Physicist on White House UAP Council Pushes for Declassification, Tests Exotic Materials, and Challenges Limits of Known Physics
A sitting member of the White House UAP Science Advisory Council is filing declassification requests, running laboratory tests on alleged non-human materials, and publicly arguing that mainstream physics does not foreclose the possibility of interstellar visitation. Professor Matthew Szydagis, an astroparticle physicist at the University at Albany, State University of New York, represents a new and significant development in how credentialed scientists are engaging with the UAP question — not from the margins, but from within formal government advisory structures.
In a wide-ranging interview with NewsNation Special Correspondent Ross Coulthart on Reality Check, Szydagis outlined both the promise and the limitations of his advisory role, offered a detailed account of ongoing materials analysis tied to the long-debated “Art’s Parts” samples, and made a careful but pointed case that relativistic physics, properly understood, does not rule out the possibility of craft traveling between star systems and arriving in our skies. The conversation represents one of the most substantive public discussions of UAP science by an active government-appointed researcher to date.
Inside the UAP Science Advisory Council
Szydagis was recently appointed to the UAP Science Advisory Council, a body tasked with providing scientific guidance to the White House and relevant federal agencies on the growing body of unexplained aerial and transmedium phenomena reported by military and intelligence personnel. He was candid about the structural constraints his position carries: without security clearances, council members are limited in what classified material they can access or evaluate directly. Despite that limitation, the council has already filed more than 50 declassification requests — a figure that underscores both the volume of potentially relevant government-held information and the degree to which that information remains shielded from independent scientific scrutiny.
Among the cases Szydagis named as a personal priority for disclosure is the 1996 Varginha incident in Brazil, in which multiple witnesses, including military personnel, claimed to have encountered and captured non-human beings in and around the city of Varginha, Minas Gerais. The case has long attracted serious investigative attention — including from Coulthart himself in prior reporting — and Szydagis’s public identification of it as a top declassification target gives it renewed legitimacy within formal scientific and governmental circles. Brazilian military involvement has never been fully explained, and calls for transparency from that government have gone largely unanswered for nearly three decades.
The Physics of the Tic Tac and the Limits of “Impossible”
One of the most technically substantive portions of the interview involved Szydagis walking through the energy requirements implied by the flight characteristics attributed to the now-famous Tic Tac UAP, observed and recorded by U.S. Navy pilots during the 2004 USS Nimitz encounter. The object reportedly executed near-instantaneous directional changes and accelerations that would be physically catastrophic for any known human-piloted craft. Szydagis approached this not as evidence of impossibility, but as a physics problem — one that demands serious energy analysis rather than reflexive dismissal.
He also addressed a common skeptical argument: that interstellar distances are simply too vast for any civilization to traverse, making visitation physically implausible. Szydagis characterized this as a misreading of Einstein’s theory of special relativity rather than a legitimate constraint. Time dilation — the relativistic effect by which time passes more slowly for an observer traveling at a significant fraction of the speed of light — means that crew members aboard a sufficiently fast craft could experience a journey of thousands of light-years in a fraction of a human lifetime, even if millennia passed on Earth. The argument is not new in theoretical physics, but its articulation by a government-appointed scientist in the context of UAP discourse is notable. He also touched on more speculative but scientifically explored concepts including warp drive physics and energy drawn from the quantum vacuum — areas where mainstream and fringe science increasingly intersect.
Art’s Parts: Materials Testing and the Cost of Honesty
Perhaps the most striking portion of the interview involved Szydagis’s ongoing analysis of one of the so-called “Art’s Parts” samples — fragments of alleged exotic material that passed through the hands of journalist Art Bell, and which were later entrusted to Szydagis through Tom DeLonge of To The Stars Academy and physicist Hal Puthoff, both long associated with serious UAP research and government-connected programs. The samples have been the subject of scientific analysis and controversy for years, with competing claims about their composition and origin.
Szydagis reported the discovery of millimeter-scale holes in the sample material — a detail he said points toward a human, rather than non-human, origin. This is a significant finding, not because it forecloses the UAP question, but because it demonstrates exactly the kind of rigorous, honest scientific work that the field requires. He was willing to follow the data where it led, even when that direction was unwelcome to some in the UAP community.
That honesty, he revealed, came at a personal cost. The harassment Szydagis has received did not originate primarily from skeptics or debunkers, but from those within the UAP research community who want the materials to be alien and reacted badly to findings that complicated that narrative. He described this treatment as worse than anything critics of UAP research have directed at him — a sobering commentary on the tribalism that can infect even serious inquiry at the frontier of science.
Stigma, Suppression, and the Slow Path to Legitimacy
Throughout the conversation, Szydagis reflected on the institutional stigma that has historically discouraged scientists from engaging with the UAP subject, the possibility that physics itself may be subject to suppression in classified programs, and what responsible “disclosure from