Quantum Black holes | Gerard 't Hooft

Incorporating the gravitational force in theories of the sub-atomic particles is one of the greatest challenges in theoretical physics. Einstein predicted the existence of black holes, even sub-atomic ones. How do these tiny black holes and sub-atomic particles interact? Gerard ’t Hooft shows that the mathematics which describes the hydrogen atom can be applied to a black hole, since this must also be a quantum form of matter. It turns out that space and time take bizarre twists here. Prof.dr. Gerard ’t Hooft received the Nobel Prize in Physics in 1999 for elucidating the quantum structure of electroweak interactions. ’t Hooft is affiliated to the Centre for Extreme Matter and Emergent Phenomena (UU). Moderator: prof.dr.ir. Alexander Brinkman, professor Quantum Transport in Matter (UT). Studium Generale organizes public lectures on the most recent and exciting developments in science, technology, politics and culture. Scientists and other experts speak passionately about their fields of expertise and the world we live in. There’s always time for interaction, so feel welcome to join! 22-11-2016 Follow us Website: https://www.utwente.nl/nl/sg/ Facebook:   / utwentesg   Instagram:   / sg_utwente   © Studium Generale – University of Twente