Within the hallowed halls of Stanford University, Garry Nolan is more than just a pathology professor. Among the illustrious inventors of the institution, his name stands tall. Boasting 300 academic papers and 40 US patents, one would think he is synonymous with academia. However, to those intrigued by the unknown, he’s the gatekeeper of relics from the cosmos.
From a young age, Nolan’s world was painted with tales of extraterrestrial life and unidentified flying objects. A bewitching video that took the internet by storm claimed an unearthly origin for a miniature skeleton. Curiosity piqued, Nolan and his colleagues from Stanford embarked on a quest for truth.
Their discovery was not of alien origin but of a human skeleton, with rare mutations that mimicked the otherworldly. While this revelation disappointed many seekers of the extraterrestrial, it intrigued the ever-watchful eyes of the Central Intelligence Agency (CIA). Drawing him into their fold, they introduced Nolan to pilots who’d encountered Unidentified Aerial Phenomenon (UAP).
The CIA’s inquiry spanned over 100 individuals with UAP encounters, pointing towards potential cerebral damage. However, the plot thickened as Nolan discerned that these signs predated their celestial rendezvous.
Among the myriad of mysteries, Nolan stumbled upon patients exhibiting the enigmatic Havana Syndrome. But as the narrative escalated, implicating national security threats, their stories became inaccessible. Yet, Nolan’s ingenious arsenal of analytical tools unlocked knowledge hidden within relics from UAP sites.
These artifacts, mundane in appearance, were metallurgical wonders. Among them, a specimen with an uncommon magnesium isotope caught his attention, hinting at deliberate crafting by unknown hands.
Now, Nolan’s journey is to unravel the origins of these celestial remnants, to discern their purpose, and to fathom the events that transpire during a UAP encounter.
