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3. What explains the extremely bright, uniform coma with no dust clumping?

Natural comets do not glow like stable plasma bulbs.

4. Why does the tail behave like a directional exhaust stream instead of a solar-radiation-shaped plume?

This is one of the most unambiguous anomalies yet.

5. Why is the object absorbing radio frequencies linked to organic chemistry (1665 & 1667 MHz)?

MeerKAT scientists confirmed this—but NASA has not acknowledged it.

6. Why has NASA avoided publicly addressing Loeb’s published findings?

The Questions I Encourage Every Viewer to Submit Live Using #AskNASA

NASA invited the public to submit questions during the livestream.
Here are the best, most direct questions the public should ask—questions that cut through the noise and address the core mysteries.

1. “What mechanism explains 3I/ATLAS’s confirmed non-gravitational acceleration?”
2. “Why does the jet remain stable instead of smearing due to rotation, as Loeb’s analysis confirms?”
3. “Has NASA analyzed the object’s radio-frequency absorption in the OH maser bands associated with life chemistry?”
4. “Can NASA explain the directional, spine-like jet structure that resembles a propulsion vector?”
5. “Has NASA ruled out artificial or engineered explanations, and if so, based on what data?”
6. “Why were early HiRISE images withheld for months, and will they finally be released today?”
7. “Why is 3I/ATLAS significantly brighter than expected for an interstellar icy body at this distance?”
8. “Why is there no visible dust fragmentation, debris fields, or grain loss in any of the new images?”
9. “Does NASA acknowledge the object’s anti-tail and its inconsistency with standard solar wind physics?”
10. ‘What is NASA’s policy if an interstellar object displays non-natural behaviors?”

A question that should have been answered seven years ago with 'Oumuamua.

These are not sensational questions—they are scientific ones.
They are grounded in documented evidence.

And NASA must answer them.

A Turning Point in Public Understanding

Tomorrow’s event is more than a livestream. It is a moment of accountability. The public is no longer dependent solely on NASA for data. Amateur astronomers worldwide now contribute images that rival professional observatory quality.

The November 16 Celestron EdgeHD 800 image alone—taken by Satoru Murata—revealed structural anomalies that no press release can easily dismiss.

The era of public, crowdsourced astrophysics has arrived. And with it, a new expectation: transparency.

I’ll be covering the event in real time for USA Herald, and I will publish a full analysis immediately after.