A new study reveals how AI is flooding scientific journals with synthetic letters. Researchers found a small group of authors suddenly producing massive volumes of content, threatening to drown legitimate scientific discourse.
Researchers have developed a breakthrough polymerization technique that creates sustainable polymers from CO2-derived materials in mere minutes. The dual isomerization process represents a quantum leap in polymerization efficiency and structural control.
Researchers have developed a revolutionary energy harvesting device inspired by ancient rattle drums that generates up to 846% more power than conventional designs. The breakthrough could transform how we power IoT devices and wearable technology.
Researchers have created a revolutionary gene delivery system that targets brain blood vessels with unprecedented precision. This breakthrough could transform treatment of neurological disorders and vascular malformations.
A breakthrough in acoustic sensor design demonstrates how strategically placed defects in resonator arrays can dramatically enhance detection capabilities. This approach could revolutionize environmental monitoring and medical diagnostics with unprecedented sensitivity.
Researchers have developed a breakthrough method that simultaneously analyzes gene expression and metabolite production in individual plant cells. This could revolutionize how we understand plant metabolism and accelerate drug discovery from medicinal plants.
Breaking New Ground in Non-Equilibrium Biomaterials Researchers have unveiled a groundbreaking system of catalytic coacervate droplets that spontaneously form, regulate…
The Physics Behind Sliding Ferroelectricity Recent breakthroughs in two-dimensional van der Waals (vdW) materials are revolutionizing our understanding of ferroelectric…
Breaking Through Data Barriers in Critical Infrastructure Monitoring In the high-stakes world of oil and gas transportation, accurately predicting the…
A groundbreaking study reveals that pathogenic variants in the UNC13A gene cause a spectrum of neurodevelopmental disorders. The research demonstrates how different mutations disrupt synaptic function through distinct mechanisms, affecting neurotransmitter release and neuronal communication.
Scientists have identified a new neurodevelopmental syndrome caused by mutations in the UNC13A gene, according to a recent study published in Nature Genetics. The research, involving 48 patients from multiple clinical centers, reveals how different variants in this crucial synaptic protein lead to a spectrum of neurological symptoms through impaired synaptic transmission.
