Brookhaven National Laboratory

Yeah, so there's a whole bunch of studies that kind of are doing various types of experiments to try to look at these effects.

When I was visiting, and this is a facility, a NASA facility that is part of Brookhaven National Lab in New York, and And it's basically taking advantage of the fact that they have a particle accelerator.

Well, they have several particle accelerators at Brookhaven, but one in particular where they've created kind of an offshoot that goes towards this facility that NASA runs.

And that's the NASA Space Radiation Lab.

Could this mass casualty event represent an extreme instance of the very link loss later described by Jake Barber? The report also details a weapon used by what we assume is a legacy program to bring down the UAP craft.

And it concludes with helicopters transporting the object to a secure site believed to be Brookhaven National Laboratory.

When you place this 1989 Mauritius Bay report side by side with the 2025 testimony of Air Force veteran Jake Barber, the correlation is stunning.

They describe an almost identical playbook across four major tactical components.

Yeah.

We have an area called Brookhaven National Laboratory that does atom smashing.

They've accelerated a ring on the ground.

We actually want to do some surveillance around that area and see if there's a higher than normal incidence of objects.

within that area.

Unusual sightings and so forth around that facility.

And Brookhaven National Laboratory is the second biggest atomic accelerator in the country.

Yeah, it's five miles.

It was soon after this that I found info on the Bright-Wheeler process which passed from hypothetical to actual in 1997 when scientists at SLAC converted pure light into matter-antimatter pairs in a series of steps.

The icing was put on the cake in 2021 by scientists at the Relativistic Heavy Iron Collider at the US Brookhaven National Laboratory, who achieved single-step conversion of pairs of photons into pairs of particles .

Further confirmation of this remarkable relationship between light and matter, i.e. matter is light, circulating locally almost at a point, came about through a process of logical reasoning followed up with some high school level maths.

The logical reasoning told me that if this was so, then it would have a significant impact on relationships between objects in motion compared to static objects.

to be confused with bad put.

Researchers at Brookhaven National Laboratory, Princeton Plasma Physics Lab, the D3D Fusion Facility, and startup company Great Sky have demonstrated a superconducting neuromorphic chip analyzing fusion plasma data.

Neuromorphic computing draws inspiration from human brain, particularly the way networks of neurons process signals and store information.

Great Sky's architecture uses analog superconducting circuits, electrical devices that operate at extremely low temperatures, allowing very fast, low-energy circuit operations.

But not for long.

In the late 1940s, the research came back to life at the Brookhaven National Laboratory on Long Island, with Von Neumann once again at the helm.

By the early fifties, what was left of Rainbow had been folded into something larger, a project called Phoenix, a fitting name for a project that had already died once.

And Phoenix asked a harder question than Rainbow ever had.

The engineering went to Los Alamos, we believe, and that's where they developed the stealth technology that's on the third level of the stealth aircraft these days.

The other part of the project, which was the human factors project, went to Brookhaven National Laboratories, which was the largest human factors research in the United States.

This is now about 1950, we believe.

It joined what was known as the Phoenix Project, which was a very large, all-encompassing research project involving research into the human mind, the mind of man.

And then later on, I decided to join Daniel Rezasko Lab to pursue a master degree.

And then I liked the activity, I mean, the research activity, for example, working in a lab, and then going to Brookhaven National Lab, the first trying to do X-ray absorption and feeling liquid nitrogen 3 a.m. outside.

And then trying to work hard.

I think I just enjoy working as a group of researcher or friend to tackle some problem.