Interview, Fireside Chat
Ryan Graves: UFOs, Fighter Jets, and Aliens | Lex Fridman Podcast #308
- Career Background: Lieutenant Ryan Graves is a former U.S. Navy F/A-18F Super Hornet pilot, combat lead, landing signal officer (LSO), and rescue mission commander; he left active duty to become an instructor pilot, a role he credits with enabling his public discourse on UAPs.
- Top Gun Movie Analysis: Graves noted the movie's flight maneuvers and "high threat" ingress profiles (low-altitude flight to avoid radar) were realistic, though the film omitted the "chess game" of real-time mission planning and the stochastic nature of modern combat; he dismissed the Mach 10 ejection as physically implausible.
- Modern Dogfighting Reality: He clarified that modern air-to-air engagements rarely involve close-quarters dogfights due to long-range weapons and electronic warfare (EW); F-35s are designed as electronic warfare and mission command platforms rather than pure dogfighters, relying on information dominance over kinetic superiority.
- Hypersonic Threats: Graves identified hypersonic missiles as a significant tactical challenge because they shorten the enemy's "kill chain" (Observe, Orient, Decide, Act), reducing reaction times for defense systems; he noted that while human hypersonic flight does not exist tactically, the technology is being weaponized.
- Bird Strike Data: He confirmed bird strikes are a frequent safety hazard, citing specific incidents where vultures shattered cockpits or disabled engines, necessitating "bird condition" monitoring and radars at naval bases.
- Carrier Landings: Landing on an aircraft carrier requires flying a "perfect pass" through a 1-foot target box with a 5-knot airspeed margin; conditions can degrade to "zero-zero" (visibility near zero), forcing pilots to rely entirely on the LSO's voice commands via radio rather than visual references.
- UAP Incident (East Coast, 2012): While upgrading F/A-18 radars from APG-73 to APG-79 off the coast of Virginia Beach, Graves' squadron detected objects appearing on the advanced radar that were invisible on the older system; these objects exhibited "stationary" behavior relative to wind currents at high altitudes (15,000–20,000 ft) and could not be attributed to known atmospheric phenomena or standard drones.
- Kinematic Anomalies: The observed objects displayed erratic flight paths, including circular patterns, racetrack maneuvers, and sudden accelerations to 0.6–0.8 Mach or supersonic speeds, with some objects remaining stationary against wind shear; one incident involved pilots flying through a dark gray cube inside a translucent sphere that did not register on radar.
- Squadron Consensus: Approximately 80–90% of Graves' squadron (VFA-11) witnessed these objects on radar or visual confirmation; the squadron submitted "hazard reports" to the Naval Aviation Safety network, raising concerns about potential collisions and intelligence gathering rather than assuming an immediate hostile threat.
- Gimbal and GoFast Videos: Graves stated he knows the pilots behind the "Gimbal" and "GoFast" videos personally; he confirmed the "Gimbal" object showed no exhaust, heat signatures, or control surfaces, and performed a near-instantaneous 180-degree turn in a vertical plane without deceleration, a maneuver he describes as physically inconsistent with known aerodynamics.
- Official Investigations: He characterized the House Intelligence Subcommittee hearing as "disingenuous" for focusing on science fiction tropes rather than tactical threat analysis; he views the All-Domain Anomaly Resolution Office (AARO) as a positive, albeit limited, step toward transparency, noting that Dr. Sean Kirkpatrick's background suggests a willingness to treat the topic scientifically.
- Manned-Unmanned Teaming: Graves advocates for using AI to introduce stochastic (random) variability into tactical operations, making aircraft trajectories unpredictable to enemies and breaking traditional "chess game" dynamics; he envisions humans setting high-level objectives while autonomous systems manage the execution and formation of weapon platforms.
- AI and Randomness: He argues that introducing machine learning-generated randomness into combat could provide a "stochastic tactical advantage," where the enemy cannot predict behavior or target assets, potentially rendering traditional defense systems obsolete.
- Future Technology (Materials): Graves co-founded a company using quantum simulation and AI to design advanced materials; he believes mastering the manipulation of matter at the quantum level is the next frontier for space travel and propulsion, potentially allowing humanity to bypass current chemical rocket limitations.
- Extraterrestrial Possibility: While not asserting aliens exist, Graves believes it is statistically unlikely humans are alone in the universe; he suggests that if we encounter other intelligent civilizations, their societal evolution might prioritize cooperation over conflict, viewing war as a primitive mechanism for resource acquisition.
- War in Ukraine: He observed the use of commercial drones (e.g., DJI, Bayraktar) for reconnaissance and munition delivery, highlighting how accessible technology is democratizing warfare and empowering civilian forces, while noting the psychological impact of constant surveillance.
- Psychological Transition: Graves described leaving the Navy as a difficult personal transition involving anxiety and a loss of identity, noting that military culture often fails to address the mental health challenges of veterans leaving high-adrenaline environments.
- Personal Philosophy: He finds clarity and meaning in nature, viewing curiosity and the expansion of human knowledge as the primary purpose of existence; he advises young people to embrace the risk of looking foolish and to pursue paths driven by passion rather than immediate competence.