March 18-19, 2021: Elementary, Middle, and High School Conferences. 2021 PhysTEC Conference March 5-6, 2021. The American Physical Society (APS) is a nonprofit membership organization working to advance the knowledge of physics. APS March Meeting 2021. Oxford Instruments NanoScience will be present at APS this year. © 2021 American Physical Society | Privacy Policy | Contact Us, Headquarters: 1 Physics Ellipse, College Park, MD 20740-3844 | Phone: 301.209.3200Editorial Office: 1 Research Road, Ridge, NY 11961-2701 | Phone: 631.591.4000Washington, DC Office: 529 14th St NW, Suite 1150, Washington, DC 20045-2001 | Phone: 202.662.8700, Virtual Meeting Caregiver Grants deadline, Regular registration deadline: February 25. The American Physical Society (APS) is a nonprofit membership organization working to advance the knowledge of physics. From March 15 to 19, attendees representing 30 APS units and committees will convene for the 2021 APS March Meeting. Don’t miss a beat. Note: in order to receive that low rate, you must register for the meeting by the early bird deadline of January 25, 2021. advance the knowledge of physics. Join APS to receive regular email updates about the meeting and significant discounts on registration. 2021 PhysTEC Conference. March 5-6, 2021. National Mentoring Community Conference February 18-21, 2021. Authors Due to some technical difficulties during the meeting, the video is in 2 parts. Find a Journal Article Abstract submission will open in March! Be part of the global audience of physicists, scientists, and students and explore groundbreaking research from industry, academia, and major labs. With the extremely low likelihood of physical travel, contributed-abstract submission will be later this year, opening on January 11 and closing on March 8, 2021. Scientific sessions taking place from 8:00 am to 5:30 pm (CT) each day will mirror the usual March Meeting schedule, but the online format will introduce added flexibility to watch some sessions live and others on-demand. Online Anywhere. Superconductivity: Critical Current, Magnetic Field Effects, and Vortex Physics, Characterizing Quantum Emitters Near Surfaces, Orbital Degeneracy Breaking and Emergent Local Symmetry in Transition Metal Compounds, Dirac and Weyl Semimetals: Materials and Modeling--Thin Films and Nanostructures, Magnetic Topological Materials 8: New Materials, Multiferroics, Magnetoelectrics, Spin-Electric Coupling, and Ferroelectrics -5, Ferroelectricity and Second Harmonic Generation in 2D systems, Measuring Structure of 2D Materials in Real and Reciprocal Space, Excitonic and Photonic Behavior in 2D - II, Distinguishing Trivial and Topological Superconducting States in Hybrid Devices, Ultrafast Dynamics and Control of Quantum Materials, Self-Assembly in Diblock and Triblock Copolymers, Exhibitor Workshop: Bluefors Cryogenic – Bluefors Cryogenic Measurement Systems in Quantum Technology, Exhibitor Workshop: Qblox – Qblox & Quantify: Fully integrated control hardware and open-source software for a variety of scalable quantum computers I, Machine Learning in Nonlinear Physics and Mechanics II, Memory Formation in Matter: Encoding, Reading, and Design II, Soft Matter Physics in a Geophysical Context, Physics of Emergent Protein-Complex Assemblies, Robophysics: Robotics Meets Physics V: Actuation, Control, Design, Trapping, Escape, Dissipation and Transitions, Dynamics and Kinetics in Chemical Physics, Physics and Effects on Transport of Ion-Ion Correlation in Electrolyte Materials, Understanding Glasses and Disordered Matter Through Computational Models III, First-Principles Modeling of Excited-State Phenomena in Materials VII: X-Ray Spectroscopy, Materials in Extremes: Warm Dense Matter and HED Physics, Behavior of Liquids Confined on the Nanometer Scale IV, Predicting Rare Event Kinetics in Complex Systems with Theory, Simulations and Machine Learning IV, Hybrid/Macroscopic Quantum Systems, Optomechanics, and Interfacing AMO with Solid State/Nano Systems II, Materials and Fabrication in Superconducting Qubits II - Materials, Quantum Networks II: Distributed Quantum Computing, General Quantum Information: Quantum Simulation and Algorithms, Magnetic Anisotropy: Measurement, Materials and Devices, Disordered and Novel Low Dimensional Magnetic Materials, Surface Electronic Structure, Dynamics, and Reactivity, Multi-Polar, Multi-Channel, and Semimetal Kondo systems, Superconductivity: Fluctuation -Thermodynamic and Nonequilibrium phenomena, Orbital-Selective Correlations in Iron-Based Superconductors, Topological Superconductivity: Pnictides and Heavy Fermion Materials, Materials for Quantum Information Science-2 (Superconducting and Semiconducting Materials), Topological Phenomena and Ferroelectric Oxide Interfaces, Devices from 2D Materials: Function, Fabrication and Characterization - IV, Excitonic and Photonic Behavior in 2D - III, Structured Polymers and Their Advanced Morphological Characterizations. Online Anywhere. Toggle navigation March Meeting 2021. 9th Workshop of the APS Topical Group on Hadronic Physics. Spectroscopic Evidence for Orbital Transmutation in the Nematic Phase of FeSe. The Pediatric Academic Societies (PAS) connects thousands of pediatricians and other health care providers worldwide. Please forward this abstract submission solicitation to whoever might be interested, particularly your students/postdocs. Topical Group on Magnetism and its Applications. Editorial Office March 15-19, 2021. Get My Member Number Office of Public Affairs Upcoming APS Meetings. APS March Meeting 2010 Volume 55, Number 2 MondayâFriday, March 15â19, 2010; Portland, Oregon Submissions have now closed for Plant Health 2021 Online Special Sessions and Workshops. APS March Meeting 2021. We are hosting the sixth annual Focus Session on âRobophysicsâ at the APS March Meeting March 2021, to be held virtually March 15-19, 2021 (exact date TBD). 1 Research Road, Ridge, NY 11961-2701 January 4, 2021: Braslau Family Travel Grant: January 29, 2021: FECS Mini Grants for Registration for Early Career Scientists: February 1, 2021: Caregiver Grants: March 26, 2021: Future of Physics Days (Undergraduate) Meeting Grants: Rolling: FGSA Travel Award for URM Students for APS Meetings⦠A Diversity of Career Options, Atomic Structure, Lattice Properties and Phase Transitions. Robophysics: Robotics Meets Physics. 529 14th St NW, Suite 1050, Washington, D.C. 20045-2001 Donate to APS, Renew Membership Optical Coherence Tomography: Methods and Biomedical Applications, DSOFT/GSNP Short Course: Introduction to Topological Data Analysis, National Mentoring Community Matching Event, Confinement, Dynamics, and Ion Interactions in Ion-Containing Polymers I, Active Matter and Liquid Crystals in Biological and Bio-Inspired Systems, Sustainable Polymers: Fundamental Properties, Applications, and Design for End-of-Life, Physics in Medicine: Innovations in Modeling and Therapy, Control of Noisy Non-Linear Dynamical Systems, Steerable Particles: New Ways to Manipulate Fluid-Mediated Forces, Non-Linear Dynamics in Cell Mechanobiology, Van Der Waals Interactions in Molecules, Materials, and Complex Environments I, First-Principles Modeling of Excited-State Phenomena in Materials I: Electron-Phonon and Photon-Phonon Interactions, Materials in Extremes: Energetic Materials - I, Chemical Physics of Liquids, Glasses, and Crystals, Assigning Structures to Spectra Using Density Functional Theory: Methods and Applications I, Superconducting Qubit Gates, Measurement and Characterization, Noise Reduction and Error Mitigation in Quantum Computing I, Non-Hermitian Physics in AMO and Condensed Matter Systems, Undergraduate Research I: AMO and Optical Techniques, Undergraduate Research II: Condensed Matter Physics, Applied Thin Film, Interface, and Surface Science, Strange Metals and Novel Transport Properties, Dirac and Weyl Semimetals: Optical and Transport Properties, High Harmonic Generation of Strongly Correlated Quantum Materials, Topological Materials: Chiral and Semimetals, Topological Superconductivity: Quantum Wires and 2DEG, Multiferroics, Magnetoelectrics, Spin-Electric Coupling, and Ferroelectrics - 1, Kitaev RuCl3 and Spin Liquid Related Iridates, Extreme Heteroepitaxy and Novel Growth Methods Including Hybrid MBE and Laser Thermal Evaporation, Deformation of 2D Materials and Interfaces, 2D Semiconductors: Transport and Magnetism, What Do Early-Career Physicists Do? APS March Meeting 2021. You must be an Invited Speaker or a current APS member (or APS reciprocal society member) to submit a nomination or an abstract. ), Superconductivity: Spin Properties (NMR, NQR, neutron scattering, etc. Lokerpbk.COM - Loker Pabrik Cikarang Paling Baru Februari 2021: Lowongan Kerja Lowongan Kerja Abstracts Aps March Meeting 2021 Terbaru Februari 2021, Terimakasih telah mengirim lamaran pada Lowongan Kerja Abstracts Aps March Meeting 2021 Terbaru Februari 2021 diatas, Untuk Melihat Lowongan Kerja Lainnya silahkan gunakan kotak pencarian untuk menemukan posisi yang anda ⦠March 24, 2021. (631) 591-4000 American Physical Society ... March Meeting 2021. This year the event will be held entirely online. The American Physical Society (APS) is a non-profit membership organization working to The 2021 March Meeting will be held virtually from March 15 to 19. The Author in Dialogue: Jeffrey Bub's Bananaworld. Become an APS Member From March 15 to 19, attendees representing 30 APS units and committees will convene for the 2021 APS March Meeting. Poster presentations will take place in our virtual poster hall. The American Psychosomatic Society is pleased to announce a 2020 Virtual Meeting with the theme Pursuing Health Equity in the Context of COVID-19: The Essential Role of Psychosomatic Science, to be held on December 3 and 4. Active Learning and AI for Computational and Autonomous Experiments, DPOLY Short Course: Macromolecular Engineering of Formulations II, Women Make the World Go Round: A Pi Day Wiki Editathon, DBIO Short Course: Machine Learning for Biological Physics, T5. American Physical Society cancels March meeting in Denver due to coronavirus outbreak âI can fully live with the decision to cancel the meeting, which makes perfect sense, but if we had been told just 24 hours earlier, that would have made a tremendous difference, not just financially but in terms of time,â says quantum physicist Niels Bultink, who founded Qblox in 2018. The April Meeting Scientific Program is now available. | All rights reserved | Terms of Use (301) 209-3200 New Developments in FQHE and Light-induced electronic phases, Exhibitor Workshop: Bluefors Cryogenic – Bluefors Product Launch, Exhibitor Workshop: Quantum Design – Instruments for researching Quantum Materials and advancing Quantum Technology, Exhibitor Workshop: Quantum Machines – Quantum Orchestration: Integrated hardware and software for design and execution of complex quantum control protocols I, Exhibitor Workshop: Qblox – Qblox & Quantify: Fully integrated control hardware and open-source software for a variety of scalable quantum computers II, Broadband Dielectric Spectroscopy and its Applications in Materials Research, Polymer Nanocomposites: Structure and Property, Self-and Directed Assembly (Equilibrium and Non-equilibrium) II, Recent Advances with Superconducting Circuits, Liquid Phases, Spatial Genome Organization, and Transcription, Physics of Cytoskeleton Across Scales III, Robophysics: Robotics Meets Physics II: Legged locomotion, Artificial Intelligence, Machine Learning, and Data Science in Medicine and Biomedicine, Geometrically-Frustrated Instabilities in Solid Mechanics II, Stochastic Thermodynamics of Biological and Artificial Information Processing - II, Mpemba Effect: anomalous cooling kinetics and its generalizations, Real Space Methods for the Electronic Structure Problem: Algorithms, Electrons, Phonons, Electron-Phonon Scattering, and Phononics III, Precision Many-Body Physics I: Methods and Algorithms, Emerging Trends in MD Simulations and Machine Learning III, Materials in Extremes: Advanced Simulations, Journal of Chemical Physics Editor's Choice Awards, Non-Equilibrium Physics with Cold Atoms and Molecules, Rydberg Gases, and Trapped Ions I, Quantum Information Science in Atomic, Molecular, and Optical Physics, Semiconductor Qubits - Spin Qubit Read-out II, Hybrid Quantum Systems I - Phononics and Magnonics, Noisy Intermediate Scale Quantum Computers I, Quantum Characterization, Verification, and Validation II, Quantum Software and Compilers I - Program Optimizations, Spin in Semiconductors for Quantum Information Science, Non-Chalcogenide 2D Materials and Quantum Dots, Strong Electronic Correlations in Topological Materials I, Dynamics of Quenched and Driven Quantum Systems II, Electronic Structure of Topological Insulators and Interacting Topological Systems, Integer Quantum Hall Effect: Coupled Layers, Superconductivity, and Interferometry, One and Two Dimensional Superconductivity 2, Strange Metal Transport in Cuprates and Fe-based Superconductors, Experimental Advances on Newly-Discovered Unconventional Superconductor UTe2, Topological Materials: Majoranas, Superconductivity and Thin films, Topological Superconductivity: Symmetry Breaking and Spin-Orbit Coupling, Phonons and Thermal Transport at the Nanoscale I, Devices from 2D Materials: Function, Fabrication and Characterization - II, 2D Semiconductors: Ferroelectric and Electronic Phenomena, Energy Research -- Energy Storage II / Electronics, Young Investigators in Low Dimensional Quantum Materials, Physical Review Session on “Communication: A Key to the Progress of Physics”, Exhibitor Workshop: American Institute of Physics – Data on Diversity and Careers from AIP’s Statistical Research Center, Excellent Laboratory Education for online and in-person teaching: Jonathan F. Reichert and Barbara Wolff-Reichert Award Session, Responsive Polymers, Soft Materials, and Hybrids II, Electrostatic Manipulation of Fluids and Soft Matter I, Onsager and Davisson-Germer Prize Session, DCOMP Prize Session: Rahman and Metropolis, Flat Band Effects in Ultracold Atomic and Solid-State Materials, Self-Organization in Biological Systems: Subcellular to Tissue Scales, Halide Perovskites I: Excitons and Charge Carriers, Mechanical Metamaterials I - Novel Mechanics and Shape Morphing, Flow of Dense Granular Materials and Suspensions, Matter in Extreme Environments: Novel Chemistry, Emerging Trends in MD Simulations and Machine Learning IV, Materials in Extremes: Carbon and Related Materials, Superconducting Qubits: Coherence and Two-Level Systems, Circuit Theory, Hamiltonian Analysis and Design Tools I, Hybrid Quantum Systems II - Optomechanics, Noisy Intermediate Scale Quantum Computers II, Dynamical Decoupling and Bath Engineering for Quantum Control, Spin-Orbitronics in Semiconductor, Topological, and 2D Materials I, Magnetism Quantum Theory and Computation Studies, Heavy Fermion Actinide Metals and Superconductors, Electronic Structure and Magnetism in Topological Materials, Superconductivity: Tunneling Phenomena (single particle tunneling and STM), Artificially Structured Materials I: Growth, Structure, and Electronic Properties, Superconductivity in Infinite-Layer Nickelates, Straintronics: Tuning the electronic properties of 2D materials by strain engineering, Dirac and Weyl Semimetals: Materials and Modeling -- Transport, Magnetic Topological Materials 2:Mn-Bi-Te, Phonons and Thermal Transport at the Nanoscale II, Computational Design and Discovery of Novel Materials: Oxides and Related Semiconductors, Synthesis of 2D Materials, Superlattices, and Defects, Physics and Data Science of Quantitative Medical Imaging, Electronic Structure: Thermodynamic and Optical Properties, Physical Review Invited Session: Forefront Research Across Disciplines, Exhibitor Workshop: TOPTICA Photonics – One in a Trillion: Exploring Spectroscopic Limits of Detection with TOPTICA’s cw OPO, Managing Threats to Your Department: Building a Thriving Physics Program, Student Networking and Game Night: Physics Crossing–A Virtual Physics Odyssey, Polymers with Special Architectures: From Molecular Design to Physical Properties, Hierarchical Structural Emergence in Elastomer Nanocomposites: Dispersion, Dynamics, Structure, Modeling, and Simulation, Active Matter in Complex Environments III, Wetting and Adhesion of Soft Materials: Dynamics and Instability I, Electrostatic Manipulation of Fluids and Soft Matter II, Artificial Intelligence and Humanity: Governance, Design, and Ethics, Fantastic Polyelectrolytes and How They Behave in Coacervates, Granular Flows Beyond Simple Mechanical Models, Mechanical Metamaterials II - Multistability, Atomistic Simulations via Machine Learning Potentials, Matter in Extreme Environments: Quantum Materials, Electrons, Phonons, Electron-Phonon Scattering, and Phononics IV, First-Principles Modeling of Excited-State Phenomena in Materials IV: TDDFT and Dynamics, Materials in Extremes: Dynamic Compression, Assigning Structures to Spectra Using Density Functional Theory: Method and Applications III, Nonadiabatic Dynamics in Cold and Ultracold Collisions and Reactions I, Semiconductor Qubits - Quantum Computing with Donor Spins II, Multi-Mode and 3D Cavity Circuit QED Systems I, Noisy Intermediate Scale Quantum Computers III, Spin-Orbitronics in Semiconductor, Topological, and 2D Materials II, Correlated Electrons in Cuprates and Titanates, Electronic Properties of Surfaces, Interfaces and Thin Films, Topological Superconductivity: Majorana Modes, Superconductivity Theory: Mainly topological effects, Artificially Structured Materials II: Optical Phenomena and Plasmons, The Superconductor-Insulator Transition: Beyond Universal Scaling, Quantum Criticality and Exotic Excitations in Strange Metals, Dirac and Weyl Semimetals: Materials and Modeling---Type II Weyl Semimetals and Beyond, Magnetic Topological Materials 1: Mn-Bi-Te, Multiferroics, Magnetoelectrics, Spin-Electric Coupling, and Ferroelectrics -3, Fe-Based Superconductors: Iron Chalcogenides, Metal-Insulator Transitions and Doping, 2DEGs, and Electric-Field Effects at Oxide Interfaces, 2D Semiconductors: Heterostructures and Moire Superlattices, 2D Materials: Metals, Superconductors, and Correlated Materials - 1, Optical, Laser, and Photonic Devices and Applications, Experimental Optical Spectroscopic Measurements of 2D Materials I, Data Science Platforms: Algorithms and Visualization, TEAM-UP: The Time is Now for Systemic Changes to Increase the Number of African American Bachelor’s in Physics and Astronomy, Machine Learning and Data in Polymer Physics II, Non-linear Polymers, Nanocomposites and Blends, Exhibitor Workshop: IQM Finland Oy – IQM: Building quantum-accelerated HPC: co-designing quantum hardware for application-specific processors, Exhibitor Workshop: Quantum Machines – Quantum Orchestration: Integrated hardware and software for design and execution of complex quantum control protocols III, Living timekeepers: Precision measurements, emergent simplicities and physics theory, Ab-initio studies and novel effects of strong light-matter coupling in molecular, two-dimensional and solid-state systems, Wetting and Adhesion of Soft Materials: Dynamics and Instability II, Microflows Meet Soft Matter: Compliance, Growth, Instabilities and Beyond, Chaos and Nonlinear Dynamics II: From Quantum to Fluids, Topological Defects in 3D Active and Equilibrium Nematics, Self-Organization in Biological Systems: Subcellular to Tissue Scales II, Physics of Biological Active Matter III: Liquids and Model Systems, Physics in Medicine: Innovations in Imaging, Collective Behavior in Driven Granular Media, Mechanical Metamaterials III - Vibrations and Nonlinearity, Complex Suspensions in Complex Fluids: Passive and Active Matter, Matter in Extreme Environments: Planetary and Geological Materials, Electrons, Phonons, Electron-Phonon Scattering, and Phononics V, Precision Many-Body Physics II: Model Systems and Hamiltonians, First-Principles Modeling of Excited-State Phenomena in Materials V: Method Development, Behavior of Liquids Confined on the Nanometer Scale II, Nonadiabatic Dynamics in Cold and Ultracold Collisions and Reactions II, Nonequilibrium and Strongly Interacting Ultracold Matter, Semiconductor Qubits - Novel Spin Qubit Materials and Technologies I, I/O, Packaging, and 3D Integration for Superconducting and Semiconductor Qubits II, Noisy Intermediate Scale Quantum Computers IV, Quantum Characterization, Verification, and Validation III, Quantum Software and Compilers II - Compute Frameworks and Program Representations, 2D Spintronics, Valleytronics, and Orbital Hall Effect, Complex Oxide Thin Films: Novel Strain, Voltage, and Quantum Transport Phenomena, Magnetization Dynamics in Novel Materials, Strong Electronic Correlations in Topological Materials II, Superconductivity Theory: Cuprates and doped spin liquids, Buckley (2) and Isakson (1) Prize Session, Dirac and Weyl Semimetals: Materials and Modeling--Magnetic Weyl Semimetals, Magnetic Topological Materials 3: Doped Bi2Te3, Fe-Based Superconductors: Magnetism and Electronic Correlations, 2D Materials: Metals, Superconductors, and Correlated Materials - 2, Applications for Nano, Bio, and Flexible Technology, Experimental Optical Spectroscopic Measurements of 2D Materials II, Proactive Ways to Recruit and Retain Women in Physics, Exhibitor Workshop: Montana Instruments – Accessible Cryogenics for Accelerating Quantum Materials Research, Exhibitor Workshop: Quantum Design – What's new at Quantum Design: Latest developments and all your questions answered, Physicists Responding to COVID-19 and Beyond: Science and Trajectories, Non-Equilibrium and Process-Dependent Mesoscale Structures of Polymeric Compounds, Dynamics and Rheology of Polymers and Polyelectrolytes I, Mechanics and Dynamics of Polymers Under Confinement, Emergent Mechanics of Active, Robotic, and Living Materials I, Origin of Rigidity and the Nature of the Yielding Transition in Solids, Noise-Driven Dynamics in Far-From-Equilibrium Systems I, Noise and Stochasticity in Biological Networks, Statistical Mechanics of Disease Propagation I, First-Principles Approaches for Quantum Defects, Matter in Extreme Environments: Theoretical and Experimental Advances, Electrons, Phonons, Electron-Phonon Scattering, and Phononics VI, Precision Many-Body Physics III: Gauge Fields, Topology, and Fractionalization, Emerging Trends in MD Simulations and Machine Learning V, Predicting Rare Event Kinetics in Complex Systems with Theory, Simulations and Machine Learning II, Nonadiabatic Dynamics in Cold and Utracold Collisions and Reactions III, Quantum Computing with Hybrid Quantum Dot Systems, General Quantum Information: Entanglement, Complexity, and Randomness, Noisy Intermediate Scale Quantum Computers V, Quantum Control in the Presence of Noise and Decoherence, Correlated Electrons in Nickelates and Manganites, Terahertz Spintronics and Demagnetization Dynamics, Low Dimensional Magnets in the Quantum Limit, Topological Insulators Without Translation Symmetry, Superconducting Materials: Growth, Structure, and Properties, New Opportunities for Spin and Charge Control with α-RuCl3, Dirac and Weyl Semimetals: Materials and Modeling--Materials Predictions and Transport Theory, Fe-Based Superconductors: Quantum Criticality and Topology, Computational Design and Discovery of Novel Materials: New Structures, Alloys and Synthesis Routes, 2D Materials: Metals, Superconductors, and Correlated Materials - 3, Applications of Semiconductors, Dielectrics, and Complex Oxides, Data Science for Dynamical Systems and Real World Networks, Glassy Dynamics: From Simple Models to Biological Tissues, Confinement, Dynamics, and Ion Interactions in Ion-Containing Polymers II, Revealing the Microscopic Dynamics Driving Nonlinear Polymer Flows, Exhibitor Workshop: – Experiment design considerations for real-time, closed-loop pulse streaming, Publishing Biological Physics in Physical Review Journals, Polymers and Block Copolymers at Interfaces I, Emergent Mechanics of Active, Robotic, and Living Materials II, Programmable Self-Assembly: Particle, Interaction and Pathway Design (DNA Interactions), Noise-Driven Dynamics in Far-From-Equilibrium Systems II, Irreversible Dynamics, Aging and Death: From Cells to Organisms, Robophysics: Robotics Meets Physics III: Limless & Collective Locomotion, Rare Events, Tipping Points, and Abrupt Changes in the Climate System, Glassy Dynamics: From Simple Models to Biological Tissues II, Statistical Mechanics of Disease Propagation II, Understanding Glasses and Disordered Matter Through Computational Models I, Precision Many-Body Physics IV: Model Systems and Hamiltonians, First-Principles Modeling of Excited-State Phenomena in Materials VI: Method Development, Materials in Extremes: Novel Materials and Phenomena, Assigning Structures to Spectra Using Density Functional Theory: Method and Applications IV, Disorder and Localization in AMO Systems II, Semiconductor Qubits - Novel Spin Qubit Materials and Technologies II, Multi-Mode and 3D Cavity Circuit QED Systems II, Hardware, Software and Techniques for Optimal Quantum Control, Magnetic Skyrmions in Novel Itinerant Magnets, Antiferromagnetism and Emergent Magnetism in Oxide Thin Films, Magnetic Structures: Nanowires, Nanoparticles & Additive Manufacturing, Carbon Nanotubes and Graphene Nanoribbons, Normal State Properties of Unconventional Superconductors, Manipulation of Strongly Correlated Electronic Ground States by the Competition between the Contact and Long-Range Parts of the Coulomb Interaction, New Frontiers in Magic Angle Graphene and Moire Materials, Dirac and Weyl Semimetals: Materials and Modeling--Optical and Spectroscopy, Magnetic Topological Materials 5: Magnons, Multiferroics, Magnetoelectrics, Spin-Electric Coupling, and Ferroelectrics -4, Fe-Based Superconductors: Superconducting Properties, Computational Design and Discovery of Novel Materials: Graphene and 2D Materials, Toward Inclusive Physics Education: Research and Practical Strategies, Self-Assembly in Polymer Blends and Nanocomposites, Optics and Photonics in Polymers and Soft Matter I: Imaging, Characterization and Patterning, Exhibitor Workshop: Keysight Technologies – Using FPGAs to speed up Qubit State Readouts, Exhibitor Workshop: Heidelberg Instruments – NanoFrazor Lithography – from enabling novel devices in the lab towards realizing better products in the lab, Exhibitor Workshop: WiTec Instruments – Correlative Raman Imaging: See the complete picture, Exhibitor Workshop: Research in Germany – Doing Physics in Germany, Non-equilibrium Dynamics of Film Formation During Drying, Dynamics of Polymers and Electrolytes in Bulk and in Confinement, Programmable Self-Assembly: Particle, Interaction and Pathway Design (Magnetic Interactions), Top Quality Early Career Science in Europe, Robophysics: Robotics Meets Physics IV: Complex Environment, Statistical and Nonlinear Physics of Earth and Its Climate, Ultrafast Dynamics of Coupled Electrons and Atomic Motions: Experiments and Precise Simulations, Building the Bridge to Exascale: Applications and Opportunities for Materials, Chemistry, and Biology I, Computational Methods for Statistical Mechanics: Advances and Applications - I, Materials in Extremes: Towards Room-Temperature Superconductivity, Behavior of Liquids Confined on the Nanometer Scale III, Predicting Rare Event Kinetics in Complex Systems with Theory, Simulations and Machine Learning III, Non-Equilibrium Physics with Cold Atoms and Molecules, Rydberg Gases, and Trapped Ions II, Designing High Fidelity Gates for Spin Qubits, Generating and Characterizing Continuous Variable Quantum Resources, Semiconductor Spintronics: Optics and Devices, Multipolar and Novel Magnetic Orders in Complex Oxides, Controlling Magnetic States in Thin Films and on Surfaces, Electronic and Transport Properties of Transition Metal Dichalcogenides, Correlated Topological States in Lower Dimension, Topological Insulators: Magnetism and Magnetic Response, Strong Electronic Correlations in Topological Materials, Exotic Collective Excitations and Topology-Driven Dynamics in Quantum Materials.
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