Non-Isometric Codes, Complexity, and the Black Hole Information Paradox
Netta Engelhardt (MIT)
Abstract: This talk focuses on recent progress on the role of computational complexity in the black hole information paradox. I will describe quantum code models that settle the tension between two conflicting calculations of the entropy of Hawking radiation within semiclassical gravity: the standard “Hawking” calculation and the quantum extremal surface calculation. The critical aspect of the construction involves a complexity bound on the validity of effective field theory, and I will discuss applications of this from the geometric perspective of holography as well as computationally bounded quantum learning.
HEP - phenomenologyHEP - theorymathematical physics
Audience: researchers in the topic
Series comments: Description: Weekly research seminar of the NHETC at Rutgers University
Livestream link is available on the webpage.
Organizers: | Christina Pettola*, Sung Hak Lim, Vivek Saxena*, Erica DiPaola* |
*contact for this listing |