Archived Intelligence
Metal halide perovskite solar cells often struggle to balance durability with performance, but a new structural engineering approach has solved this dilemma. By integrating a specific organic molecule, scientists have strengthened the material's internal bonding, delivering state-of-the-art stability without sacrificing power conversion efficiency.
Scientists have successfully tested Nanopore long-read sequencing as a replacement for older, DNA-heavy methods in diagnosing Myotonic Dystrophy Type 1. By using CRISPR/Cas9 to target specific genes, the method accurately measures genetic mutations, though challenges remain for embryo screening.
BreakTag is a scalable sequencing method designed to rigorously analyse how gene-editing tools interact with DNA. By mapping both off-target activity and the specific shape of DNA cuts, it helps predict how genetic material will be repaired.
Astronomers have analysed a 'little red dot' galaxy from the dawn of the universe containing a black hole of unexpected mass. The findings suggest that some primordial black holes grew rapidly before their host galaxies had fully formed.
Researchers have identified how the brain encodes the emotional context—or 'hue'—of our experiences. Using fMRI technology, the study reveals that negative memories share a distinct neural pattern in the ventral visual stream, allowing the brain to link disparate events based on how they made us feel.
Researchers have tackled the scarcity of digital resources for the Kashmiri language by creating a substantial new dataset of over 15,000 news snippets. By testing various artificial intelligence models on this data, they identified a specific transformer model capable of classifying Kashmiri text with remarkable accuracy.
New computational modelling reveals that adding specific transition metals to phosphorene monolayers can induce magnetism in this typically non-magnetic material. The research identifies iron and vanadium doping as particularly promising for creating unique magnetic states suitable for future electronics.
Researchers propose using coupled photonic molecules to simulate topological materials within synthetic space-frequency dimensions. This approach generates SL(2,C) non-Abelian gauge fields, enabling the study of exotic quantum transitions using light.
Scientists have successfully performed skeletal editing on individual molecules using a microscope tip to initiate chemical changes. By removing specific atoms and contracting molecular rings, this research opens new frontiers for precise synthesis at the single-molecule limit.
Researchers have successfully simulated the developing nervous system of the roundworm using statistical models based on basic biological rules. The study reveals that complex neural wiring can be predicted using simple factors like neuron birth time and physical distance.
New research reveals that social skills develop through a mix of neural maturation and the quality of the mother-child relationship. By observing brain patterns, scientists found that strong interpersonal bonds lead to neural synchronisation, which is crucial for understanding the minds of others.
Researchers have developed a digital knowledge graph to structure Traditional Chinese Medicine treatments for diabetic retinopathy. By combining AI with expert curation, this system links scattered medical records into a coherent network that answers clinical questions with remarkable accuracy.