Join The Deeper Thinking Podcast as we explore the groundbreaking revelations of propulsion expert Richard Banduric at the round table dicussion presented by NASA Convergent Aeronautics Solutions Project in collaboration with Shoshin Works.

About Richard Banduric: Innovator in Advanced Propulsion and Materials Science

Richard Banduric is a pioneering expert in advanced propulsion systems and materials science, with over four decades of experience in electrical engineering and applied physics. As the CEO of Field Propulsion Technologies, his work focuses on breakthrough innovations in propulsion and the exploration of advanced materials, including those with potential extraterrestrial origins.

Early Career and Classified Research

In the early stages of his career, Banduric co-owned a reverse-engineering firm where he was introduced to cutting-edge technologies far surpassing conventional scientific understanding. His work with NGOs and classified programs uncovered unique material properties and potential propulsion methods that challenged the boundaries of classical physics. These experiences propelled him into collaborations with institutions like DARPA, where he explored the phenomenon of longitudinal forces in composite conductors—materials existing between traditional conductors and insulators.

Current Research and Innovations

Banduric’s recent work revolves around nanoparticle-enhanced metamaterials capable of generating external forces for propulsion. This research, supported by the NSF, investigates how accelerated charges within nanoparticles can produce significant forces with minimal energy input. His findings align with theories of longitudinal radiation and scalar potentials, suggesting the existence of previously undetectable fields.

Among his notable breakthroughs:

Electroscalar Radiation Hypotheses: Investigating radiation types beyond traditional electromagnetic fields.

Cloaking and Light-Bending Materials: Exploring metamaterials for invisibility applications.

Smart Materials: Studying self-repairing, adaptive materials that exhibit unprecedented computational and environmental responses.

Banduric’s work with advanced materials has frequently intersected with the study of suspected extraterrestrial technologies. He has analyzed isotropic data from self-disintegrating “smart materials,” identifying structural compositions far beyond human capabilities. These materials have displayed behaviors such as:

Self-repair and environmental adaptation.

Cooling high-temperature surfaces.

Apparent cloaking abilities through light manipulation.

Banduric envisions transformative applications of these technologies within the next decade, particularly in aerospace and defense sectors. His research bridges the gap between theoretical physics and practical engineering, offering a glimpse into the future of propulsion and material science.

Highlights of Expertise and Achievements:

Over 40 years of contributions to electrical engineering and advanced physics.

Collaboration with DARPA, NSF, and prominent NGOs.

Leadership in nanoparticle-enhanced propulsion systems.

Cutting-edge research into longitudinal forces and scalar potentials.

Exploration of extraterrestrial materials and cloaking technologies.

🔥 New episodes every week. Engage with us by liking, sharing, and leaving a review—your support keeps us exploring and thinking deeply

---

Bonus Content