1
Flat Earth Debate / Re: What evidence you have that satellites don't exist?
« on: January 18, 2016, 06:11:28 PM »
Still waiting for any proof you know any engineering!
This section allows you to view all posts made by this member. Note that you can only see posts made in areas you currently have access to.
Its like I told sandokahn, there are constantly thousands of people and equipment monitoring the moon, especially during an eclipse.Where is the moon during a solar eclipse?Well according to this:
Certainly not between the Earth and the Sun.
https://tidesandcurrents.noaa.gov/tidetables/2008/eutt2008book.pdf
It was high tide, so there is a good chance the moon was overhead. It would be easy for it to cross in front of the sun.
You have no experience in mathematics kibitzer.
None whatsoever.
My formula has an asymptotic property: the larger the n term, the BETTER THE APPROXIMATION WILL BE.
I only used n = 20, for higher n, the results will be approach the true value.
Are you really that ignorant?
I have just posted for you the entire documentation concerning comet Holmes P17: it totally defies even the faked RE orbital equations.
I have also shown you that those faked RE equations cannot approximate anything over a period of time longer than three hundred years: if you don't believe it, I can bring to your attention the Gauss easter formula.
Thank you rabinoz!Look, I would say Kibitzer has given evidence that he knows what he is talking about.
But he hasn't.
Aether was disproved by the Michelson–Morley experiment.
It was not, on the contrary.
You seem to be quoting what I said (without a reference), but in the Quote I took from Kibitzer's post I see no reference to "Aether" at all as repeated here:I am part of a global organization with members that have launched satellites and determined orbitals based on the RE physics and math ... and it works. We, collectively as a people, have launched over 8000 objects to space and currently there are about 3000 orbiting the planet .... all this is possible because of the physics and Math the RE model supports. We are able to accurately tell when a NEA will pass by Earth right down to the seconds for its perigee. This is tested time and again every time a NEA comes close to Earth ... This would not be possible if what you and your obscure pseudoscience are saying were accurate. The inaccuracy in dynamic mass calculations alone would make it impossible for us to make these calculations if what you say were true.
It was rather obvious that I was only referring to what he claimed to have done himself, a different matter entirely, so hardly any excuse for a memory dump of your well known ideas on aether.
So I still don't see the part where the GPS satellites knows the current time on the receiver. If the receiver can't correct for timing errors, it cannot determine its location. Supported by math.OMG, you can't really be that ignorant ... you must have some knowledge ... but you certainly don't display any here.
That's just one of those things us engineers know.
Whereas, in my explanation, the receiver corrects for timing errors and easily determines location. Using 4 transmitters. All supported by math.
This is a fine display on your part of engineering ability. Is this how you tell your boss how you are going to build a rocket?Here are MY words based on my understanding of how GPS works ... not a cut and paste of some Wiki or other document.Blah, blah, blah.
It all has to do with the data sent in the C/A and P codes and how those transmissions work. Their frequency of repetition and the phase modulation of the XORed bit codes effect data and timing to the receiver unit. The C/A alone has a delta T to D accuracy of 293kms whereas the P code has an accuracy of 29.3kms. This along with very accurate Ephemeris and atomic clock accuracy aboard the satellites generates error margins which your GPS unit uses fist in a "pseudorange" determination fallowed by a more precise determination ... Math! This combined with the effects of Trilateration (triangulation using 3 points or more, 4 minimum for GPS) allows your GPS unit to determine an accurate position. P code includes data for local atmospheric conditions, relativity and many other variables.
I must have missed to part where you show me how GPS works if the receiver can't determine TOF since it can't correct for timing errors.QuoteThere is a lot more at play here, but I would doubt you would understand it!Lol! Sorry, which one of us is an engineer? Oh, that's right, me. Which one of us has been correct this entire time? Oh, that's right, me.
Which one of us used their 'multi-disciplined' knowledge to prove that GPS can't work, ever? Oh, that's right, you.
"...its time of flight..." how can your receiver know when the signal was sent and thus measure time of flight if it is not as accurate at measuring time as the satellite is? Eg. Satellites transmits TOD:1) The satellite does not need to know what time of day it is where your device is located .. dumb dumb!Except you just said:All timing issues are conducted at the satellites.So the satellites, according to you, need to know the current time of the receiver to correct for timing errors. dumb dumb!Quote2) It is triangulation and works on timing effects resultant for timing differences and the points at which the time intervals intersect. That means .. in childees so you can understand .. that the time deference in very precise timing signals form spheres at which the receiver could be located. These spheres intersect and it is this intersect (triangulation) that allows your GPS device to determine its position.It is not triangulation. It's not timing effects. It's time of flight. Please get it correct. Plus, what you describe would only work if your receiver had a synchronized atomic clock, which you agree is not possible.Quote3) Show me math of how you can justify a GPS receivers (2, 4 maybe 5 significant figures of accuracy in seconds) time being accurate enough to correct for errors in parts per femtosecond. Your clock in your GPS unit is counting in milliseconds not femtoseconds ... so how can it differentiate between a time difference of a few femtoseconds.So answer me this: If the receiver can't correct for timing errors, how does GPS in my phone work? How does my phone know what the time is on the satellite?
1) The satellite does not need to know what time of day it is where your device is located .. dumb dumb!My claim that your GPS device cannot correct for timing is in fact precise.You spelled 'incorrect' wrong.QuoteAll timing issues are conducted at the satellites.Oh, really? So how does the satellite know what the current time is on the receiver?QuoteI reiterate: Your GPS device can interpret the data allowing it to calculate its position, but it cannot correct for timing issues."I reiterate: If your GPS device cannot correct for timing, it cannot calculate its position.
Perhaps you should learn how GPS works before making an even bigger fool of yourself. Maybe you are not ready for safety scissors yet. Stick to the crayons.
You are not off to a good start. Taking quotes out of context is pretty lame. Or maybe you just can't read? I'll bet it's the latter.By asking you in detail how the current GPS system works,QuoteYou have for example asked how the GPS in one's phone works
The person in question made a statement:I specifically said your gps/phone could not possibly correct timing since it has not the accuracy. Your unit cannot perform step five
To which I replied:So if my phone can't correct for timing errors, how does GPS work on my phone?
So, as is plainly apparent, I am not asking the other party to detail how the current GPS system works on my phone. The other party made a false claim (that the receiver can't correct for timing errors; a claim made to try to discredit my logic) and I am asking that person how is it possible for GPS to work at all, based on his false claim.
So, yes, a fail, once again. It was a lame attempt at an attack, too.
Pro tip: Play less 'gotcha' games and read posts for content and meaning. Constantly trying to attack me doesn't end well for you. You always end up looking stupid. Just like you did this time.
Dr. Maurice Allais is one of the most respected physicists of the 20th Century: the fact that he also received the Nobel prize in economics is a testimony to his extraordinary skills as a scientist.
Allais' pendulum experiments earned him the 1959 Galabert Prize of the French Astronautical Society, and in 1959 he was made a laureate of the United States Gravity Research Foundation.
I have already carefully debunked the flawed Flandern paper.
THE ALLAIS EFFECT CONFIRMED IN 1961, 1970, 1999, 2003, 2006, 2008, 2009, 2010, 2011:
http://www.theflatearthsociety.org/forum/index.php?topic=30499.msg1626747#msg1626747
CONFIRMATION OF THE ALLAIS EFFECT DURING THE 2008 SOLAR ECLIPSE:
http://stoner.phys.uaic.ro/jarp/index.php/jarp/article/viewFile/40/22
UNLESS YOU ARE WILLING TO INCLUDE YOUR MATH AND SCIENTIFIC REASONING ALONG WITH IT
Dr. Maurice Allais:
In both cases, with the experiments with the anisotropic
support and with those with the isotropic support, it is found
that the amplitudes of the periodic effects are considerably
greater than those calculated according to the law of gravitation,
whether or not completed by the theory of relativity.
In the case of the anisotropic support, the amplitude of
the luni-solar component of 24h 50m is about twenty million
times greater than the amplitude calculated by the theory of
universal gravitation.
In the case of the paraconical pendulum with isotropic
support, this relation is about a hundred million.
What I have read says in the order of 100,000 not 100,000,000!
Let me explain again what happened during the Allais experiment.
Before the eclipse, there was a normal clockwise swing of the pendulum.
AT THE START OF THE SOLAR ECLIPSE, THE PENDULUM STARTED TO REVERSE ITS MOTION: IT RAN BACKWARDS, IN A RAPID COUNTERCLOCKWISE MOTION.
For the next 45 minutes!
Then, after peaking, the pendulum motion REVERSES direction (moving clockwise again …), only to reverse BACK again (counterclockwise!) … briefly [as the Moon reaches “mid-eclipse”] -- before abruptly reversing once more, accelerating again in a CLOCKWISE direction.
Can everybody here understand these extraordinary details?
THE PENDULUM REVERSED DIRECTION FOR A FULL 45 MINUTES.
A TOTAL DEBUNKING OF NEWTON'S LAW OF ATTRACTIVE GRAVITATION.
At the end of the eclipse, it resumed normal orbiting.
The Moon could not have possibly have caused this unimaginable effect upon the pendulum: the amplitude is ONE HUNDRED MILLION TIMES GREATER THEN THE AMPLITUDE CALCULATED BY THE THEORY OF UNIVERSAL GRAVITATION.
The most precise calculations: ONLY A NEW, DIFFERENT CELESTIAL BODY COULD HAVE CAUSED THIS INCREDIBLE EFFECT.
ITS RADIATION CAUSED THE ANTIGRAVITATIONAL EFFECT RECORDED BY DR. ALLAIS.
It is as simple as this: since no other scientist has been able to explain how the pendulum's swing reversed motion for a full 45 minutes, and the luni-solar component has been exceeded by AN EFFECT ONE HUNDRED MILLION TIMES ITS VALUE, it means the Moon could not have possibly have caused the solar eclipse.
You have been given the most precise mathematical calculations showing the extent of the Allais effect: the ball is in your court - please explain how is it possible for a pendulum's swing to have reversed its motion for a full 45 minutes, only to resume its normal orbiting AFTER the end of the eclipse.