Archived Intelligence
Researchers have developed a Nanoimprinted Photothermal Chip (NPC) that uses near-infrared light to deliver gene-editing complexes with high precision. This method successfully disrupted the PD-1 gene in T cells, significantly boosting their antitumor activity while maintaining high cell viability.
Researchers have engineered a catalyst that allows batteries to function efficiently using ambient air, rather than pure oxygen. By manipulating the electronic structure of a ceramic material, the system can handle both oxygen and carbon dioxide simultaneously, leading to higher energy density and improved stability.
Researchers have identified a universal scaling law governing how forces are dampened in a medium, applicable from electrolytes to higher-dimensional gravity. By analysing data across 30 orders of magnitude, the study reveals that interaction ranges consistently scale inversely with the square root of density.
Researchers investigated microbial life within marine cave sediments, discovering that biological diversity actually increases deeper inside the cave. The study confirms that chemosynthesis allows these ecosystems to thrive by metabolising inorganic compounds in the absence of sunlight.
A 653-year reconstruction of typhoon activity in the North Western Pacific reveals a surprising peak during the Maunder Minimum. The findings suggest that thermal contrast between a cooling landmass and a warm ocean drove the surge in storms.
Researchers have developed the 'Catassembly Triad,' a predictive framework that explains how catalysts must balance holding and releasing molecules to build complex, life-like structures. This model successfully predicts experimental outcomes, moving the field from trial-and-error to precise engineering.
Researchers have optimised an imaging technique to view deep brain structures without surgical damage. This allows for the observation of neural stem cells in their natural environment.
Researchers have demonstrated a method to control light polarisation in specific quantum structures using incredibly weak magnetic fields. By exploiting the separation between electrons and holes, the study paves the way for compact sources of circularly polarised light.
New research utilising macaque subjects questions the long-held dichotomy between emotional and voluntary facial movements. Data indicates these systems may function as an integrated network rather than isolated streams.
New research identifies the Nascent Polypeptide-Associated Complex (NAC) as an active regulator that senses protein chains even before they exit the ribosome. By modulating translation speed, it prevents traffic jams and guides proper folding.
Researchers have developed a method to separate magnetic and electronic layers in quantum materials. By weaving Terbium chains into a lattice, they achieved superior control over electron flow.
Researchers employed time-resolved cryo-EM to visualize intermediate states of the μ-opioid receptor under non-equilibrium conditions. The findings propose that ligand efficacy correlates with specific structural dynamics, suggesting partial agonists may induce a stalled state during activation.