OK. But the results got published in reputable peer-reviewed journals and we have an astrophysicist remarking that they are worth investigating, so there is that.There's nothing on those plates. They did an astronomical version of cold reading the sky. Gary Nolan is involved. I smell a grift.
It got peer reviews, what does that prove?OK. But the results got published in reputable peer-reviewed journals and we have an astrophysicist remarking that they are worth investigating, so there is that.There's nothing on those plates. They did an astronomical version of cold reading the sky. Gary Nolan is involved. I smell a grift.
There's nothing on those plates. They did an astronomical version of cold reading the sky. Gary Nolan is involved. I smell a grift.
It got peer reviews, what does that prove?OK. But the results got published in reputable peer-reviewed journals and we have an astrophysicist remarking that they are worth investigating, so there is that.There's nothing on those plates. They did an astronomical version of cold reading the sky. Gary Nolan is involved. I smell a grift.
Getting your paper published in a peer-reviewed quality journal does not make it right.
Get us several more Astrophysicists. Then maybe we start having a discussion.Again from the astrophysicist I cited:
It sounds a bit too exotic.What he is saying is that now we may have some actual data science can work with. And it is interesting,
I asked what is it tat you are trying to prove? You said it was peer reviews and that means????
I was driving out in the countryside when I saw these lights, my car was engulfed with a bright lighht ...
When I was iivng north of Seattle before devilment and light pollution looking south towards Seatac you could imagine pasterns in the moving lights, jets. Sometimes it would look like a large moving object.
When I was taking flying lessons in the 80s when I did my first solo night flight it was spooky. A clear moonless night over dark rural New Hiroshima. Imagination kicks in.
Regarding what transients might be, our findings point toward two hypotheses that could account for associations of transients with both nuclear testing and UAP reports. The first involves an unexpected and previously undocumented atmospheric phenomenon triggered by nuclear detonations or related to nuclear fallout that may serve as a stimulus for some UAP reports and appear as transients on astronomical images. While the latter is potentially plausible, effects in the atmosphere (rather than geosynchronous orbit) would be likely to result in a streak on the image over the 50 min exposure, yet all transients appear as distinct point sources rather than streaks. Moreover, this hypothesis is made even more unlikely given that transients were most often observed one day after a nuclear test; such atmospheric phenomena would have to be sustained and remain localized in one location for approximately 24 h to account for the visual appearance of transients. The second hypothesis is more speculative, drawing on a well-known strand of UAP lore suggesting that nuclear weapons may attract UAP<a data-track="click" data-track-action="reference anchor" data-track-label="link" data-test="citation-ref" title="Hastings, R. UFOs & nukes: extraordinary encounters at nuclear weapons sites While this alleged connection has been claimed for decades based on anecdotal evidence, it has until now lacked any systematic supporting data. Within this latter hypothesis, our results could be viewed as indicating that transients are artificial, reflective objects either in high-altitude orbits around Earth<a data-track="click" data-track-action="reference anchor" data-track-label="link" data-test="citation-ref" title="Villarroel, B. et al. A glint in the eye: Photographic plate archive searches for non-terrestrial artefacts. Acta Astronaut. 194, 106–113 (2022)." href="https://www.nature.com/articles/s41598-025-21620-3#ref-CR13">13</a> or at high altitudes within the atmosphere. Whether and how this hypothesis might be further tested remains to be determined.
The first author is an anesthesiologist it seems.
That is weird, but the second author is an astronomer and physicist who specializes in these sorts of things. Maybe you’d like to read the papers and comment on them?The first author is an anesthesiologist it seems.
I would like to but I haven’t had the time yet. I would be curious to see if any of these transients show up in other sky surveys, like the Sloan Digital Sky Survey, which I think was the e first major Sky survey to be done with modern digital detectors and not glass plates.That is weird, but the second author is an astronomer and physicist who specializes in these sorts of things. Maybe you’d like to read the papers and comment on them?The first author is an anesthesiologist it seems.