Overview
In a recent episode of The Michael Shermer Show (episode 580, aired Jan 18, 2026), the host sat down with documentary filmmaker James Fox, whose three‑decade‑long effort to catalog UFO (now more commonly called UAP) encounters has brought a handful of sightings into the mainstream conversation. Fox’s research, which spans interviews with fighter pilots, radar operators, intelligence analysts, and civilian witnesses, concludes that while 90‑95 percent of reported incidents can be explained—often as aircraft, balloons, or atmospheric phenomena—a small but persistent subset resists conventional explanation. The discussion underscores a growing consensus among skeptics and officials alike that dismissing these outliers outright is no longer scientifically defensible.
Key Findings
Fox points to several recurring patterns in the “hardest to dismiss” cases: objects that exhibit high‑speed acceleration, abrupt direction changes, and lack of conventional propulsion signatures; sightings corroborated by multiple, independent sensors such as radar, infrared, and visual observers; and encounters that occur in restricted airspace where civilian aircraft are prohibited. “When you have a radar lock, a visual confirmation from a trained pilot, and a recorded infrared trace that all line up,” Fox told Shermer, “the data set becomes too robust to be brushed aside as a simple misidentification.”
The episode also referenced the 2023 Pentagon UAP report, which identified 144 incidents with “potentially anomalous characteristics,” and noted that 23 of those remain unexplained after exhaustive analysis. These figures echo Fox’s own database, which now lists over 150 well‑documented cases, of which about a dozen meet his strict criteria for “hard‑to‑dismiss.”
Notable Cases
Among the most compelling examples highlighted were:
The 2015 “GoFast” video captured by a US Navy F/A‑18E, showing an object skimming over the ocean at speeds far exceeding known aircraft capabilities, with onboard infrared sensors confirming an intense heat signature.
The 2021 “Gimbal” encounter off the coast of California, where a Navy F‑35 pilot reported a disc‑shaped object executing a 360‑degree rotation while maintaining a steady altitude, a maneuver that defies current aerodynamic models.
The 1997 “Phoenix Lights” incident, revisited with newly released civilian dash‑cam footage that aligns with military radar sweeps, suggesting a coordinated formation of luminous objects moving silently across the sky.
Fox emphasizes that each of these events includes independent verification—pilot testimony, sensor data, and, in some cases, corroborating civilian recordings—making them resistant to the usual “one‑off” explanations.
Calls for Systematic Investigation
Both Shermer and Fox agree that the scientific community must adopt a structured, transparent investigative framework akin to protocols used in aviation accident analysis. Fox advocates for a centralized UAP repository managed by an independent agency, with standardized reporting forms, secure data sharing between military and civilian entities, and peer‑reviewed publication of findings. “We need the same rigor we apply to any anomalous data set,” Fox said. “Only then can we separate genuine unknowns from misidentifications and avoid the pitfalls of speculation.”
Shermer adds that skeptical rigor should not be equated with denial. “Skepticism is about demanding evidence,” he noted, “not about refusing to look.” He urges funding agencies to allocate resources for multidisciplinary research teams that include physicists, engineers, psychologists, and data scientists, ensuring that bias is minimized and methodological soundness is maintained.
Looking Ahead
The conversation on the show reflects a broader shift: congressional committees have begun requesting regular briefings on UAP data, and the Department of Defense has pledged to declassify additional sensor logs over the next two years. While the majority of sightings will likely continue to be explained, the small cohort of unresolved cases now commands serious attention from both policymakers and the scientific establishment.
As Fox concludes, “We may never know exactly what these objects are, but we do know they exist in our data.” The challenge, he argues, is to move from anecdote to analysis, applying the same standards of evidence that govern all other realms of inquiry. For now, the hardest UFO cases remain a call to action, urging a balanced, evidence‑based approach that respects both the unknown and the rigor of scientific investigation.
