Garbotalk: Links about the beacon=wow signal

https://youtu.be/ZAKy_08klrg

https://en.m.wikipedia.org/wiki/Wow!_signal

https://youtu.be/gsIk2Fdygd0

https://en.m.wikipedia.org/wiki/CERN

http://www.bigear.org/faq.htm

Exciting hydrogen seems pretty straight forward. But it must be done in a way to leave a message. RD has mentioned tap code several times.

https://en.m.wikipedia.org/wiki/Tap_code It seems convenient to the Kayeen that the only radio telescope to detect the Wow signal, Big Ear in Ohio, has since been destroyed to build a golf course.

The problem is, the signal has been sent. There will not necessarily be another. They are awaiting a reply. And we have to do it within 40 years.

We have to: Figure out what it said. Figure out how to reproduce it via exciting hydrogen in a specific way. Build a similar device to send a reply OR adapt a current device like at CERN. RD also mentioned an experiment done in Geneva in the 90’s that was on the right track, then abandoned. To me, that is where we begin.

I’m going to research this abandoned experiment and see what I find.

If there is enough interest in batting around ideas on this subject, we will create a forum exclusive to the pursuit of answering the beacon. I’ll first gauge how full this thread gets with posts other than mine.

All of you private messaging me on the subject would do well to post your thoughts here where we can all disseminate them.

Reptiliandude: The beacons are much like satellites. The first sends out an electromagnetic signal that is so powerful it could wipe out electronic equipment millions of miles away. Point your beacon towards the empty space where the original signal came from.

It’s a lot easier than you think. You guys aren’t even looking at faster than light speed communication.

What travels faster than light?

You already discovered that it’s the way that a co-particle will respond to change.

You discovered this in Geneva in the late 90’s and haven’t done a thing with it.

You’ve already set things in motion with atomic testing. You have CERN at your disposal.

Now all you have to do is to step away from that and to use the atom to try and say your first words.

Take a look at the tap code used by POW’s in Vietnam. Even if you build something around that and make an attempt… I promise you that someone will say, “wtf is this?” And, it will count.

Real time communication is absolutely necessary for interstellar logistics.

Admin Note:

The 1997 Geneva Breakthrough

The experiment RD likely refers to was led by physicist Nicolas Gisin in 1997. His team used the fiber-optic network of the Swiss telecom system to send entangled photons from Geneva to two neighboring towns (Bellevue and Bernex) over a distance of approximately 10.9 kilometers.

You can find the study here: https://ankidacomic.com/wp-content/uploads/2026/03/PhysRevLett.81.3563.pdf

The “Spooky” Results:

• Instantaneous Coordination: When one photon was “measured” or changed in Geneva, its “co-particle” in the other town reacted instantly.

• Faster-Than-Light: The reaction happened at least 10,000 times faster than the speed of light could have traveled between the two points.

• The “Bump” Mechanic: This proved that information (in the form of quantum states) doesn’t “travel” through space; it exists simultaneously in both locations due to the particles’ common origin.

Technical Requirements for the “Tap Code”

According to the RD/GT archive, to turn the Geneva experiment into a Beacon Response, scientists must move from simple photons to Hydrogen Particles:

1. Hydrogen Line Resonance: Use the 21cm neutral hydrogen line 1420 MHz as the “carrier frequency” for the entanglement.

2. Particle Excitation: Use a particle accelerator (like CERN) to create a high-energy “shout” by spinning these particles in a specific sequence.

3. The Code: Instead of complex data, use the Fibonacci Sequence or POW Tap Code. This acts as a universal “wave” that tells the Assembly: “We know the name or signifier of God.”