Courses

Explore the intersection of quantum physics and Hollywood in this 22-minute video analysis of the Marvel movie Ant-Man. Dive into the scientific accuracy of the film's portrayal of shrinking technology and the quantum realm. Learn about atomic distances, the challenges of cracking a safe at microscopic sizes, and the feasibility of controlling ants remotely. Examine the concept of the quantum realm and its depiction in the movie. Discover how a quantum physicist evaluates the scientific elements of the plot while proposing alternative scenarios that maintain story integrity. Gain insights into the balance between scientific accuracy and storytelling in popular media, and expand your understanding of quantum mechanics in an entertaining context.

Explore a physicist's perspective on genome modeling in this hour-long lecture from the 3rd ICTP-SAIFR Symposium on Current Topics in Molecular Biophysics. Delve into the interdisciplinary approach of applying physics principles to understand genomic structures and functions. Learn how José Onuchic from Rice University bridges the gap between physics and biology, offering unique insights into the complexities of genetic material. Gain a deeper understanding of how physical models can illuminate genomic processes and potentially revolutionize our comprehension of life at the molecular level.

Explore complex systems through the lens of statistical physics in this engaging 39-minute conference talk from the Santa Fe Institute's Annual Science Board Symposium. Join Sidney Redner as he delves into random walks, data analysis, and lead changes in various contexts, including sports. Discover how statistical physics concepts can be applied to understand the dynamics of lead changes, first passage paths, and the concept of a "safe lead." Compare theoretical predictions with real-world data and gain insights into the fascinating intersection of statistical physics and complex systems analysis.

Explore the life and groundbreaking scientific contributions of John Tyndall in this 54-minute lecture by Paul Hurley at The Royal Institution. Discover Tyndall's diverse research, including his work on diamagnetism, the explanation for the blue sky, and the mechanism behind the greenhouse effect. Learn about his prolific career as a public lecturer, mountaineer, and poet. Delve into Tyndall's 19th-century scientific achievements and their relevance to modern information and communication technology, as well as critical 21st-century environmental concerns. Gain insights into the legacy of this exceptional scientist and communicator, whose work continues to influence fields ranging from magnetism and optics to climate science and microbiology.

Explore the life and work of renowned theoretical physicist Steven Weinberg in this illuminating online lecture by Prof. Rohini M. Godbole. Delve into Weinberg's vast contributions to theoretical physics, from his groundbreaking ideas on the unification of electromagnetic and weak interactions to his applications of particle physics in astrophysics and cosmology. Gain insights into Weinberg's influential role as an educator, author, and science communicator, shaping generations of students through his lectures and textbooks. Discover the rich legacy left behind by one of the greatest theoretical physicists of the century, presented by accomplished particle physicist Prof. Godbole from the Indian Institute of Science, Bengaluru.

This colloquium talk from the Warsaw colloquium for theoretical physics at CTP PAS explores the common errors physicists make when applying calculus of variations, with particular emphasis on how these mistakes can severely impact the correct description of gravitational phenomena. Discover the mathematical pitfalls and conceptual traps that theoretical physicists should avoid when working with variational principles. Presented by J. Kijowski at Centrum Fizyki Teoretycznej PAN (Center for Theoretical Physics of the Polish Academy of Sciences) on March 12, 2025, this 69-minute lecture provides valuable insights for physicists working in theoretical and gravitational physics.

Explore a comprehensive lecture by Professor Jose Onuchic from Rice University examining the theoretical modeling of genome folding from a physicist's perspective. Delve into the mechanics of how the human genome folds into 3D structures using the minimal chromatin model, which combines experimental data with theoretical physics principles. Learn about the application of neural networks to interpret chromatin types through epigenetic marks, and understand how the resulting structural simulations align with both HI-C data and microscopy measurements. Discover insights into chromosome territories, chromatin phase separation, and the two-state transitions of chromatin segments, while examining potential mechanisms linking chromatin structure to gene expression control. The presentation, delivered as part of the Statistical Physics in Living Matter series, offers a unique interdisciplinary perspective on understanding genome organization through the lens of physics.

In this 18-minute video, Dr. Sabine Hossenfelder recounts her unexpected journey to becoming a controversial figure in the particle physics community. Discover the events and scientific positions that led to her being labeled as "particle physicists' enemy number one." Learn about her critiques of certain theoretical approaches in modern physics, her perspective on the scientific method, and the professional consequences she has faced for challenging mainstream views in the field. The video provides insight into academic disagreements within the physics community and offers a personal account of what happens when a scientist questions established research directions.

Learn valuable insights and strategies for transitioning from academia to industry in this 59-minute colloquium, focusing on the unique advantages physicists possess in making this career shift. Explore hard-learned lessons about navigating the transition, weigh the advantages and disadvantages of leaving academia, and discover how academic and industry communities can create mutually beneficial relationships. Gain practical knowledge about bridging the gap between these two sectors while leveraging physics expertise for professional success.

Explore the cutting-edge world of quantum mechanics and computing in this comprehensive conference talk featuring renowned Caltech physicist John Preskill in conversation with physicist Brian Greene. Delve into the fundamental mysteries that still perplex scientists about quantum mechanics, examining the three core pillars that define this revolutionary field of physics. Discover Einstein's complex relationship with quantum entanglement and how quantum weirdness intersects with relativity theory, while grappling with the persistent measurement problem that continues to challenge our understanding of reality at the quantum scale. Learn about the revolutionary potential of quantum computing, understanding why leading physicists are transitioning their research focus to this emerging field and how quantum error correction serves as a crucial foundation for practical quantum systems. Examine the concept of quantum supremacy and its implications for technological advancement, exploring how quantum systems might transform society in unprecedented ways. Journey into theoretical physics through fascinating thought experiments involving black holes, including insights from Preskill's famous scientific bet with Stephen Hawking, and uncover what remains mysterious about these cosmic phenomena. Gain perspective on the personal journey from childhood interests to groundbreaking scientific research, understanding how curiosity about the natural world can lead to revolutionary discoveries in quantum physics and cosmology.

Explore the complex physics of superfluid dynamics and the disoriented chiral condensate in Quantum Chromodynamics (QCD) in this 1-hour 19-minute lecture by Derek Teaney at the Galileo Galilei Institute (GGI). Delve into the theoretical frameworks and mathematical models that describe these quantum phenomena, examining how superfluidity manifests in QCD systems and the implications of chiral symmetry breaking in high-energy physics.

Examine the key concepts of an expanding universe from Albert Einstein to Edwin Hubble, led by a theoretical physicist.

Theoretical physicist Robbert Dijkgraaf explores how physicists are striving for the long-sought unification of quantum mechanics and general relativity, with string theory being a leading contender.

Explore the fascinating world of quantum mechanics in this thought-provoking lecture by renowned physicist Sean Carroll. Delve into one of the greatest intellectual achievements of the 20th century and uncover the puzzling nature of quantum theory. Learn why, despite its everyday practical applications, quantum mechanics remains a source of confusion for many physicists. Discover the intriguing concept of a constantly branching universe, representing different possible outcomes of quantum measurements. Examine the potential implications of this theory for quantum gravity and the emergence of spacetime. Gain insights from Carroll's extensive research in fundamental physics, cosmology, and the philosophy of science. Understand the connections between quantum mechanics and complex topics such as entropy and complexity evolution. By the end of this 80-minute talk, acquire a deeper understanding of the mysterious quantum realm and its far-reaching consequences for our perception of reality.

Explore hands-on approaches to physics education in this one-hour conference talk that demonstrates how to inspire students to develop authentic physicist thinking through interactive data collection and real-world modeling techniques, providing practical strategies for educators to transform their physics classrooms into environments where students actively engage with scientific inquiry and problem-solving methodologies.

Explore the near-term applications of quantum information technology and discover how you can be involved in the quantum revolution in this 55-minute lecture by physicist Thomas A. Searles from The Royal Institution. Learn about the disruptive potential of quantum technology in communication, computing, and sensing infrastructure while understanding both the scientific and technological challenges ahead. Discover the origin stories of African-American quantum scientists and their contributions to the quantum revolution, presented during the International Year of Quantum Science and Technology. Gain insights into the workforce and educational requirements for the quantum industry, and participate in activities and experiments suitable for all ages designed to inspire the next generation of quantum scientists. Understand how quantum information technology is recognized globally as a critical challenge requiring technical advancement, skilled professionals, and substantial investment in quantum education to build a safer, quantum-smart future.

Explore the groundbreaking discovery of the Higgs boson and its implications in this enlightening 1-hour conference talk. Delve into the completion of the Standard Model particle spectrum and the subsequent questions it raises about the nature of matter and the Universe. Examine the relationship between Higgs boson couplings and particle masses, and ponder the mysteries surrounding the Higgs boson's own mass. Investigate the stability of the Universe's current vacuum state and the potential for future collapse. Discuss the enigma of dark matter and its dominance over visible matter. Gain insights into ongoing research and future experimental prospects aimed at addressing these fundamental questions in particle physics and cosmology.

Explore cutting-edge concepts in quantum mechanics and its potential extensions through this comprehensive lecture series delivered by renowned physicist Pawel Horodecki. Delve into advanced topics surrounding the testing of quantum mechanical principles and investigate theoretical frameworks that push the boundaries of our current understanding. Gain insights into ongoing research and potential future directions in the field as Horodecki presents his expertise on quantum foundations, experimental challenges, and emerging paradigms that may reshape our comprehension of the quantum world.

In this 1-hour 10-minute lecture from the Galileo Galilei Institute (GGI), explore holographic prescriptions for Schwinger-Keldysh effective field theories as presented by Vaios Ziogas. Delve into the mathematical frameworks and theoretical underpinnings that connect holographic principles with Schwinger-Keldysh formalism in quantum field theory.

Explore advanced concepts in particle physics through this lecture that delves into microscopic physics phenomena occurring at the TeV (teraelectronvolt) energy scale, examining the fundamental interactions and particle behaviors that become accessible at these extremely high energies and their implications for our understanding of the Standard Model and beyond.