
Fresh claim of making elusive ‘hexagonal’ diamond is the strongest yet
After decades of debate, researchers say that they have found the clearest evidence yet for this rare form of carbon
Mark Peplow is a journalist based in Penrith, England.

Fresh claim of making elusive ‘hexagonal’ diamond is the strongest yet
After decades of debate, researchers say that they have found the clearest evidence yet for this rare form of carbon

Should Next-Generation Psychedelics Skip the Trip?
Companies attract venture funding for redesigned psychedelic drugs

Chemists Finally Made a Compound Containing Mysterious Element Promethium
Promethium, one of the rarest and most mysterious elements in the periodic table, has finally given up some crucial chemical secrets

Nanotechnology Offers New Ways to Fight an Endless Pandemic
A wave of funding focuses on antiviral nanomaterials as COVID countermeasures

Plasma Scalpel Takes On Cancer
A new tool enters a pivotal pilot study

Reprintable Paper Offers Sustainable Alternative to the Printed Word
A new nanoparticle coating technique prints text that lasts up to five days

Shortages of One Obscure Atom, Key to Medical Scans, Are about to Endanger Millions
Millions of patients depend on a rare radioactive form of one element to scan them for disease. But the old nuclear reactors that make it are shutting down

Graphene-Spiked Silly Putty Picks up Human Pulse
“G-putty” is so sensitive that it can track even the steps of a small spider

The Plastics Revolution: How Chemists Are Pushing Polymers to New Limits
Polymers have infiltrated almost every aspect of modern life. Now researchers are working on next-generation forms

Mirror-Image Enzyme Copies Looking-Glass DNA
Synthetic polymerase is a small step along the way to mirrored life-forms

Synthetic Biology's First Malaria Drug Meets Market Resistance
Commercial use of genetically engineered yeast to make medicine has modest impact

Inventors Race to Find Best Way to Recycle Polluting Carbon
A $20-million prize will go to the best technology

Nanotech Bandages Detect Health Trouble and Deliver Medicine
New materials will not simply cover wounds—they will be able to alert doctors to problems and deliver fine-tuned drugs

New Form of Ice Forms in Graphene "Sandwich"
The ice's unusual square structure suggests why water can zip through stacks of the atom-thick sheets of carbon

Dynamic Duo of Compounds Help LEDs Transmit Wireless Data At High Speed
A pair of semiconducting polymers helps create a pleasant white light that can both illuminate a room and transfer information

Centipede and Snake Venoms Form a Basis for New Pain Drugs
Venom molecules could provide alternatives to addictive opiate drugs

Liquid-Metal Batteries Get a Boost from Molten Lead
The technology could provide large-scale storage for energy from erratic sources such as wind or solar

Social Sciences Suffer from Severe Publication Bias
"Null" results rarely see the light of day, a survey finds

Ethanol Fuels Ozone Pollution
Shifts in the use of gasoline and ethanol to fuel vehicles in Sao Paulo created a unique atmospheric chemistry experiment

Biodegradable Battery Could Melt Inside the Body
Medical implants would monitor vital signs or dispense therapies before vanishing

At Least Twice as Much DNA of Pathogens and Allergens in Air on Beijing's Smoggiest Days
Next, microbes in the sputum of patients with respiratory tract infections could be examined to see if smoggier days lead to more illness

Cheap Battery Can Store Energy for a Rainy Day
Quinone could make flow-battery technology competitive with current storage methods

No Firm Proof That Arafat Was Poisoned
An investigation claims to have turned up evidence of polonium poisoning in the death of the Palestinian leader but draws no certain conclusions

Hormone Disruptors Rise from the Dead Like Zombies
Broken-down pollutants are found to reform in the dark, casting doubt on environmental risk assessments