Read article: Quantum sieve could make deuterium much cheaper
Quantum sieve could make deuterium much cheaper
Pores in metal-organic framework open when deuterium gas is present
Read article: Quantum sieve could make deuterium much cheaper
Read article: Immunotherapy plus radiotherapy: the next big opportunity in radiation oncology?
Immunotherapy plus radiotherapy: the next big opportunity in radiation oncology?
Excitement is growing about the synergies between immunotherapy and radiation therapy, but there’s a long way to go before the clinical opportunities are realized at scale
Read article: Manganese oxide mineral is a heat-storage champion
Manganese oxide mineral is a heat-storage champion
Birnessite-like material has a volumetric energy density close to the theoretical maximum
Read article: Summertime on Neptune is cooler than expected
Summertime on Neptune is cooler than expected
New analyses reveal significant and unexpected temperature changes on the ice giant
Read article: Photons stay entangled despite huge jump in frequency
Photons stay entangled despite huge jump in frequency
New technique preserves quantum correlations between two photons even when the frequency of one is increased by 125 terahertz
Read article: Undersea muon detectors monitor variations in water depth
Undersea muon detectors monitor variations in water depth
Meteotsunami is detected in Tokyo Bay
Read article: First-ever image of the black hole ‘shadow’ at the heart of the Milky Way revealed by the Event Horizon Telescope
First-ever image of the black hole ‘shadow’ at the heart of the Milky Way revealed by the Event Horizon Telescope
First picture of the glowing surroundings around Sagittarius A* could offer clues to the inner workings of supermassive black holes
Read article: Focused ultrasound: a potential treatment for type 2 diabetes?
Focused ultrasound: a potential treatment for type 2 diabetes?
Ultrasound neuromodulation prevented or reversed the onset of diabetes in three different preclinical models
Read article: Quantum error correction makes its zero-magnetic field debut
Quantum error correction makes its zero-magnetic field debut
Field-free technique could be used to control quantum devices that combine superconducting- and spin-based qubits
Read article: Implantable device delivers personalized photodynamic therapy
Implantable device delivers personalized photodynamic therapy
A wireless optoelectronic device uses Monte Carlo simulations to deliver bespoke irradiation and maximize the efficacy of photodynamic therapy
