A RAS Specialist Discussion Meeting organised by Roger Davies; Joseph Silk; *Khalil Chamcham; Michael Hicks; Davis Sloan; Rafael Batista; Leanne O'Donnell - University of Oxford
The emergence of classical behaviour from a quantum background is crucial to understanding the formation of structures in our universe and deserves serious investigation, but the passage from quantum fluctuations to large scale structure in the universe is poorly understood. Because this problem, like the fine-tuning problems mentioned above, combines questions in small scale quantum physics with questions in large scale gravitational physics, coming to grips with it requires input from both fields.
By bringing together classical and quantum cosmology we will shed light on the fundamental issues involved in applying quantum physics to cosmology as well as understanding how probabilistic quantum predications can lead to a well-defined set of cosmological parameters—parameters to which the standard model of cosmology is highly sensitive. We will examine whether the sensitivity of our models on these parameters shows our world—or models—to be fine-tuned, and whether the physics of our local universe blurs this sensitivity, rendering the emergence of structure, and life, even more unlikely in the cosmological context.
Session I: Rafael Batista, Chair
10.25-10.30am: Welcome talk, David Sloan
10.30-11.10am: Review talk 1, Bernard Carr
11.10-11.45am: Specialised talk 1, Thomas Hertog
11.45am-12.20pm: Specialise talk 2, Francesca Vidotto
12.30-13.30pm: lunch break
Session II: David Sloan, Chair
13.30-14.10pm: Review talk 2, Sabine Hossenfelder
14.10-14.45pm: Specialised talk 3, David Marsh
14.45-15.20pm: Specialised talk 4, Joao Magueijo
15.30-16.00pm: Tea at the Geological Society