Courses

Explore how plants harness quantum mechanics for photosynthesis and discover the revolutionary potential of quantum biology in this 25-minute talk featuring biophysicist Greg Engel from the University of Chicago. Learn about the groundbreaking discovery that plants and bacteria evolved to exploit quantum effects for energy conversion, fundamentally changing our understanding of biological processes. Delve into how Engel's pioneering research helped establish the field of quantum biology and examine the development of nature-inspired quantum sensors with transformative applications in disease detection, drug development, and neural signal reading. Understand the vision for quantum medicine's future, including the establishment of The Berggren Center for Quantum Medicine and Biology, which aims to bridge quantum physics with medical applications through interdisciplinary collaboration.

Explore the intergovernmental synchrotron radiation laboratory SESAME and its impact on scientific cooperation in the Middle East through this informative talk. Delve into Turkey's role as a founding member and active partner in SESAME, examining its contributions in terms of scientific expertise, financial support, and user participation. Learn about the laboratory's establishment, member countries, and observer nations supporting this unique scientific endeavor. Gain insights from Professor Zehra Sayers, a molecular biophysicist specializing in synchrotron X-ray structure analysis of biological macromolecules, as she discusses the significance of SESAME in fostering regional scientific collaboration. Discover how this initiative has promoted steady scientific cooperation in an area without a history of close scientific partnerships, and understand its potential for future advancements in the field of physics and beyond.

Learn fundamental control theory concepts through a 29-minute tutorial seminar specifically designed for biophysicists and physical biologists, presented as part of the Biological Physics/Physical Biology seminar series. Explore how control theory principles can be applied to biological and physical systems, gaining valuable insights into system regulation, feedback mechanisms, and dynamic control strategies relevant to research in biophysics and physical biology.

Explore strategies for promoting biophysics through outreach and education in this 58-minute panel discussion. Learn how to introduce students and the public to the exciting field of biological physics, addressing the current lack of awareness and potential shortage of future researchers. Gain insights from experienced panelists who have successfully implemented biophysics outreach and teaching programs at their institutions. Discover the challenges they faced and the impact of their initiatives on exposing more people to this fascinating discipline. Get practical advice on establishing and contributing to similar programs at your own institution, with guidance on various outreach and teaching approaches. Join this informative session to help nurture the next generation of biophysicists and increase public engagement with this important field of study.

Gain valuable insights into maximizing your postdoctoral training in biophysics through this informative seminar. Explore the definition of success as a postdoc and learn from a panel of experienced academicians at various career stages. Discover the purpose of postdoctoral training and how it prepares biophysicists for future careers. Benefit from personal experiences shared by successful former postdocs and receive advice on effective collaboration with biophysicists and interdisciplinary partners. Topics covered include finding administrative positions, ideal postdoc duration, teaching opportunities, and guidance on multiple postdoc experiences. Understand the balance between gaining experience and advancing your career in this comprehensive discussion on postdoctoral training in biophysics.

Delve into a captivating 59-minute archival interview with Nobel Prize-winning English molecular biologist, biophysicist, and neuroscientist Francis Crick, conducted by the Society for Neuroscience on April 20-21, 2002. Explore Crick's groundbreaking work, including his co-discovery of the DNA molecule structure in 1953 with James D. Watson. Gain insights into his perspectives on consciousness, visual awareness, attention and memory, the binding problem, conscious and unconscious vision, coalitions and essential nodes, and future directions in neuroscience. Listen to Crick's personal reflections and discover the impact of his contributions to the field. Part of the Society for Neuroscience's "The History of Neuroscience in Autobiography" series, this interview offers a unique opportunity to learn from one of the most eminent senior neuroscientists of our time.

Explore the dynamics and mechanisms of CRISPR Cas9 through computational methods in this 23-minute webinar presented by Dr. Giulia Palermo, a computational biophysicist and Assistant Professor at the University of California Riverside. Delve into the CRISPR genome-editing revolution and discover how state-of-the-art computations have contributed to understanding this groundbreaking technology. Learn about the refinement of cryo-EM data, enhanced simulations of large-scale conformational transitions, and the mechanism for RNA binding in the formation of a catalytically competent Cas9 enzyme. Gain insights into the biochemistry of CRISPR Cas9 and the mechanism of target effects as Dr. Palermo shares her expertise in this cutting-edge field of life sciences.

Explore insights from experienced biophysics faculty at undergraduate institutions in this 1-hour 32-minute panel discussion. Learn strategies for writing successful grants, setting up labs on a budget, and balancing teaching with productive research. Join moderator Orrin Shindell from Trinity University and panelists Benjamin Stottrup (Augsburg University), Janet Sheung (Claremont McKenna), and Rae Robertson-Anderson (University of San Diego) as they share their expertise and facilitate conversations among participants. Gain valuable knowledge and networking opportunities to support biophysicists working primarily with undergraduates. Open to all interested individuals.

Explore the intersection of game design and nanotechnology in this 30-minute conference talk from the InterPlanetary Festival 2018. Dive into the world of computational tools that introduce innovative ways to play and think, focusing on the collaboration between biophysicist Shawn Douglas and designer Chaim Gingold. Learn about their project Gelbox, a simulation and visualization tool for teaching Gel Electrophoresis, and discover how it evolved from earlier work in transforming laboratory practices and designing interactive simulations. Gain insights into nanotechnology, DNA as a building block, and the complexities of gel electrophoresis. Understand how simulations can bring invisible phenomena to life and streamline problem-solving in scientific research. Explore the challenges of interpreting gels, the importance of troubleshooting in science, and the potential future applications of DNA technology in curing diseases.

Join a panel discussion featuring experienced biophysics faculty from undergraduate institutions as they address key challenges and strategies for success in academia. Learn how to secure grants, establish labs on limited budgets, and effectively balance teaching responsibilities with productive research. Engage in conversations with peers and panelists to gain valuable insights and build a supportive network for biophysicists working primarily with undergraduates. Moderated by Orrin Shindell from Trinity University, the panel includes Benjamin Stottrup (Augsburg University), Janet Sheung (Claremont McKenna), and Rae Robertson-Anderson (University of San Diego). Open to all interested participants, this 1 hour and 32 minute session offers a unique opportunity to connect with and learn from fellow professionals in the field.