Documenting the latest breakthroughs in scientific research, space exploration, and human discovery, BytePith Science is your window into the wonders of the natural world and beyond. We translate complex scientific papers into engaging stories about climate science, astrophysics, and revolutionary laboratory findings. Our mission is to foster curiosity and provide an authoritative look at the evidence-based discoveries that expand our understanding of existence.
Research from Monash University, Harvard, and studies of tens of thousands of adults connects ultra-processed food intake to measurable cognitive decline, dementia risk, Parkinson's symptoms, and depression — with actionable thresholds in the data.
New fossils from Moa Eggshell Cave, dated to about 1 million years old, reveal 16 species and show extinction was already underway before humans arrived.
A preclinical study from the University of Arizona shows cannabis terpenes geraniol, linalool, beta-caryophyllene, and alpha-humulene reduce fibromyalgia and post-surgical pain in mice through the adenosine A2a receptor pathway.
Researchers used LTR retrotransposon similarity matrices to map the octoploid strawberry's subgenomes and date three ancient genome-merging events.
NASA's Aeolus mission hands a 2028 Mars orbiter to Relativity Space, the Eric Schmidt-led rocket company that has yet to reach orbit, under a commercial model echoing its ISS and lunar lander contracts.
Alibaba releases Qwen-Robot Suite — three foundation models for navigation, manipulation, and world modeling — aiming to close the gap between VLMs and robot motor control.
A methyl methacrylate storage tank at GKN Aerospace in Garden Grove, California overheated in May 2025. This explainer covers the exothermic polymerization mechanism that makes MMA storage hazardous and what the incident timeline revealed.
A cryo-EM and electrophysiology study from CSHL explains for the first time how NMDARs distinguish calcium from magnesium, a mechanism linked to learning and GRIN developmental disorders.
A new study using the world's largest magnetic wind tunnel balance system shows that microscopic surface irregularities delay the laminar-to-turbulent flow transition, cutting aerodynamic drag by 43.6% — a result that contradicts decades of aerodynamic theory.
