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TECHNOLOGY

Cornell researchers identify material with two forms of superconductivity, advancing quantum research

Experiments on uranium ditelluride have shown that two distinct superconducting states can coexist in the material, making it a leading candidate for a topological superconductor, a development that could eventually support advances in quantum computing.

Oxford researchers turn historic plant collection into a window on colonial science

Researchers at the University of Oxford are examining a historic plant collection to investigate how Indigenous knowledge and colonial-era exchanges shaped the development of botanical science in Britain.

Earth’s life story may not have begun with comets, new study finds

A new study by the University of Cambridge has found that comets were unlikely to deliver enough hydrogen cyanide to early Earth to help life begin. The findings challenge a long-standing theory, though researchers say a rare successful impact remains possible.

MIT develops implantable ultrasound device to improve drug delivery to the brain

The research prototype combines a drug-delivery tube with 24 miniature ultrasound transducers to help substances spread farther through brain tissue. Tested in laboratory tissue models and mice, the technology could eventually support targeted treatment for aggressive brain tumours, but it has not been proven in patients.

Text-to-Video Clips

Replace stock footage hunts with custom-made Text-to-Video clips

Replace stock footage searches with custom text-to-video clips using Dreamina AI. Learn to craft precise prompts, customize scenes, refine visuals, and create engaging videos tailored to your script and creative needs.

NTU researchers develop light-activated compounds for safer 3D printing

The new photoinitiators can cure liquid resins under light, with laboratory tests showing low toxicity to human cells and reduced material shrinkage. Their performance in large-scale manufacturing remains to be established.

Water vapour slows grain growth in zirconia ceramics, study finds

Experiments suggest that steam can slow microstructural changes in a ceramic used in high-temperature protective coatings, potentially helping the material retain porosity and thermal insulation properties.

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