Forbidden nuclear transition sheds light on how some stars die
Laboratory experiment suggests that intermediate-mass stars expire via thermonuclear explosions
Read article: Forbidden nuclear transition sheds light on how some stars die
Read article: Forbidden nuclear transition sheds light on how some stars die
Invisible dye embeds vaccination records on skin
A microneedle patch containing fluorescent quantum dots invisibly encodes vaccination history in the skin
Read article: Invisible dye embeds vaccination records on skin
Ultrasensitive PET enables sub-second total-body imaging
Combining the uEXPLORER total-body PET/CT scanner with advanced image reconstruction enables real-time capture of blood flow and heart function
Read article: Ultrasensitive PET enables sub-second total-body imaging
Photon frequency doubler is controlled by light
New technique could lead to all-optical computers
Read article: Photon frequency doubler is controlled by light
Can a simple sweat sensor replace blood tests?
A new sweat sensor can remove the need for blood draws to monitor levels of metabolites
Read article: Can a simple sweat sensor replace blood tests?
Could faster breast cancer radiotherapy replace longer treatments?
A shorter course of higher-dose radiation to part of the breast shows promise for women with localized breast cancer
Read article: Could faster breast cancer radiotherapy replace longer treatments?
Nanomaterial-coated fabric destroys chemical warfare agents
Composite metal-organic frameworks might be used in protective suits and face masks for soldiers
Read article: Nanomaterial-coated fabric destroys chemical warfare agents
Ultra-flat graphene goes wrinkle free
Proton-assisted growth smooths out the carbon sheet
Read article: Ultra-flat graphene goes wrinkle free
Ancient rings surrounding the Sun could have divided the solar system
Clear distinction between rocky planet and gas giants explained by new study
Read article: Ancient rings surrounding the Sun could have divided the solar system
Progress in physical chemistry may enhance light-based therapies
Non-toxic silicon nanocrystals enable more effective phototherapies by converting low-energy photons to higher energies
Read article: Progress in physical chemistry may enhance light-based therapies
