Chinese scientists have found a way to squeeze metals into ultra-thin sheets – no more than a few atoms thick. Some experts believe the feat could revolutionise the way electronic devices are ...

Body work and paint projects are the bane of most DIY enthusiasts, but with a small amount of preparation and patience it is ...

The Karnataka Health Department has taken a decisive step to safeguard public health by banning the use of polythene sheets for steaming idlis in hotels across the state. The move follows inspections ...

During inspections conducted across 251 hotels in Karnataka, officials found that 52 establishments were using plastic sheets in the steaming process of idlis. Thin plastic sheets, especially ...

BENGALURU: Health safety officials are cracking down on food outlets using plastic sheets in the preparation ... said paper ...

Magnetic viewing films, those thin plastic sheets that change color in response to a magnetic field, are his latest area of interest, as you can see in his Magnetic Kinetic Art Display.

Ethnic violence aftermath in Manipur leaves thousands displaced, struggling for survival in relief camps, hoping for peace.

According to him, polythene, especially the thin sheets, are carcinogenic and the ... that recently the hotels have started using plastic. So our officers went to various spots and conducted ...

The new technique, developed by Luojun Du at the Chinese Academy of Sciences and his colleagues, can create 2D sheets of bismuth, gallium, indium, tin and lead that are as thin as their atomic ...

Interestingly, the result showcased that the material allows over 80% of the infrared light to escape upwards, cooling the LED. Simultaneously, it reflects more than 95% of the visible light downwards ...

Since the first studies of graphene, in 2004 2, researchers have made many atomically thin materials. However, most of them, including graphene, are generated by peeling sheets from layered ...

Taking inspiration from industrial forging, researchers have demonstrated a way to squeeze molten metals into atomically-thin layers ... create sub-nanometer thick sheets of different metals ...