3 or 1:2:4 in addition to 1:1.
Bob
On Sep 14, 2013, at 9:34 AM, Tim Shoppa tsho...@gmail.com wrote:
A frame-by-frame analysis of the metronome video could show the
A frame-by-frame analysis of the metronome video could show the frequency
and phase of each of the 32 metronomes as a function of time.
Is there a non-youtube version of the video using a well-characterized
video format? I'm not sure I would trust the youtube video codecs to keep
time correctly,
On 9/14/13 6:20 AM, Tim Shoppa wrote:
The math I am familiar with, seems to have mostly developed around
master-slave arrangements associated with radar pulses and (as you point
out) TV. In the MIT Rad Lab series there are some single-purpose treatments
but a good summary is Millman Taub, Pulse
Microwave injection locking of Magnetrons with beam steering phased
array. Lots of math!
On 9/14/13 11:22 AM, Joe Leikhim wrote:
Microwave injection locking of Magnetrons with beam steering phased
array. Lots of math!
Funny when I go to the links and read about the subject, time seems to slowww
down
By the way, googling microwave weed burner to find this article turned
up another application of microwave heating for a very different kind of
weed.
--
Joe Leikhim
Leikhim and Associates
Communications
On 9/14/13 5:19 PM, Joe Leikhim wrote:
Funny when I go to the links and read about the subject, time seems to
slowww down
By the way, googling microwave weed burner to find this article turned
up another application of microwave heating for a very different kind of
weed.
Oh wow..
Fellow time-nuts,
This little nice example of clocks interlocking just passed by my
web-browser:
It says o9.com is a domain for sale?
From: Magnus Danielson mag...@rubidium.dyndns.org
To: Discussion of precise time and frequency measurement time-nuts@febo.com
Sent: Friday, September 13, 2013 12:32 PM
Subject: [time-nuts] Example of clocks interlocking
I first read about this is Scientific American a couple decades ago. A
slightly different set of clocks become largely synchronized.
http://www.youtube.com/watch?v=a-Vy7NZTGos
http://en.wikipedia.org/wiki/Photinus_carolinus
On Fri, Sep 13, 2013 at 1:32 PM, Magnus Danielson
My stashed URL for the 32 metronomes is:
http://www.youtube.com/watch?v=JWToUATLGzs
It's great!
Here are a couple more:
http://www.youtube.com/watch?v=yysnkY4WHyM
http://www.youtube.com/watch?v=W1TMZASCR-I
--
These are my opinions. I hate spam.
The first character was dropped off:
http://io9.com/5947112/watch-32-discordant-metronomes-achieve-synchrony-in-a-matter-of-minutes
On 9/13/13 1:44 PM, Tim Shoppa wrote:
I first read about this is Scientific American a couple decades ago. A
slightly different set of clocks become largely
: Friday, September 13, 2013 1:16 PM
Subject: Re: [time-nuts] Example of clocks interlocking with each other
My stashed URL for the 32 metronomes is:
http://www.youtube.com/watch?v=JWToUATLGzs
It's great!
Here are a couple more:
http://www.youtube.com/watch?v=yysnkY4WHyM
http://www.youtube.com
and frequency measurement
time-nuts@febo.com
Sent: Friday, September 13, 2013 1:16 PM
Subject: Re: [time-nuts] Example of clocks interlocking with each other
My stashed URL for the 32 metronomes is:
http://www.youtube.com/watch?v=JWToUATLGzs
It's great!
Here are a couple more:
http
- From: Hal Murray hmur...@megapathdsl.net
To: Discussion of precise time and frequency measurement
time-nuts@febo.com
Sent: Friday, September 13, 2013 1:16 PM
Subject: Re: [time-nuts] Example of clocks interlocking with each other
My stashed URL for the 32 metronomes is:
http
Maybe not. We need the math that describes the phenomenon, but it
won't come from me.
Consider the way that television sync pulses synchronized the sweep
oscillators. The pulse has to get there before the oscillator cycles
on its own. Similarly, the movement of the common base has to occur
before
Not true. It depends on the strength and reciprocity of the coupling.
If essentially equal as with the metronomes which are coupled pendulums
(the math exists for this), the systems will come to some combination
frequency, though as has been mentioned in a many-oscillator system
there may be
slow the fewer
ones down, or speed the fewer ones up.
Bob
From: Bill Hawkins b...@iaxs.net
To: 'Discussion of precise time and frequency measurement'
time-nuts@febo.com
Sent: Friday, September 13, 2013 9:13 PM
Subject: Re: [time-nuts] Example of clocks
b...@evoria.net said:
If 99 out of 100 metronomes were slower than the one fast one, I don't think
it would rule. I think you're overlooking the fact that this is a greatest
moving mass rules case. Notice that the board they're resting on moves.
This changes the speed of the pendulums as
From: Hal Murray hmur...@megapathdsl.net
To: Discussion of precise time and frequency measurement time-nuts@febo.com
Sent: Friday, September 13, 2013 10:39 PM
Subject: Re: [time-nuts] Example of clocks interlocking with each other
snip
In the context of metronomes
to
funwithwood-subscr...@yahoogroups.com
- Original Message -
From: Bob Camp li...@rtty.us
To: Discussion of precise time and frequency measurement
time-nuts@febo.com
Sent: Friday, September 13, 2013 7:12 PM
Subject: Re: [time-nuts] Example of clocks interlocking with each other
Hi
The effect
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