It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
The analysis of the magnitude and color of the “disappeared” objects has shown that they are almost all very faint and very red. The color and the fact that they have a point-like appearance suggests that they are not objects of the Solar System. If they had been, for example, asteroids, they would have left a linear trace, due to the movement accumulated during the exposure (which, in the photographic plates of the USNO catalog, lasted for about 50 minutes). Furthermore, the bodies of the Solar System are typically much bluer (because they reflect sunlight) than the approximately 100 candidates discovered by Villarroel and colleagues.
It’s Never Aliens—until It Is
www.scientificamerican.com...
“If these dips were caused by solid, opaque objects, you’d expect them to block light equally at all colors. But we saw that the dips were deeper in blue [light] than they were in the red, which indicates that something more transparent, like dust, is crossing in front of the star,” Boyajian says. “How do we know it’s not solar panels absorbing blue light more efficiently than red light? Well, we don’t, but we do know dust is all over the universe in many different places, and what we now see is what we’d generally expect from dust.” The result mirrors that of another team led by the University of Arizona astronomer Huan Meng, which also flagged dust as the likely cause of the star’s odd behavior in October 2017.
. You haven't addressed the research posted in this thread and I doubt you have even read it.
The analysis of the magnitude and color of the “disappeared” objects has shown that they are almost all very faint and very red. The color and the fact that they have a point-like appearance suggests that they are not objects of the Solar System. If they had been, for example, asteroids, they would have left a linear trace, due to the movement accumulated during the exposure (which, in the photographic plates of the USNO catalog, lasted for about 50 minutes). Furthermore, the bodies of the Solar System are typically much bluer (because they reflect sunlight) than the approximately 100 candidates discovered by Villarroel and colleagues.
You haven't answered why they shouldn't do research looking into technosignatures.
You made some vague statement about these Scientist not being ethical but never showed how they're unethical.
You post the opinion of Lee Billings a Space Writer at Scientific American but again you don't address the research presented in the thread.
You made some vague statement about these Scientist not being ethical but never showed how they're unethical.
5 Times 'Aliens' Fooled Us
By Jesse Emspak
First Published 3 years ago
www.livescience.com...
You act like these Researchers are stupid and didn't ask any questions
Spinning science: Overhyped headlines, snarled statistics lead readers astray
They should only be used to decide whether to read the article or not,” she said. “They’re written to grab eyeballs and they’re often inflammatory and not scientific.”
www.fredhutch.org...
But researchers studying Oumuamua — including Loeb — courted controversy and attracted fascinated media attention when they mentioned in their paper that Oumuamua could instead be artificial in origin, and may even be a solar sail.
www.vox.com...
Astronomers Have Analysed Claims 'Oumuamua's an Alien Ship, And It's Not Looking Good
www.sciencealert.com...
We already mostly knew this. But a paper last year from Harvard astrophysics enfant terrible Avi Loeb briefly suggested the possibility that the rock was an alien probe. It was like a spark to dry tinder, honestly, and other scientists have been running around with buckets ever since.
Are Stars Disappearing? With Dr. Beatriz Villaroel
m.youtube.com...
An international research group led by Beatriz Villarroel from the Nordic Institute for Theoretical Physics in Sweden and the Institute for Astrophysics on the Canary Islands reports something strange in the current issue of The Astronomical Journal. They compared star maps from the 1950s with recent surveys, and discovered that 100 previously catalogued stars cannot be found anymore.
www.airspacemag.com...
Are Stars Disappearing? With Dr. Beatriz Villaroel
m.youtube.com...
That's a good example of a Holmesian Fallacy, which fortunately Dr. Villarroel realizes is a fallacious approach in astronomy.
originally posted by: neutronflux
Are Stars Disappearing? With Dr. Beatriz Villaroel
m.youtube.com...
Care to quote what Dr. Villarroel said at the 9:47 mark in its entirety?
Undoubtedly, VASCO will generate large lists of candidate objects in searches for vanishing stars. Individually, these serve no purpose unless verified. We can agree that a wide-field search that results in a list of candidates is of no great interest for research if each candidate sooner or later gets dismissed due to lack of verification as a potential SETI candidate.
However, if a region of the sky has a tendency to produce an unexpectedly large fraction of candidates relative to the background, this region or “hot spot” may deserve some extra attention. As a part of VASCO’s research program, we plan to combine all the unverified initial results from many different search programs such as the optical all-sky surveys NIROSETI and PANOSETI, and from other wide-field surveys in general (see Section 5.2. We aim to visualize the background of the unverified candidates in a two-dimensional projection of the sky. Altogether, this noisy background of neglected candidates could reveal “hot spots” of transient activity, where for some reason many candidates are concentrated. Doing this iteratively with reliable clustering methods and zooming in on the most active regions in our SETI (or technosignature) searches, we can identify the most probable locations to host extra-terrestrial intelligence. VASCO will therefore never dismiss any candidates forever. Rejection and acceptance are only transient states in the process. The information on potential “hot spots” can further be used to select the most interesting candidates.
Three years later, it's still unclear what happened to that star spotted in 1950, but the team behind the "Vanishing & Appearing Sources during a Century of Observations" (Vasco) project now says they've found a hundred more missing stars like it by comparing old and new observations. While they've seen no signs of aliens just yet, they say parts of space where multiple stars seem to disappear could be the best places to look for extraterrestrial intelligence (ETI).
"Unless a star directly collapses into a black hole, there is no known physical process by which it could physically vanish," explains a new study published in the Astronomical Journal and led by Beatriz Villarroel of Stockholm University and Spain's Instituto de Astrofísica de Canarias. "The implications of finding such objects extend from traditional astrophysics fields to the more exotic searches for evidence of technologically advanced civilizations."
The project team believes their search for vanishing stars could be useful in the search for extraterrestrial intelligence (SETI) by identifying "hot spots" in space where an unexpectedly large number of stars seem to be missing.
"Zooming in on the (hot spots) in our SETI (or technosignature) searches, we can identify the most probable locations to host extra-terrestrial intelligence," they write.
Are Stars Disappearing? With Dr. Beatriz Villaroel
m.youtube.com...
Are Stars Disappearing? With Dr. Beatriz Villaroel
m.youtube.com...
originally posted by: neutronflux
a reply to: neoholographic
Since the discovery of the first pulsar in 1967, certain scientists at the drop of a hat have tried to pin “aliens” on ever new unexplained phenomena.
How has that working out? For the last 53 years.
A new discovery could be a clue for us to see if life could emerge elsewhere in the Solar System. Using a new analysis technique, scientists think they have found an extraterrestrial protein, tucked inside a meteorite that fell to Earth 30 years ago.
If their results can be replicated, it will be the first protein ever identified that didn't originate here on Earth.
This paper characterizes the first protein to be discovered in a meteorite. Amino acid polymers previously observed in Acfer 086 and Allende meteorites [1,2] have been further characterized in Acfer 086 via high precision MALDI mass spectrometry to reveal a principal unified structure of molecular weight 2320 Daltons that involves chains of glycine and hydroxy-glycine residues terminated by iron atoms, with additional oxygen and lithium atoms. Signal-to-noise ratios up to 135 have allowed the quantification of iron and lithium in the various MALDI fragments via the isotope satellites due to their respective minority isotopic masses 54Fe and 6Li. Analysis of the complete spectrum of isotopes associated with each molecular fragment shows 2H enhancements above terrestrial averaging 25,700 parts per thousand (sigma = 3,500, n=15), confirming extra-terrestrial origin and hence the existence of this molecule within the asteroid parent body of the CV3 meteorite class. The molecule is tipped by an iron-oxygen-iron grouping that in other terrestrial contexts has been proposed to be capable of absorbing photons and splitting water into hydroxyl and hydrogen moieties.