Stabilizing Flapping-Wing Robots Amid Sudden Disturbances
Flapping-wing micro aerial vehicles are turning one of nature’s most efficient flight strategies into a new class of robotic technology. Inspired by birds, bees, and...
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Scalable High-Density Integrated Photonic Convolution via Spatiotemporal Interleaving
A new silicon photonic architecture could make optical convolution far denser and more adaptable, offering a potential path toward faster hardware for artificial intelligence, machine...
Intense Femtosecond Lasers Trigger Ultrafast Optical Switching in Doped Semiconductors
A burst of intense femtosecond laser light can make a semiconductor change its optical behavior almost instantaneously, according to a new study published in Light:...
Cat training program supports children with developmental disabilities—and benefits cats too
A structured cat-training program for children with developmental disabilities produced measurable benefits for both sides of the human–animal relationship, according to a new study from...
High-Power Pulses Stabilize Light Distribution Across Multicore Fibers
Light sent through a seven-core optical fiber can spontaneously reorganize itself into a remarkably stable and evenly distributed pattern when the input power becomes high...
How Transposable Elements Adapt in Clinically Important Adult Stem Cells
Transposable elements, once dismissed as genomic “junk,” are emerging as active regulators of cell identity, stress responses and disease. A new study published in Cell...
Novel method enables genetic risk studies in rare immune cells
Genetic risk for autoimmune disease may be hiding in the spaces between genes. A study published in Nature Genetics has revealed how disease-associated DNA variants...
3D Genome Mapping of Rare Immune Cells Uncovers New Crohn’s Disease Genes
Antwerp, 4 August 2026 — The genome is often described as a linear sequence of DNA, but inside a living cell it behaves more like...
Australian twin study reveals new insights into immune health
An Australian-first twin study is set to investigate why people with highly similar genetic backgrounds can respond very differently to infections, immune-mediated diseases and medical...
Immune cells could help combat obesity-related muscle dysfunction
Obesity is often discussed in terms of excess body fat, blood glucose, and cardiovascular risk, but its effects extend deep into the body’s machinery of...
Dairy Intake and Home Resistance Training Affect Function in Older Japanese Adults
A new randomized controlled trial from Japan is putting two everyday habits—eating dairy products and performing resistance exercises at home—under the scientific microscope in an...
Intelligent Photonics and Digital Twins Advance Adaptive Care for Panvascular Disease
A new perspective in Light: Science & Applications is putting an ambitious idea at the center of vascular medicine: the possibility of creating continuously updated,...
HMGA1 Promotes Bone-Like Transformation of Vascular Muscle Cells in Kidney Disease
Chronic kidney disease is often described as a disorder of filtration, but its consequences extend far beyond the kidneys. One of its most dangerous complications...
Mechanically Tunable Molecular Switch Enables Circularly Polarized Light Emission
A tiny molecular machine that can switch circularly polarized light on and off in response to mechanical force has been developed by researchers in Japan....
Researchers uncover how high-capacity lithium-ion anodes become activated
Rechargeable lithium-ion batteries may be losing access to their full energy-storage potential for a reason hidden inside individual electrode particles. Researchers have now identified a...