
Leading researchers discuss AIDS epidemic history, scientific challenges, activism, and future prospects in combating HIV, exploring breakthroughs and ongoing efforts towards finding a cure.

Explore the intriguing connection between déjà vu and premonition with Dr. Anne Cleary as she unravels the science behind these mysterious cognitive phenomena.

Discover how everyday activities like reading and gaming can contribute to scientific research. Learn about citizen science opportunities and how to engage in conservation biology from a passionate ecologist.

Explore CERN's IT innovations, from the birth of the World Wide Web to cutting-edge particle physics research. Gain insights into the technology powering groundbreaking scientific discoveries at this unique European organization.

Discover how mobile apps can aid anxiety treatment for children with specific phobias. Learn about scientific principles, design optimization, and motivational mechanisms in app development for research purposes.

Discover how game designer Jane McGonigal created SuperBetter, a healing game that boosts resilience and potentially adds years to your life through scientific research and personal experience.

Explore the power of mindset in shaping health, behavior, and reality. Dr. Alia Crum presents scientific evidence on how our mental perspective influences physiological outcomes and overall well-being.

Explore real-time 3D visualizations of brain cell electrical activity using cloud computing and JavaScript, bridging neuroscience with web development for accessible open-science research.

Discover the incredible speed of the mantis shrimp's feeding strike through high-speed video analysis, revealing one of nature's fastest animal movements.

Exploring how light may have sparked the origin of life, Ana Parejo Vidal discusses her research on photochemical processes that established nucleobases as the building blocks of all terrestrial life.

Explore CERN's lesser-known activities, from mechanical engineering to quantum technologies, and discover the diverse work behind the world's largest scientific instrument.

Introducción a simulaciones de dinámica molecular y cómo Python acelera la investigación en el área, con énfasis en la aplicación de Machine Learning y ejemplos usando OpenMM.

Explore molecular dynamics simulations using Python's scientific ecosystem, focusing on OpenMM and its tools. Learn how AI and machine learning are revolutionizing this field.

Explore life and scientific research at Concordia Station in Antarctica, an isolated environment mimicking extraterrestrial conditions, and its implications for space exploration and human adaptation.

Explore the intersection of biology and Python, discovering how this programming language revolutionizes research in computational biology and bioinformatics through various modules and tools.

Explore challenges and insights from uniting diverse academic fields for the Helmholtz Analytics Framework, focusing on HPC, Scientific Big Data, co-design, and Python integration.

Explore the concept of developing pre-trained models collaboratively, applying open-source software principles to machine learning for wider participation and continuous improvement.

Explore how CERN leverages Kubernetes to analyze particle collisions, integrating legacy batch systems with modern cloud-native workflows for efficient physics research.

Explore groundbreaking discoveries from the Large Hadron Collider, including insights on antimatter, dark matter, and the Higgs particle. Learn how this powerful machine recreates post-Big Bang conditions.

Experts discuss the differing needs of scientists and journalists in science communication, exploring challenges and opportunities for effective collaboration and public engagement.

Richard Dawkins discusses his life, influences, and scientific journey, from childhood in Africa to developing the "selfish gene" concept, offering insights into his research, writing, and personal growth.