Chaotic pools of DNA could be the future of encryption, proving authenticity of artwork or securing passwords against quantum computers.
Bradley van Paridon
Brad completed a Ph.D. where he studied invasive parasites and parasites that manipulate their hosts. After graduating, he began freelance science writing and podcasting. His written and audio stories have appeared in Chemistry World, Hakai, Scientific American, and Undark.
How the bias in algorithms can help us spot our own
People recognize their own biases in algorithms’ decisions more than they do in their own—even when those decisions are the same.
Electronic socks prevent foot-related complications in diabetic patients
An electronic sock detects an “unhealthy” walking style linked with diabetes and poor circulation to prevent foot ulcers and amputation.
Invisible underwater robots
A transparent underwater robot camouflages itself to explore the ocean, reducing encounters with delicate sea life.
Caffeine coating gives fuel cells a boost
Modifying hydrogen fuel cells with caffeine helped protect them from degradation, resulting in up to 11-fold increase in activity.
A universal set of probes helps scientists unlock the secrets of living cells
New probe system offers real-time protein mapping within living cells, unlocking insights into cellular function and disease mechanisms.
A living biosensor helps track honeybee health
First living biosensor developed to study honeybee gut microbiome, providing insights into health and conservation.
Nanovehicles take aim at tumor cells for better chemotherapy
Nanoparticles with innovative coatings target tumor cells, enhancing chemotherapy effectiveness while minimizing side effects.
Making spider silk from tobacco plants
Plant cells outperform yeast or bacteria in producing spider silk proteins, enhancing production efficiency.
Molecular tape promises seamless transfer and scale up of 2D materials
Breakthrough molecular tape streamlines transfer of fragile 2D materials, opening doors for industrial-scale production.