Topic: Tektites

Tektites comes up in 3 chapters across 2 episodes of The Higherside Chats Free Show, from July 2020 to July 2021.

July 2020 July 2021

Related topics

Bruce Fenton | Hybrid Humans, Entity Involvement, & Alien A.I.
• 4:24 - 13:18

Bruce Fenton | Hybrid Humans, Entity Involvement, & Alien A.I.

Australite Tektite Mystery and Evidence of Ancient Craft Debris

Bruce Fenton provides an update on his research into australite tektites, which he dates to approximately 788,000 years ago. He argues that this anomalous glass material, found in a massive debris field from China to Antarctica, represents the remains of an exploded extraterrestrial craft rather than a terrestrial impact or lunar volcanic event. Fenton notes that the first technical paper on these glasses was written by Charles Darwin, and he highlights the failure of the current scientific consensus to explain the material's unique chemical composition.

australite tektitescharles darwinnasasilica788000 years ago
Bruce Fenton | Exogenesis: Hybrid Humans, Ancient Aliens, & The Mothership
• 43:51 - 48:19

Bruce Fenton | Exogenesis: Hybrid Humans, Ancient Aliens, & The Mothership

Australite Tektites, Crystalline Spaceship and Orbital Explosions

Fenton presents geological evidence for a crystalline spaceship explosion over Australia approximately 780,000 years ago. He links the mystery of Australite tektites—glassy minerals found across 20-30% of the Earth's surface—to the molten debris of this destroyed craft.

tektitesaustralitesilicamothershipgeological record
Bruce Fenton | Exogenesis: Hybrid Humans, Ancient Aliens, & The Mothership
• 48:19 - 52:31

Bruce Fenton | Exogenesis: Hybrid Humans, Ancient Aliens, & The Mothership

NASA Tektite Analysis, Vacuum Bubbles and Orbital Decay

NASA experiments on Australite tektites revealed they formed in a hard vacuum and were shaped by aerodynamic forces during a decaying orbit. Fenton argues that the high silica content and lack of terrestrial rock fusion prove these objects originated from an artificial body in space rather than a standard meteorite impact.

nasatektiteshard vacuummoses lawaerodynamics