Join-in details

Thursday, 30 October 2025
5:00 – 7:00 PM (GMT)

https://us02web.zoom.us/j/85865662051?pwd=ULdUd3Q61R2gts95Wt2TwzaRSKTNRb.1

Meeting ID: 85865662051
Passcode: 317939

Event Description

In this Galileo Commission presentation, Nassim Haramein, Research Director of the International Space Federation (ISF), presents a unified physics framework that bridges quantum mechanics, general relativity, and cosmology. Drawing from ISF’s recent research, he demonstrates how electromagnetic quantum vacuum fluctuations curve spacetime, generating mass, gravity, and nuclear forces from first principles. Haramein then examines practical applications: harnessing zero-point energy and controlling gravity for clean energy and advanced technologies, ultimately helping humanity harmonize with universal laws for a more sustainable world. The ISF team has also published theoretical biophysics papers that demonstrate that neuronic activity and consciousness itself may originate from the same quantum vacuum fluctuations occurring at the Planck scale.

Nassim Haramein is a pioneering theoretical physicist and Research Director of the International Space Federation. Renowned for his comprehensive framework that unifies quantum mechanics and general relativity, he has developed revolutionary insights into how electromagnetic quantum vacuum fluctuations structure spacetime and drive matter creation. His exceptional ability to make complex physics accessible bridges the gap between theoretical research and public understanding, while his theoretical breakthroughs open new pathways towards clean energy technologies and advanced propulsion systems with transformative potential for our civilization.

His pivotal 2013 paper, “Quantum Gravity and the Holographic Mass,” accurately predicted the proton charge radius. When experiments later confirmed his predictions, they demonstrated his rare ability to bridge theoretical concepts with real-world validation. Haramein’s research extends beyond pure theory—he explores practical applications in sustainable energy and gravity technology as he works to harness quantum vacuum fluctuations for humanity’s benefit.

Outside the laboratory, he brings complex physics to wider audiences through documentaries, films, and public lectures, making intricate scientific concepts accessible to everyone. Haramein’s groundbreaking insights challenge established scientific thinking and promise to transform how we understand energy, matter, and the very structure of reality, establishing him as a pioneering voice in scientific innovation and discovery.