Physics & Space Science
Particle physics, quantum research, cosmology and fundamental forces
Transforming Plastic Waste into Fuel: New Catalytic Process by ORNL
Researchers at ORNL have developed a novel method to convert polyethylene waste into gasoline and diesel-like fuels using molten salts, potentially enhancing energy security.
New Insights into Quantum Decoherence Challenge Gravity's Role
Recent experiments explore the connection between gravity and quantum decoherence, ruling out a major hypothesis and refining the search for answers.
New Fluorescent Nanoparticles Enhance Detection of Chemical Differences in Low Concentrations
Researchers have developed dye-sensitized nanoparticles that boost sensitivity and selectivity in detecting chemicals, potentially transforming pharmaceuticals and environmental monitoring.
Caltech's High-Speed Light Redirecting Chip Achieves 74 Femtosecond Precision
A new Caltech chip can redirect light in just 74 femtoseconds, potentially accelerating advancements in photonic technologies for communication and computing.
Testing Gravity with Muonium: A Unique Approach to Einstein's Theories
Researchers are poised to test gravitational interactions with muonium, potentially revealing new insights into fundamental physics.
Affordable CosmicWatch Device Transforms Particle Detection for Education and Research
The CosmicWatch detector offers an affordable solution for detecting cosmic particles, making physics accessible to students and enhancing research opportunities.
Engaging with Complex Ideas: Highlights from Mindscape's September 2026 AMA Session
Mindscape's September 2026 AMA features intriguing questions exploring theoretical physics, urban life, and the role of mathematics in understanding our universe.
Researchers Uncover Optical Magnus Effect at Atomic Scale, Impacting Quantum Computing
An international team has experimentally confirmed the optical Magnus effect at the atomic level, revealing implications for laser-controlled quantum computing.
Understanding Leadership's Impact on Historical Outcomes: Insights from Jared Diamond
Jared Diamond's latest book explores how leaders influence historical events, emphasizing the interplay between individual agency and broader societal contexts.
Exploring Time: Insights from Jim Al-Khalili on Physics and Philosophy
Jim Al-Khalili's work delves into the nature of time, blending physics and philosophy to foster interdisciplinary dialogue on its elusive definition.
Mastering Writing Critique: Essential Strategies for Clear Communication
Learn how effective writing critique can enhance clarity and engagement in your work, bridging the gap between ideas and readers.
Exploring the Mysteries of Black Holes: Insights and New Discoveries in Astrophysics
New observations and theories around black holes challenge existing models, illuminating the cosmos and advancing our understanding of astrophysics.
Embracing Uncertainty: The True Nature of Scientific Inquiry
Stuart Firestein's work illuminates the messy, uncertain process of science, urging a shift in public understanding and education of scientific inquiry.
Exploring Quantum Cellular Automata and the Goldilocks Rule in Quantum Physics
Discover how the Goldilocks rule in quantum cellular automata leads to complex patterns and insights bridging quantum and classical systems.
Taiwan's Majestic Trees: Discovering Nature's Hidden Giants
Researchers unveil towering Taiwania firs in Taiwan, highlighting their ecological significance and the value of citizen science in conservation efforts.
Gen Z's Pursuit of Meaningful Work Faces Financial and Emotional Challenges
A recent survey reveals Gen Z's strong desire for impactful employment, but highlights barriers like low pay and emotional strain in caring professions.
Remembering Mark Wise: A Physics Mentor's Unique Approach
Mark Wise's memorable teaching style blended humor and personal connections, leaving a lasting impact on his students at Caltech and Perimeter.
Remembering Mark Wise: A Legacy of Kindness and Scientific Passion
Mark Wise's legacy as a brilliant physicist and engaging mentor leaves an indelible mark on Caltech and the wider scientific community.
New Findings from Long-Term Soil Experiment Raise Concerns About Carbon Release
A 37-year study reveals that rising temperatures may cause even stable soil carbon to break down, increasing CO2 emissions more than expected.
Unpacking the Survival of Marine Species During Earth's Great Extinction Event
New research sheds light on why some marine species survived the Permian-Triassic extinction, drawing parallels to today's ocean challenges.