
Latest Science News
Lab-Grown Human Spinal Cord Heals After Injury in Breakthrough
Northwestern researchers developed a human spinal cord organoid with neurons, astrocytes, and microglia to model traumatic injuries. A molecular therapy using 'dancing molecules' in nanofibers repaired damage, mimicking animal model results. Published February 11 in *Nature Biomedical Engineering*.
GPT-5.2 AI Solves Decade-Old Physics Puzzle on Gluon Interactions
OpenAI's GPT-5.2 Pro proposed a new formula showing single-minus gluon tree amplitudes are nonzero, verified by experts from Harvard, Cambridge, and others. The AI processed massive datasets and generated a mathematical proof after 12 hours. Published February 13 on arXiv.
Quantum Sensor Advances Pursuit of Dark Matter Detection
ORNL researchers implemented distributed sensing with squeezed light and entanglement in a nonlinear interferometer, surpassing classical limits. This proof-of-principle enhances sensitivity for dark matter searches via phase measurements. Published in *Physical Review Research*.
Majorana Qubits Successfully Decoded in Quantum Computing Advance
CSIC and Delft researchers used quantum capacitance to read Majorana qubit states in real-time, confirming parity protection and millisecond coherence. This enables robust topological qubits resistant to noise. Study highlights global probe sensitivity.
New Large-Scale Method Discovers Molecular Glues for Undruggable Proteins
CeMM and Scripps teams generated thousands of chemical variants from a target-binding molecule, screening in cells for protein degradation. This rational approach targets previously undruggable proteins via proximity induction. Presented at CeMM symposium February 11.
AI Tool OC-PAM Tracks Cancer Organoid Drug Response Non-Invasively
Scientists developed an AI-enhanced imaging platform for label-free, longitudinal monitoring of cancer organoids. It enables real-time assessment of drug responses without invasive methods. Improves precision in personalized cancer research.