Holographic Gravity
Center
Center
.Holographic Gravity Center.
Exploring the Frontiers of Gravity, Entropy, and Quantum Information
HolographicGravity.Center is envisioned as a comprehensive online platform dedicated to the exploration and dissemination of advanced concepts in holographic gravity and its intersection with thermodynamics, geometry, information theory, and cosmology.
It serves as a hub for high-level educational and research-oriented content, targeting physicists, researchers, students, independent researchers passionate or simply physics enthusiast about understanding the deeper structures of our universe.
Whether you're physics enthusiast, advancing your studies in theoretical physics or contributing to cutting-edge cosmological research, HolographicGravity.Center is designed to inspire and guide you on your journey.
Unraveling the Cosmos Through Holographic Gravity
At the Holographic Gravity Center, we redefine the universe with the help of the emergence from boundary-encoded quantum information. Bridging quantum mechanics, thermodynamics, and gravity, Scaling Entropy-Area Thermodynamics (SEAT) explores the profound connection between information and spacetime. Our research reveals gravity as an emergent phenomenon, arising from quantum entanglement and structured information encoded on boundary surfaces.
Dive into a universe where:
- Entropy Meets Geometry: Discover how gravitational entropy scales with surface area, not volume.
- Quantum Information Creates Spacetime: Explore the role of entanglement in shaping the cosmos.
- The Black Hole Information Paradox Resolves: See how Hawking radiation organizes and preserves information.
Join us as we pioneer insights into quantum gravity, uniting the physical laws that govern our universe. Learn more about the SEAT framework and the holographic principle today.
Based on
The YouTube video titled "HOLOGRAPHIC GRAVITY"explores how informational processes at boundary surfaces shape spacetime curvature, linking quantum gravity, thermodynamics, and entropy.
Where Boundaries shape Reality