Centrosymmetric crystals have always absorbed equal amounts of left- and right-handed circularly polarized light—until now ...

A major #bioethanol facility in #Redcar is at risk of shutting down unless urgent #government intervention is secured, its ...

Researchers have created a new ultra-strong carbon called MAC, eight times stronger than graphene, opening the door to ...

Palace sources I spoke to have always been adamant that the club are not in breach, fundamentally due to the complicated ownership structure. Palace owners, including John Textor, the focal point of ...

The ice on the surface of Jupiter's massive moon Europa is constantly changing, hinting at the presence of a subsurface ocean ...

The icy surface of Jupiter 's moon Europa appears to be constantly changing, new data from the James Webb Space Telescope has ...

Over the last few weeks, I have dared to dream. I’ve contemplated Marc Guehi, Crystal Palace’s captain, going up to the Royal Box at Wembley, sporting that wonderfully sheepish smile of his ...

Amorphous ice is distinguished from typical crystalline ice by its non-periodic atomic arrangement. It is still classified as a solid material, which can be alternatively described as "a liquid ...

This innovative material architecture exploits interfacial and synergistic effects between high entropy crystalline and amorphous plates, exhibiting structural stability under extreme irradiation ...

According to Liu, while researchers have demonstrated that other materials, such as crystalline metals or semiconductors, can deform by atomic diffusion, they have not shown that amorphous materials ...

This silicon carbide (SiC) material exhibits an ultimate tensile strength of over 10 GPa, reaching the regime reserved for strong crystalline materials and approaching levels experimentally shown in ...