Low-Energy Interface of Quantum and Gravity - Igor Pikovski

Explore the low-energy interface of quantum mechanics and gravity in this 53-minute conference talk by Igor Pikovski, presented at the Kavli Institute for Theoretical Physics. Delve into novel experiments for fundamental physics, focusing on the intersection of quantum mechanics and gravity at low energies. Examine topics including phase shifts, time dilation, atomic clocks, strain sensitivity, and clock spectroscopy. Investigate the quantum mechanical aspects of time dilation, the quantum twin paradox, and Hamiltonian formulation. Learn about gravitational redshift, edge coherence, Gaussian decay, and initial entanglement. Gain insights into current experiments and their implications for our understanding of fundamental physics. Conclude with a comprehensive prediction of the field's future developments.

Introduction
Interests
Summary
Examples
Phase shifts
Time dilation
Atomic clocks
Strain sensitivity
Clock spectroscopy
Quantum mechanical time dilation
Quantum twin paradox
Hamiltonian formulation
Gravitational Redship
Edge coherence
Gaussian decay
Initial entanglement
Experiments
Conclusion
A complete prediction