https://scgp.stonybrook.edu/archives/47175

See Claudia

https://scgp.stonybrook.edu/archives/47175

Title:   Factorization and pdfs
Speaker:   Dave Soper (Glauber singularities and factorization), Pavel Nadolsky (Precision tests of QCD factorization), Eric Laenen (Factorization and resummation), Aniruddha Venkata (Drell Levy Yan relationship and factorization)
Abstract:   Each speaker will present for 10 minutes, followed by a 50 minute discussion

Title:   Higher orders
Speaker:   Johannes Bluemlein ([Remote] The structure of the proton: light, heavy, unpolarized, polarized),
Babis Anastasiou (Finite integrands for hard scattering amplitudes in QCD), Lorenzo Magnea (A long-distance story), Vittorio Del Duca (Soft and/or Collinear), Yao Ma (Regions in Asymptotic Expansions of Amplitudes)
Abstract:   Each speaker will present for 10 minutes, followed by a 50 minute discussion

Title:   Energy Flow
Speaker:   Gilad Perez (From the hierarcy problem to jet substructure & E-correlators), Lance Dixon (Homage to Jets and Sterman), Ian Moult (50 Years of George's Energy Flow Operator,) Kyle Lee (Anomalous Applications of George's Operator), Claudio Coriano (Sum Rules of Gravitational Form Factors in QCD, the trace Anomaly and CFT)
Abstract:   Each speaker will present for 10 minutes, followed by a 40 minute discussion

Title:   Jets and Shapes
Speaker:   Joey Huston (Jets at Hadron-Hadron Colliders), Christopher Lee (Boosting the physics of event shapes in QCD and SCET), Ozan Erdogan (Weighted cross sections and IR safety in coordinate space)
Abstract:   Each speaker will present for 10 minutes, followed by a 50 minute discussion

Title:   Resummation
Speaker:   Nikolaos Kidonakis (Soft anomalous dimensions in QCD), Andrei Belitsky (Walking Sudakov), Werner Vogelsang (Single-particle cross sections in QCD), Stan Srednyak (Local renormalization group and the structure of the proton), Anna Kulesza (Resummation for massive final states).
Abstract:   Each speaker will present for 10 minutes, followed by a 40 minute discussion

Title:   Nuclei
Speaker:   Stephen Libby ([Remote] - Computing Atomic Physics with ‘Quantum Advantaged’ Algorithms), Alfred Mueller (The size of gluon occupancies in saturation), Jianwei Qiu (QCD multiple scattering and jet production in nuclear medium), Fred Olness (CTEQ and CSS: A Celebration of George’s Contributions to Science and Community), Maria Tejeda-Yeomans (Jets in the Quark-Gluon Plasma)
Abstract:   Each speaker will present for 10 minutes, followed by a 40 minute discussion.

Title:   Strings from Almost Nothing    

Abstract:   Is string theory unique? String amplitudes famously accomplish several extraordinary mathematical feats in order to UV-complete gravity, including exhibiting an infinite tower of spinning states and dual resonance. In this talk, I will show that string amplitudes can be uniquely bootstrapped from first principles, using techniques from the modern amplitudes program and quantum field theory to constrain the possibilities for quantum gravity from the bottom up. I will identify physical criteria for scattering amplitudes from which string theory—including its spectrum—emerges as the only consistent answer.

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