From: Sam Wormley on 10 Jan 2010 10:35 On 1/10/10 3:38 AM, Tom Potter wrote: > > "Sam Wormley" <swormley1(a)gmail.com> wrote in message > news:LJSdnSVApemGiNXWnZ2dnUVZ_sdi4p2d(a)mchsi.com... >> On 1/7/10 11:04 PM, Tom Potter wrote: >>> >>> >>> Fifty years ago, >>> I help instrument a similar program to determine >>> gravity waves. >> >> Sounds like a Dolt! >> >>> A mind is a terrible thing to waste. >> >> Too bad you wasted yours, Potter! > > I am pleased to see that my pal Sammy has come to understand that people > who waste time, money and minds trying to rationalize General Relativity > are "dolts" because > A mind is a terrible thing to waste. > Actually I was referring to you, Potter! Your posting record was a dead give-a-way.
From: Ken S. Tucker on 10 Jan 2010 14:17 On Jan 10, 7:35 am, Sam Wormley <sworml...(a)gmail.com> wrote: > On 1/10/10 3:38 AM, Tom Potter wrote: > > > > > > > "Sam Wormley" <sworml...(a)gmail.com> wrote in message > >news:LJSdnSVApemGiNXWnZ2dnUVZ_sdi4p2d(a)mchsi.com... > >> On 1/7/10 11:04 PM, Tom Potter wrote: > > >>> Fifty years ago, > >>> I help instrument a similar program to determine > >>> gravity waves. > > >> Sounds like a Dolt! > > >>> A mind is a terrible thing to waste. > > >> Too bad you wasted yours, Potter! > > > I am pleased to see that my pal Sammy has come to understand that people > > who waste time, money and minds trying to rationalize General Relativity > > are "dolts" because > > A mind is a terrible thing to waste. > > Actually I was referring to you, Potter! Your posting record > was a dead give-a-way. I'm rather surprised the LIGO technicians haven't got a tuned resonator (so far as I know), that's how human ears work. Inside the ear is a lot of tuned hairs that stimulate the brain based on frequency and amplitude. While I personally do not understand the reality of g-waves apart from a sort of spacetime continuum experiment, I'd certainly contribute to refining the experiment. For example (crude), we can have 1000's of reflectors at the ends of the LIGO pipes, each one tuned to respond to a given harmonic, like our ear works, hey we're in this, http://www.trak4.com/earco/index.html (listen to the loons at the bottom) The measure of resonation alone even if seismological, would be 1st class science. I mean, just because we may not detect g-waves yet, we might listen to earth, perhaps listen to how the tides induced into the tectonic current. That's why I'm a pro LIGO, g-wave skeptic, gotta admire the beautiful detection the fella's are building. For those reasons, I vote to keep improving LIGO but with a more larger spectrum of possible applications. Regards Ken S. Tucker
From: Raymond Yohros on 10 Jan 2010 18:13 On Jan 7, 9:04 pm, "Tom Potter" <xprivatn...(a)mailinator.com> wrote: > Einstein Cultists, and people who try to make Einstein's > the Poster Boy for Jewish intelligence, > continue to waste time, money and minds, > on a non-viable model that > uses rubber rulers and clocks > to speculate about time travel, warping through space, > worm holes, etc. > the only reason i dont break you into pieces with words its because of youre age. hate will never give you a clear sight no matr how hard u try. i bet you admire hittler, the worst nightmare that a great nation suffer in its history!. death, pain and sorrow for millions of people. > > A mind is a terrible thing to waste. > not worst that waisting a life without kindness and respect for others.
From: Raymond Yohros on 10 Jan 2010 18:30 On Jan 10, 11:17 am, "Ken S. Tucker" <dynam...(a)vianet.on.ca> wrote: > I'm rather surprised the LIGO technicians haven't got a > tuned resonator (so far as I know), that's how human ears > work. Inside the ear is a lot of tuned hairs that stimulate > the brain based on frequency and amplitude. > but in i way, that is what a laser interferometer is but in the range where the gw can be detected! lasers have a very short wavelenght and by totaly canceling each other the only way a displacement can happen is by a gravity wave passing through. r.y
From: Ken S. Tucker on 10 Jan 2010 23:58 On Jan 10, 3:30 pm, Raymond Yohros <b...(a)birdband.net> wrote: > On Jan 10, 11:17 am, "Ken S. Tucker" <dynam...(a)vianet.on.ca> wrote: > > > I'm rather surprised the LIGO technicians haven't got a > > tuned resonator (so far as I know), that's how human ears > > work. Inside the ear is a lot of tuned hairs that stimulate > > the brain based on frequency and amplitude. > > but in i way, that is what a laser interferometer is > but in the range where the gw can be detected! > lasers have a very short wavelenght and by > totaly canceling each other the only way a displacement > can happen is by a gravity wave passing through. > r.y Yes Ray, that's what I understand too. I lean toward electronics so I provide a link to, http://en.wikipedia.org/wiki/Regenerative_circuit#Super-regenerative_receiver I get into serious super-regenerative circuitry, like this, from the link, "However, recent experiments have shown that the self quenched super regenerative circuit may be operated at a level in between the regenerative and super-regenerative states. At these levels, something very interesting happens: A received narrow band FM (RF) signal can be set to heterodyne with the super regen detector's RF oscillations such that sum and difference frequencies are produced. The difference frequency, if close to the detector's quenching oscillation frequency, will lock onto and FM modulate the quench frequency. This produces a large variation in gain which exactly follows the FM modulation of the received signal. The gain variation creates a frequency to amplitude conversion (FM detection) of very high efficiency. To date, this effect has only been studied by electronics experimenters but could eventually lead to very high frequency, ultra low power FM receivers." I'm one of them, "electronics experimenters", so I respect resonation too, and can improve LIGO. Ken
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