The carbon sheet can no longer be considered as a purely 2D material as far as certain mechanical properties are concerned say researchers
Read article: High-pressure experiments reveal graphene’s 3D nature
Cold, large protoplanetary discs could be more stable than previously thought
Read article: Giant exoplanet orbiting tiny star defies current theory of planet formation
"In no way do we just need to worry about how much we release today," says researcher
Read article: Mercury emissions total 1.5 million tonnes over last 500 years
The MR-linac allows treatment plan adaption to the patient's daily anatomy – but how can we tell whether the new plan is suitable for delivery?
Read article: Software offers ‘sanity check’ for adapted plans in MR-guided radiotherapy
Measurements of a model autocatalytic reaction diminish the “likelihood” of parity violation energy differences in the system’s electroweak interactions as an explanation for the origin of one-h...
Read article: Is parity violation a weak explanation for the homochirality of life?
SMAIS technique produces synthetic covalent organic 2D polymer sheets with the largest crystalline domain sizes ever
Read article: Surfactant monolayers help make polymer crystals
It makes good business sense to contain planetary warming to 1.5 °C. Passing the Paris target spells disaster, with more extremes of global heat
Read article: Extremes of global heat bring tipping points closer
Scientists use PET imaging to see protein tangles associated with dementia in the brains of patients who suffered a traumatic brain injury
Read article: Novel PET method visualizes protein tangles after traumatic brain injury
Researchers have succeeded in creating the first analogues of Kelvin’s “vortex atoms” in chiral materials
Read article: 3D knots appear in liquid crystals
Previously unknown errors have an insidious effect on computer models of chaotic systems
Read article: Computational ‘pathology’ could hamper climate and fusion simulations
