Upcoming Events
ALIS and LMCF are presenting a free virtual seminar series about current optical imaging techniques offered and/or developed at the two facilities. The series consists of seminars about the techniques and their applications, broadcasts of a walk-through for an actual imaging experiment, and hands-... read more about Lattice Light Sheet Microscopy »
Join Duke physics department members for stargazing through our 10" Schmidt-Cassegrain telescopes at the Duke Teaching Observatory. We will point the telescopes at interesting objects in the sky and discuss what we know about the objects we observe, and how we know it. All welcome. More details... read more about Stargazing »
Two-dimensional (2D) metal halide perovskites (MHPs) are emerging low-cost, high performance semiconductor materials with great promises in optoelectronics and other semiconductor devices. Mechanical strain is ubiquitous in these materials during device fabrication and operation, which could induce... read more about MEMS/MatSci Seminar: Mechanical Properties of Two-Dimensional Metal Halide Perovskites: From Bulk Crystals to Molecular Sheets »
Two-dimensional (2D) metal halide perovskites (MHPs) are emerging low-cost, high performance semiconductor materials with great promises in optoelectronics and other semiconductor devices. Mechanical strain is ubiquitous in these materials during device fabrication and operation, which could induce... read more about MEMS/MatSci Seminar: Mechanical Properties of Two-Dimensional Metal Halide Perovskites: From Bulk Crystals to Molecular Sheets »
The Duke Materials Initiative (DMI) provides a home for a diverse and interdisciplinary science and engineering research community engaged in materials research. The 2021 Annual DMI Symposium is organized by the Duke Soft Matter Center, and is focused on polymer networks. Polymer networks are an... read more about Duke Soft Matter Workshop »
In heavy-ion physics, phenomenological models along with hydrodynamics have successfully described the dynamics of QCD in the strongly-coupled regime. Some of the transport coefficients in the hydrodynamic description of QCD, such as the shear viscosity, could be computed naturally on a quantum... read more about Toward First-principles simulation of the real-time dynamics of QCD - classical and quantum approaches »
The North Carolina Research Triangle Chapters of Materials Research Society are hosting the 9th Annual Triangle Student Research Competition (TSRC) and invites grads, undergrads, and post-docs to present a research poster amongst students and industry professionals in the triangle area. This is a... read more about 9th Annual Triangle Student Research Competition (TSRC) »
Join Duke physics department members for stargazing through our 10" Schmidt-Cassegrain telescopes at the Duke Teaching Observatory. We will point the telescopes at interesting objects in the sky and discuss what we know about the objects we observe, and how we know it. All welcome. More details... read more about Stargazing »
Join Duke physics department members for stargazing through our 10" Schmidt-Cassegrain telescopes at the Duke Teaching Observatory. We will point the telescopes at interesting objects in the sky and discuss what we know about the objects we observe, and how we know it. All welcome. More details... read more about Stargazing »
Abstract: In materials and chemical science, the combination of high throughput computational modeling and experimentation has given rise to significant challenges and opportunities. Data science techniques such as machine learning, artificial intelligence, and computer vision have made a... read more about MEMS/MatSci Seminar: AI+Modeling for Materials Design and Characterization »