in the future - u will be able to do some more stuff here,,,!! like pat catgirl- i mean um yeah... for now u can only see others's posts :c
🔭 Observational Signatures of Neutron Emergence in Voids
If neutrons emerge from Einstein-Rosen bridges in deep voids, we should detect unique physical signatures at void centers. These could include:
1️⃣ Ultra-Cold Monatomic Hydrogen (Dark Matter-Like Signature)
🔹 Prediction:
If neutrons decay in voids, they create cold, diffuse hydrogen gas.
This gas should be in an ultra-low-energy Rydberg state, behaving like weakly interacting mass.
🔹 How to Observe:
✅ 21-cm Hydrogen Line Surveys – Use radio telescopes (e.g., FAST, SKA) to search for anomalous, ultra-cold hydrogen in voids.
✅ Gravitational Lensing Studies – Look for dark matter-like effects without typical WIMP interaction signals.
🔹 Expected Result:
Void centers should have nonthermal hydrogen clouds that are colder and more diffuse than those near galaxies.
2️⃣ Anisotropic Gravitational Lensing (Directional Matter Flow Signature)
🔹 Prediction:
Neutrons should emerge directionally from ER bridges, creating subtle gravitational distortions.
This effect should align with the flow of hydrogen into the cosmic web.
🔹 How to Observe:
✅ Weak Gravitational Lensing Surveys – Look for nonrandom distortions in background galaxy shapes within voids.
✅ Kinematic Mapping of Void Filaments – Compare hydrogen velocity vectors to predicted neutron flow patterns.
🔹 Expected Result:
Void lensing should be slightly anisotropic, indicating matter emergence in preferred directions.
3️⃣ Low-Energy Gamma-Ray & Neutrino Excess (Neutron Decay Signature)
🔹 Prediction:
Free neutron decay emits low-energy gamma rays (0.78 MeV) and electron anti-neutrinos.
Void centers should show an excess of diffuse MeV-range gamma radiation.
🔹 How to Observe:
✅ Gamma-Ray Telescopes (Fermi, INTEGRAL, AMEGO) – Look for a diffuse MeV gamma-ray background peaking at 0.78 MeV.
✅ Neutrino Detectors (IceCube, JUNO, Hyper-Kamiokande) – Detect anomalous low-energy anti-neutrino flux from voids.
🔹 Expected Result:
A spatial correlation between void centers and excess MeV gamma/neutrino signals.
🛰️ Best Current Data to Check
21-cm Void Hydrogen Surveys (SARAS, EDGES, LOFAR)
Fermi-LAT & INTEGRAL Diffuse Gamma-Ray Maps
IceCube & JUNO Neutrino Event Distributions
Would you like me to search for any existing anomalous data in these areas or propose a specific observational experiment?
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One of the few books I've kept after so many moves. A look at American history of marginalism. The intentional lack of interaction with the state/social machine.
Also...I feel like any physics ideas I have, have been presented. All the important particles and their interactions. That's why do many shorts lately. So..... any feedback re content always appreciated. 🙏🤘🖖
And we can make it through this crazy. Just the other side is a renewable, low impact, prosperous, diverse future. Food garden the planet!
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I don't know who sees these. If anyone does. But now that I'm back home after family visit I'll be doing a deep look at the membrane of the universe later today. More and more the double layer seems needed. And explains the special position of the neutron in the particle "hierarchy".
4 - 1
Not usually political. As W.S.Lee said "Once an issue is political, it's already too late"
But....
www.documentcloud.org/documents/25486132-report-of…
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My take on the second UAP hearing is that this is a game of 20 questions. And they aren't very good at it. Careful construction of very specific questions is needed to actually make progress.
We know there are NHI. But technically, a crow is an NHI. The questions need to be honed like a scalpel. Danny Sheehan should not be a witness but a questioning member of the panel. Do some kind of deputizing. He has the legal mind to construct questions that allow informative answers without breaking security.
2 - 0
Nature is the only God I know.
Time is a compact dimension, one single Planck second. We have only NOW to play with. Use it wisely. :)
assets.adobe.com/public/176dd4ea-7dcf-4f46-450c-3b…
NEUTRON DECAY COSMOLOGY - elevator pitch. Our manifold...
Sin (cos(u÷2)cos(v÷2),cos(u÷2)sin(v÷2),sin(u)÷2)
Notice 4pi to complete surface. Electron half spin.
Neutrons which contact event horizon become the vacuum flux momentarily then re emerge in the lowest energy density points of space. They travel 14ish relativistic minutes and then decay into amorphous atomic hydrogen. This decay causes an increase in volume of well over 10^53 times. This is the expansion of the universe. This is Lambda. This is how the universe fine tunes itself. The amorphous hydrogen having no stable orbital electron can't interact w photons. Dark matter. This hydrogen then follows usual evolution path into nebulae, stars etc and then eventually, it is again at edge of event horizon.