The conference consisted of talks and discussion sessions. The following topics have been discussed among all participants in plenary or parallel sessions of 60 minutes each.
- Conceptual significance and experimental possibilities of QFT beyond scattering theory
- Which mathematical and physical structures of Quantum Field Theory are believed to transcend the gravity - quantum unification
- The role of observables in Quantum Gravity in light of diffeomorphism invariance and quantizatio
- Axiomatization of QFT: Will practical QFT one day be replaced by a proper mathematical framework with axiomatizable foundations?
- A critical assessment of current approaches to quantum gravity concerning unificatio
- Theory-Experiment Wishlist: What is most urgently needed by one side from the other in order to make progres
- Do we really have a fundamental understanding of ordinary matter? & Can Quantum Mechanics be derived from Quantum Field Theory?
- Does gravity play a role when considering interpretations or modifications of quantum theory?
- Guiding questions for the next generation
- Which problems and which opportunities would arise if gravity were fundamentally classical?
- Unification wish list: What questions do we hope/expect/demand a fundamental theory to answer? (Checklist for new theory?
- What cherished physical principles are you most willing to give up, and why, if Quantum Gravity won't allow them all?
- Nature of Time (Is time fundamental? What mathematical structure could time have?
- What is the meaning of probabilities in physical theories where properties/events do not repeat themselves?
- Microscopic structure of space-time & If space-time is fundamentally discrete: What would be the macroscopically observable implications
- Tabletop/low energy experiments for probing gravitational effects in quantum systems
- Must spacetime singularities be resolved in Quantum Gravity? & Will quantum spacetime causal structure shift studying black holes?
- To what extent do the rigorous proofs of mathematical results first uncovered by QFT contribute to our "understanding" of those results?
- Is QFT in a classical external field (gravitational or electromagnetic) well understood conceptually and mathematically
- What is a particle detector? & Measurement(-problem?) in QFT
- What is the significance of a global state? & Is global hyperbolicity a necessary condition for consistent Quantum Field Theory?
- What counts as "understanding" in QM and QFT
- Does gravitational entanglement imply that gravity is quantum? (And if yes, may it inform specific quantum gravity theories?)
- Quantum Causal Indefinite Structures and Quantum Field Theory - Mutual inspirations and conflicting concepts
- New experimental paradigms at the interface of QM/QFT and gravity which are currently controversial or go beyond what has been published so far
- Ideas for innovative formats of conferences: How can we communicate more efficiently and understand more?
- Which visions do senior scientists have for the future? & What could senior scientists learn from juniors?
- What you always wanted to ask/know/clarify?
- Felix Finster, University of Regensburg, Regensburg (Germany)
- Domenico Giulini, University of Hanover (Germany)
- Johannes Kleiner, University of Hanover (Germany)
- Jürgen Tolksdorf, MPI for Mathematics in the Sciences, Leipzig (Germany)
Administrative ContactAntje Vandenberg
MPI for Mathematics in the Sciences
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