
Modular Nanorobots: A New Era in Targeted Cancer Therapy
University of Basel researchers have developed self-assembling modular nanorobots designed to target and eliminate cancer cells with high precision.
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University of Basel researchers have developed self-assembling modular nanorobots designed to target and eliminate cancer cells with high precision.

Researchers have pioneered a model-free Physical Neural Network (PNN) that leverages electromagnetic interactions for ultrafast, energy-efficient computing without digital simulations.

University of Hong Kong researchers have unveiled a NIR-II fluorescence platform for real-time tracking and guidance of magnetic nanorobots in living tissues.

Researchers from the University of Pennsylvania used deep learning to identify antimicrobial peptides hidden inside proteins linked to fatal neurodegenerative diseases.

Brown University researchers link quantum gravity to the quantum Hall effect, explaining why the cosmological constant doesn't trigger a violent expansion.

Researchers have discovered a molecule that restores the protective function of microglia, reducing toxic plaque buildup and improving memory in animal models.

Recent paleontological finds suggest early ancestors of mammals and reptiles skipped the aquatic larval stage, fundamentally altering our understanding of land colonization.

The EU has adopted new rules for New Genomic Techniques (NGTs), easing regulations to foster more resilient and sustainable crop varieties.

OpenAI's GPT-5.4, paired with Molecule.one's Maria system, has successfully improved chemical yields in medicinal synthesis through autonomous experimentation.

The new Quantinuum Helios processor leverages trapped-ion technology to achieve 98 qubits with unprecedented fidelity, pushing quantum computing beyond classical simulation limits.

A semiconductor chip has successfully written 64 DNA sequences in water, pushing the boundaries of enzymatic synthesis and biological computing.

Beyond basic nutrients, thousands of unknown food compounds shape our health. Scientists are using 'foodomics' to map this invisible chemical universe.
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