1:00–2:00
Talk
2:00–2:05
Break
2:05–3:00
Open Discussion and Q&A
Attempts to quantize gravity in the Hamiltonian approach lead to the ‘problem of time’; the resultant formalism is often said to be ‘frozen’, non-dynamical, and fundamentally timeless. To resolve this problem, Connes & Rovelli (1994) suggest the adoption of a ‘thermal time hypothesis’: on one interpretation of this hypothesis, the flow of time emerges thermodynamically from a fundamentally timeless ontology. While statistical states are typically defined to be in equilibrium with respect to some background time, the proposal is that we instead define time in terms of these statistical states: statistical states define a time according to which they are in equilibrium. To avoid circularity, we better have a good conceptual grasp on notions such as ‘equilibrium’ and ‘statistical state’ which are independent of time. However, I argue that these concepts either implicitly presuppose some notion of time, or cannot be applied justifiably yet to a fundamentally timeless context.
• The Foundations of Physics @Harvard series is co-sponsored by the Department of Philosophy
• This is a free Zoom event (no registration fee)
• The meeting ID and password will be shared with those who register
• Each talk will be 1 hour, followed by a 5-minute break and then 55 minutes for questions
• You can find more events in this series on the Foundations of Physics @Harvard website
• You can visit the YouTube channel here
Questions or comments: Jacob Barandes, <lastname>(at)g.harvard.edu (organizer)
LOCATION:Zoom STATUS:CONFIRMED DTSTART:20221004T170000Z DTEND:20221004T190000Z END:VEVENT END:VCALENDAR