How does exclusively grass-fed beef affect the environment?
Only a reduction in beef consumption can guarantee lower environmental impact
Read article: How does exclusively grass-fed beef affect the environment?
Read article: How does exclusively grass-fed beef affect the environment?
Field theory of amorphous solids describes toothpaste, concrete and more
Better understanding of solid-liquid hybrids could lead to better materials
Read article: Field theory of amorphous solids describes toothpaste, concrete and more
Functional gradient effects make spider webs special
Findings may help in the development of new types of impact-resistant structures
Read article: Functional gradient effects make spider webs special
‘Vaporized’ electrons in graphene boost signals into the terahertz range
Nonlinear effect could drive extremely fast nanoelectronics
Read article: ‘Vaporized’ electrons in graphene boost signals into the terahertz range
Scintillating fibre measures radiotracer concentration in blood
A fibre-based device that measures radiotracer concentration in blood moves a step closer to kinetic analysis of PET data
Read article: Scintillating fibre measures radiotracer concentration in blood
Speeding up collagen manufacture
New “pneumatospinning” technique produces collagen microfibres faster than ever before
Read article: Speeding up collagen manufacture
African climate research infrastructure gears up
SEACRIFOG project finds need for extra greenhouse gas monitoring stations
Read article: African climate research infrastructure gears up
Cobalt offers rare-earth alternative
Scientists seek to reproduce structure of rare-earth magnets using nanorods
Read article: Cobalt offers rare-earth alternative
Brain disease drug delivery research gets quantitative
The first investigation to quantitatively evaluate successful delivery and activity of enzymes encapsulated in lipid nanoparticles shows promise for treating Gaucher disease
Read article: Brain disease drug delivery research gets quantitative
Optical conveyor belt moves ultracold atoms into hollow optical fibre
Technique could boost quantum sensing and computing
Read article: Optical conveyor belt moves ultracold atoms into hollow optical fibre
