'Time warp' discovered by paranormal investigator outside of Las Vegas

[tortoise]

http://www.fox5vegas.com/story/3851...-paranormal-investigator-outside-of-las-vegas

 

[GagHalfrunt]

It's astounding...

 

[snoopy7548]

I wonder how much money paranormal investigators make.

 

[Ventanni]

Oh...my...goodness...

Can't explain it, must be aliens!

Super secret government technology slowing down iPhone clocks by 20 microseconds!

Illuminati world changing device!

Portal to another dimension!

I can't believe people fall for this stupid crap. Gravity influences time. It's called....science.

Oooooooooooooooh!

 

[nakedfrog]

It's astounding...

Time is fleeting.

 

[lxskllr]

https://www.youtube.com/watch?v=msDcShv_r20

 

[Iron Woode]

 

[William Gaatjes]

Not much interesting text about the DT meter....

http://www.rhwebco.com/
http://www.rhwebco.com/DT-Meter_Blurb.html

except this:

It is easy to verify that this meter performs as advertised. The sensor produces a 1.000000 megahertz 2v p-p square wave with an accuracy of +/-20ppm, when it is connected to the display unit where it is terminated with 75 ohms to match the cable. If you remove the BNC connector from the sensor and connect the display unit to a good quality function generator, you can verify that the correct reading is displayed for the simulated difference in time rate. Set the function generator to 1.000000mhz, turn on the DT-Meter and wait for it to auto-calibrate (6 seconds). Change the function generator to 1.001000mhz and the DT-Meter will read a time rate difference of 0.001 seconds per second. The DT-Meter should also beep continuously if you have not changed the alarm setting. Change the function generator to 999000.00 hertz and the DT-Meter will read a time rate difference of -0.001 seconds per second.

The formula that the DT-Meter uses is 1-(f1 / f2) where f1 is the larger value of the sensor frequency as seen at the display unit, or 1mhz, and f2 is the smaller of the sensor frequency as seen at the display unit, or 1mhz. The result is adjusted by a calibration that is set on power-up (or by user command). The reason for using this formula is because a display of 1.00000 seconds per second would change to 0.999999 whenever the sign changed, when what is desired is to know the magnitude of the difference and the sign. It is much better to watch the display change from -0.000001 to 0.000001 rather than from 1.00001 to 0.999999.

It id a frequency counter that shows the difference between the "calibrated" value and what is measured.

 

[DigDog]

Time is fleeting.

Madness, takes its toll

 

[Darwin333]

Obligatory

 

[ImpulsE69]

So like...wouldn't something as *simple* as a collider construct mess with gravitational forces in an area and cause micro amounts of time dilation?

 

[Scarpozzi]

He needs to test the 9 volt battery on his tongue that runs that thing to make sure the 20ms drop wasn't simply a power fluctuation.

 

[William Gaatjes]

I am too lazy now to use my calculator, but the sensor has a ppm value of its own. That is not the real issue because he calibrates that but i wonder what happens if you put the sensor in the full sun.
Is it in a black casing ? That would perhaps cause some temperature drift.

 

[William Gaatjes]

Besides, the only deviation recorded if i remember correclty was that (cesium ?) based atom clocks show a slight deviation that correlates exactly with the solar activity of the sun.
Lot of solar flares and spots.
Both the deviation and solar activity were put in a graph and the general trend in the graphs looked very similar.

 

[GagHalfrunt]

Madness, takes its toll

Glad you guys didn't leave me hanging there.

 

[Thebobo]

You know all these folks here make fun of people talking about aliens but aliens is a huge market I don't understand it either its nothing more than ghost stories. Are there aliens could be are there ghost eh don't thinks so is the a god doubt it is there a santa claus, you bet your tomato picking way there is!

 

[BurnItDwn]

Thebobo, its not Santa, that's Perknose!
Easy to get them mixed up, I agree.