From Black Holes to Quantum Computing

Explore the fascinating connection between black holes and quantum computing in this comprehensive lecture. Delve into the nature of black holes, their detection methods, and their role in advancing our understanding of quantum theory. Learn about gravitational waves, modern imaging techniques, and the portrayal of black holes in popular culture. Discover how black holes serve as natural quantum computers and their potential to solve complex problems beyond the capabilities of standard computers. Examine the concept of black holes as giant hard drives and their implications for error correction in quantum computing. Gain insights into the challenges of building real quantum computers and how black hole physics might contribute to overcoming these obstacles. Journey through cutting-edge scientific concepts that bridge astrophysics and quantum mechanics, offering a new perspective on the universe's most enigmatic objects and their potential applications in future technology.

Introduction to the talk
What is a black hole?
Evidence and detection of black holes
Approaching a black hole
The black hole in Interstellar
Modern imaging of black holes
Gravitational waves
Black holes and quantum theory
New quantum perspectives
Black holes as giant hard drives
Real quantum computers?
Quantum errors
Black holes and error correction
From black holes to quantum computing