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Real science, explained at the right level. Every story is based on a published research paper and links to the original, so you can check it yourself.

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From the archive

Monday, 5 October 2026

Top storyChemistry & Material SciencePeer reviewed2 min read

Why flexible carbon fabric could replace platinum in clean fuel

Growing cheap metals directly onto carbon cloth creates sturdy, efficient materials that make clean hydrogen gas without precious platinum.

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More from this day

NeurosciencePeer reviewed2 min

How your gut brain axis lets tiny passengers talk to your mind

Trillions of gut microbes release tiny molecules that help coat nerve wires and link to thinking skills, though direct mind control remains unproven.

Physics & AstronomyPeer reviewed2 min

What happens when two stars spiral into each other?

Red novae are bright cosmic flares produced when two stars collide and merge, powered by orbital motion rather than nuclear explosions.

Chemistry & Material SciencePeer reviewed2 min

How tiny solar antennas turn common bacteria into chemical factories

Researchers built an artificial photosynthesis biohybrid by sticking light-catching polymers onto bacteria that contain mineral reaction centres inside, boosting their chemical production nearly 30-fold.

Physics & AstronomyPeer reviewed2 min

Why quantum entanglement resilience shields devices from errors

A modelling study shows that as quantum particles entangle, their shared connections naturally dilute hardware errors without needing complex correction codes.

Genetics & Molecular BiologyPeer reviewed3 min

Why anti-aging drug discovery has been reading the body's clock backwards

Traditional molecular clocks mistake healthy cellular shields for harmful wear and tear, throwing scientists off the trail of good drugs. By separating repair crews from true damage, a team found seven new life-stretching medicines.

Chemistry & Material SciencePeer reviewed3 min

How tiny molecular cages use electric fields to copy nature's best catalysts

A computer modelling study shows that placing electrical charges on hollow organic cages creates oriented electric fields that speed up chemical reactions up to 100-fold.

Computer Science & AIPeer reviewed2 min

How smart code learns seizure prediction by copying biology

A computer framework called CMS-NAS automatically designs tiny, accurate neural networks to predict epileptic seizures from brain activity. It combines image filters, memory models, and brain-like spiking neurons to run on low-power wearable chips.

Environmental SciencePeer reviewed3 min

What happens when marine heatwaves become the ocean's new normal?

Computer simulations show that under high greenhouse gas emissions, marine heatwaves could become almost permanent across most oceans by 2070. These extreme thermal spikes speed up energy loss and amplify the damage of steady ocean warming on marine food webs.

Genetics & Molecular BiologyPeer reviewed3 min

A dirt-dwelling virus could help defeat tough bacteria

Scientists isolated a novel bacteriophage called APU1 from Bangladeshi dairy farm soil. The virus completely bursts resilient Bacillus bacteria without carrying unwanted toxins or antibiotic resistance genes.

Genetics & Molecular BiologyPeer reviewed3 min

How a Viral Repair Crew Solved the Agrobacterium CRISPR Editing Puzzle

Researchers combined CRISPR scissors with viral repair enzymes to cleanly alter Agrobacterium tumefaciens, a microbe central to plant biology. The method allows scientists to rewrite the bacterium's genetic code step by step without leaving behind messy marks.

Chemistry & Material SciencePeer reviewed3 min

Why shrinking battery anode nanomaterials down to tiny specks stops them cracking

A critical review reveals that shrinking battery anodes into zero-dimensional specks allows them to breathe and expand evenly during charging, preventing the structural cracks that wreck normal electrodes.