Previous Events
To see the upcoming events and seminars, please check the Events page.
| Event Name | Date, Time and Host | Summary |
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| Quantum Technologies with Light-Matter Interaction |
Abstract: From knotted cords to contemporary computers, the revolution in information technologies has been a major driving force of human civilization. Since its emergence in the early 1900s, quantum mechanics has played a foundational role in enabling many… Show more Speaker: Prof. Chuanwei Zhang, Department of Physics, Washington University in St. Louis |
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| Saving a superconducting quantum computer from ionizing radiation |
Abstract: How do we build a practical quantum computer out of faulty components available in the lab? An answer that is being pursued across essentially all quantum computing platforms is to use quantum error correction (QEC). In QEC, a single “logical” qubit is… Show more Speaker: Dr. Vlad Kurilovich, Google Quantum AI |
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| Coherent control of wave propagation in opaque materials |
Concept of diffusion is widely used to describe propagation of light through multiple scattering media such as clouds, interstellar gas, colloids, paints, biological tissue, etc. Such media are often called random. This terminology is, however, misleading.… Show more Speaker: Prof. Alexey Yamilov, Department of Physics, Missouri S & T |
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| Wide Fields, Deep Questions: Roman’s Survey Era | Speaker: Gourab Nandi |
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| Antiferromagnetic domains and domain walls in MnBi2Te4: formation and dynamics |
Abtract: In this talk, I will discuss how antiferromagnetic (AFM) domains and their boundaries—known as domain walls—form and evolve in MnBi2Te4, the first experimentally discovered antiferromagnetic topological insulator. To probe these magnetic textures, we… Show more Speaker: Prof. Min Gyu Kim, University of Wisconsin-Milwaukee |
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| Light alkane conversion through catalytic structures and pathways design |
Light alkane, such as ethane and propane, are ubiquitous in natural gas and the by-products of the various waste-, biomass-, and power-to-X processes. However, the transformations of light alkane, due to the inert C-H bonds, remain a formidable challenge.… Show more Speaker: Prof. Yizhi Xiang, University of Missouri |
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| Is the Stellar Initial Mass Function Universal? | Speaker: Prof. Charles Steinhardt |
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| Entangled Pauli Principles |
Abstract: One of the enduring questions in the study of strongly correlated electrons is how to read the universal, long-distance physics directly from a microscopic Hamiltonian. In fractional quantum Hall systems, certain solvable models achieve this through… Show more Speaker: Prof. Alexander Seidel, Department of Physics, Washington University in St. Louis |
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| Gravitational Wave Astronomy: Celebrating a Decade of Discovery | Speaker: Prof. Sergei Kopeikin |
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| Spintronics with Antiferromagnets |
Abstract: Spintronics is a field of research and technology that exploits the electron’s spin—a quantum property responsible for magnetism—along with its charge, as used in conventional electronics. In spintronic devices, information can be stored, processed, and… Show more Speaker: Prof. Evgeny Tsymbal, University of Nebraska-Lincoln |
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| Electron Transport and Topological Hall Effect in Skyrmion Crystals |
Magnetic skyrmions are topologically protected spin configurations that have gained enormous interest as building blocks for next-generation spintronic devices. A distinctive feature of skyrmion systems is the topological Hall effect (THE): when electrons… Show more Speaker: Prof. Sashi Satpathy, University of Missouri |
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| Exams with More Learning and Less Stress with a Computer-based Testing Facility |
Abstract: Exams are an important tool for summative assessment, whose utility has only grown with the advent of large language models (LLMs) like ChatGPT, because they can be implemented in a trustworthy manner. But exams are generally not well liked by either… Show more Speaker: Prof. Craig Zilles, University of Illinois at Urbana-Champaign |
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| Multiferroic phase transitions in polar magnets |
Multiferroics refers to compounds where more than one ferroic order such as (anti)ferromagnetism, ferroelectricity, ferroelasticity etc. coexist. The coupling between the various ferroic orders allows for cross-control of the related order parameters, the most… Show more Speaker: Dr. Narendirakumar Narayanan, MURR |
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| A New Population of Point-like, Narrow-line Objects Revealed by the JWST | Speaker: Prof. Haojing Yan |
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| From Electrons to Planets: Bridging the Scale Gap between Electronic Structure Theory and Macroscopic Systems |
Abstract: Understanding the structure and evolution of planets requires a precise quantitative understanding of how matter behaves under extreme conditions (millions of atmospheres of pressure, thousands to millions of Kelvin). To make progress given the dearth… Show more Speaker: Dr. Raymond Clay, Sandia National Labs |
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| Designer Flat Bands and Emergent Quantum Properties of Moiré Systems |
Moiré patterns are well known in the visual arts and textile industries—the term comes from the textured patterns seen in mohair silk fabrics. It arises whenever two periodic structures are superimposed, giving rise to new periodicities. Remarkably, applying these… Show more Speaker: Prof. Shaffique Adam, Department of Physics, Washington University in St. Louis |
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| The co-evolution between galaxies and dark matter halos | Speaker: Prof. Aldo Rodríguez-Puebla (National Autonomous University of Mexico) |
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| Galaxy Evolution in the Cosmic Web: from Large to Small Scales of Cosmic Ecosystems | Speaker: Dr. Farhanul Hasan (STScI) |
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| Undergraduate Summer Research Showcase |
Speakers (Talks) Mathieux Harper (Supermassive Black Holes) Ellie Dugdale (Low-mass Galaxies) Zack Borowiak (Machine Learning Baseball) Carter Meyerhoff (Star Formation) Speaker: Undergraduate Students |
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| Exploring Carrier Transport Regimes in Solids Using Transient Absorption Microscopy |
Transient absorption microscopy (TAM), based on femtosecond lasers, has emerged as a powerful tool for investigating the ultrafast excitation dynamics of photoexcited carriers, particularly their real-space transport properties, in solid-state materials. In this… Show more Speaker: Prof. Hui Zhao, Department of Physics & Astronomy, The University of Kansas |
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| Deep-Sky Astrophotography from a Dark Site in New Mexico | Speaker: Bangzheng (Tom) Sun |
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| Cosmic very small dust grains as a natural laboratory of mesoscopic physics | Speaker: Dr. Kenji Amazaki (Tohoku University, Japan) |
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| First-principles real-time dynamics of charge current and spin current in the study of topological & geometrical natures of condensed matter band states |
First-principles real-time dynamics of charge current and spin current in the study of topological & geometrical natures of condensed matter band states Noejung Park (noejung@unist.ac.kr)Ulsan National Institute of Science and Technology (UNIST), Department… Show more Speaker: Noejung Park |
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| Dissertation Defense: Investigating Bursty Star Formation and Interstellar Medium Conditions in Low-Mass Galaxies | Speaker: Teja Teppala |
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| Computational insights into long-range charge transfer processes in redox proteins |
Long-range charge transfer processes - transmission of electrons and protons over long distances - play a fundamental role in cellular metabolism. In my research, I employ multi-scale computational methods to track charge transfer processes in complex… Show more Speaker: Dear Dr. Oleksii Zdorevskyi, University of Helsinki |
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| Bioprinting and 3D-Cell Assays Using Microgel Support Baths |
At relatively low polymer concentrations, granular hydrogel particles, commonly called microgels, undergo a jamming transition and behave like a soft elastic solid with reversible yielding. Over the past decade, these microgel packings have been utilized as… Show more Speaker: Prof. Christopher S. O'Bryan, Department of Mechanical and Aerospace Engineering, MU |
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| Dissertation Defense: Motion of Test Particles around a Black Hole in the Hubble Universe | Speaker: Vishal Jayswal |
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| Discovery with the computational microscope: from molecules to phenotypes |
Abstract: The essential conundrum of modern biology, namely the question of how life emerges from myriad molecules whose behavior is governed by physical laws alone, is embodied within a single cell—the quantum of life. The rise of scientific supercomputing has… Show more Speaker: Prof. Juan Perilla, University of Delaware |
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| Quantum-Enhanced Sensing via Squeezed Light and On-Chip Optical Resonators |
Quantum sensing enables precision measurements beyond classical limits by exploiting quantum properties such as entanglement and squeezing. These resources allow us to detect extremely weak signals—such as minute magnetic fields, subtle forces, or small phase shifts—… Show more Speaker: Dr. Fu Li, Department of Electrical and Systems Engineering at Washington University in St. Louis |
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| Host material incorporated into biofilm matrices has the potential to provide a pathogen-agnostic approach to treating biofilm infections. |
Abstract: Biofilms are aggregates of single-cell organisms that are stuck to each other by a matrix of polymer and protein. Establishment of a biofilm infection creates a reservoir of pathogens that tolerate antibiotics and evade the immune system, can prevent… Show more Speaker: Prof. Vernita Gordon, The University of Texas at Austin |