On the Classification of UV Completions of Integrable TTbar Deformations of CFT - Changrim Ahn
Explores UV completions of integrable TTbar deformations in CFT, discussing recent advances in mathematical physics, condensed matter, and string theory within the context of integrable models.
Integrability in One Dimensional Classical Non-Equilibrium Statistical Mechanical Models
Explore integrability in one-dimensional classical non-equilibrium statistical mechanical models with Tomohiro Sasamoto. Gain insights into recent advances and applications in mathematical physics and condensed matter theory.
Integrability of Conformal Symmetry - Volker Schomerus
Explore recent advances in integrable models across mathematical physics, condensed-matter physics, and string theory, focusing on conformal symmetry and its applications in various fields.
Probing the Screening of the Casimir Interaction with Optical Tweezers - Paulo Maia Neto
Explores screening of Casimir interaction using optical tweezers, discussing experimental techniques and theoretical implications for quantum electrodynamics and material science.
Casimir Metrology and the Casimir Energy - David Bishop
Explore Casimir metrology and energy with David Bishop, delving into quantum and thermal electrodynamic fluctuations in matter. Gain insights from this conference talk on fundamental physics and engineering applications.
Zero-Point Photon Scattering in Real Materials - Lessons from Precision Casimir Force Measurements
Precision Casimir force measurements reveal insights into zero-point photon scattering in real materials, exploring quantum electrodynamic fluctuations and their impact on fundamental physics and engineering applications.
Engineering Casimir-Polder Interactions in Nanophotonic Systems
Explores engineering Casimir-Polder interactions in nanophotonic systems, discussing recent advancements and challenges in quantum electrodynamics and their impact on physics, chemistry, and engineering applications.
A Bose-Einstein Condensate Thermal Engine - Gabriele De Chiara
Explore Bose-Einstein condensate thermal engines with Gabriele De Chiara. Discover quantum fluctuations, electromagnetic fields, and their impact on physics, chemistry, and engineering applications.
Quantum and Casimir Friction - Energetics and Forces - Kim Milton
Explore quantum and Casimir friction, focusing on energetics and forces in electromagnetic fields near matter. Gain insights into fundamental physics and potential applications.
Dynamical Casimir Effect in Superconducting Circuits - Franco Nori
Explore the dynamical Casimir effect in superconducting circuits with Franco Nori. This talk delves into quantum fluctuations, electromagnetic fields, and their interactions with matter, advancing our understanding of fundamental physics.
Cold Atoms for Casimir-Polder Measurements - Gabriel Dutier
Explores cold atom techniques for precise Casimir-Polder force measurements, discussing experimental challenges and recent advancements in quantum electrodynamics and atom-surface interactions.
Aspects of Thermal Radiation - Time-Modulated System and Chemical Potential for Photons - Shanhui Fan
Explores thermal radiation in time-modulated systems and photon chemical potential. Discusses quantum and thermal electrodynamic fluctuations, impacting physics, chemistry, and engineering domains.
Experiments of Near-Field Thermal Radiation and Energy Conversion - Bong Jae Lee
Explores near-field thermal radiation experiments and energy conversion, focusing on quantum and thermal electrodynamic fluctuations in matter. Discusses recent progress, challenges, and potential applications in physics and engineering.
Controlling the Casimir Effect With Novel Materials and Geometries - Jeremy Munday
Explore novel materials and geometries to control the Casimir effect, with insights from Jeremy Munday on quantum electrodynamic fluctuations and their impact on fundamental physics and engineering applications.
Prediction and Assignment of Spectra from Strongly Magnetized
Explore spectral prediction and assignment techniques for strongly magnetized systems, focusing on white dwarf stars and their astrophysical implications in galactic population studies.
Surviving Runaway Stellar Remnants from Thermonuclear Supernovae - Roberto Raddi
Explore surviving stellar remnants from thermonuclear supernovae with Roberto Raddi. Discover astrometric, photometric, and spectroscopic insights into white dwarfs and their role in understanding galactic evolution.
A Road-Map to White Dwarf Pollution - Marc Brouwers
Explore white dwarf pollution through astrometric, photometric, and spectroscopic data. Gain insights into stellar remnants and their role in probing various astrophysical phenomena.
Moment of Birth - How Infant-Phase Signals from SN2018aoz Inform
Explore how infant-phase signals from supernova SN2018aoz provide insights into white dwarf physics and stellar evolution, presented by Yuan Qi Ni from the University of Toronto.
Observations of Thermonuclear Supernovae - Kate Maguire
Explore thermonuclear supernovae observations with Kate Maguire, covering astrometric, photometric, and spectroscopic data from all-sky surveys to gain insights into white dwarf populations and their astrophysical implications.
Multidimensional Hydrodynamical Simulations and Radiative Transfer - Samuel Boos
Explore multidimensional hydrodynamical simulations and radiative transfer in white dwarf astrophysics. Gain insights into advanced modeling techniques for studying stellar remnants and their implications for galactic evolution.
Type Ia Supernova Progenitors - Ruediger Pakmor
Explore Type Ia supernova progenitors with Ruediger Pakmor, focusing on white dwarf physics, stellar evolution, and their role in galactic populations and gravitational wave sources.