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.
Electromagnetic Response of Graphene and Role of Evanescent Waves in Resolution of the Casimir Puzzle
Explores electromagnetic response of graphene and evanescent waves in resolving the Casimir puzzle, part of a conference on quantum and thermal electrodynamic fluctuations in matter.
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.
Measurement of the Casimir Interaction at Large Separations and Development of New Sensors
Explores Casimir interactions and quantum field fluctuations in matter, discussing experimental challenges, theoretical puzzles, and potential impacts on fundamental science and materials applications.
Near Field Radiative Heat Transfer in Many-Body Systems - Phillipe Ben Abdallah
Explores near-field radiative heat transfer in multi-body systems, discussing recent advancements and challenges in quantum and thermal electrodynamics fluctuations in the presence of matter.
QED Quantum Fluctuations in the Presence of Half-Spaces Filled With Topological Insulators
Explores quantum electrodynamic fluctuations near topological insulators, discussing implications for Casimir interactions and heat transfer in various materials and experimental challenges.
Traces of Quantum Friction in the Accumulated Geometric Phase - Fernando Lombardo
Explore quantum friction's impact on geometric phase accumulation. Discover insights into quantum electrodynamic fluctuations and their implications for fundamental physics 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.
Quantum Levitation and Optical Resonators - Sol Carretero Palacios
Explores quantum levitation and optical resonators, discussing electromagnetic field fluctuations in matter and their impact on physics, chemistry, and engineering phenomena.
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.
Nanoplasmonic Thermal Emission in Near- and Far-Fields - Sheng Shen
Explore nanoplasmonic thermal emission in near- and far-fields with Sheng Shen from CMU. Gain insights into quantum and thermal electrodynamic fluctuations in matter, impacting physics, chemistry, and engineering.
Phonon Coupling and Mechanical Stable Equilibrium Through Quantum Fluctuations - Haokun Li
Explores phonon coupling and mechanical stable equilibrium through quantum fluctuations, discussing implications for fundamental physics and material science advancements.
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.
Qualitative Chirality Effects in the Casimir-Lifshitz Torque in Birefringent Multilayer System
Explore chirality effects in Casimir-Lifshitz torque for birefringent multilayer systems. Delve into quantum and thermal electrodynamic fluctuations, addressing novel questions in physics, chemistry, 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.
Synthetic Biology and Materials Science - Nature-Made Plastics
Explore synthetic biology's application in materials science, focusing on engineering microorganisms to produce Tulipalin A for eco-friendly plastic manufacturing, eliminating the need for crude oil.
The Odyssey of Liquid Crystals - From Carrot to Flat Screen by Michel Mitov
Explore the fascinating journey of liquid crystals from their discovery in carrots to revolutionizing flat screen technology. Uncover the scientific breakthroughs and key players behind this transformative material.
Designing Ru-Based Quantum Spin Liquid Candidates and Beyond - Microscopic Modelling and Experimental Signatures
Explore Ru-based quantum spin liquid candidates through microscopic modeling and experimental signatures. Gain insights into designing and understanding complex quantum magnetic materials.
Monitored Kitaev Spin Liquids - Simon Trebst
Explores recent advancements in quantum magnetism, focusing on Kitaev spin liquids and their monitoring. Discusses emergent quantum gauge theories and collective phenomena in complex magnetic materials.
Ultrafast Dynamics in Quantum Magnets - Mengxing Ye
Explore ultrafast dynamics in quantum magnets with Mengxing Ye, covering recent advances in understanding quantum aspects and complex magnetic materials, revealing new horizons in collective phenomena.