A new study shows that adapting sulfur chemistry in sodium-sulfur batteries via MoS2 nanosheets improves efficiency and longevity.

Indonesia’s Nuclear Technology Polytechnic under the National Research and Innovation Agency (BRIN) is developing ...

A hygroscopic paper produced on industrial papermaking equipment harvests drinking water from air continuously using sunlight ...

Researchers propose a modular system combining gas filtration, enrichment, and laser spectroscopy for trace gas detection and ...

Researchers from China have proposed a transformative approach to exploring Venus by introducing an ...

Integrated system for filtering, enriching, and detecting trace gases paves the way for high-precision isotopic measurements and resource extraction ...

On this year rsquo;s World Water Day marked on March 22, 2025, we spoke with Dr Jonas Bayuo, a Partnership for Skills in ...

A bacterial strain pulled from traditional Korean kimchi demonstrated the ability to bind polystyrene nanoplastics and ...

A copper-nickel dual-atom material reported in Nature Communications converts carbon dioxide into carbon monoxide at high ...

Minimizing cost is the key parameter for the viability of direct-air-capture (DAC) systems that remove carbon dioxide from the atmosphere. The startup company Sustaera Inc. has built a prototype DAC ...

A new study examines zinc and aluminum-doped C20 fullerenes as sensors for N,N-DMT, highlighting ZnC19's potential for effective detection and optical response.

Despite continuous improvements in sepsis outcomes over past decades, data suggest that overall prognosis has plateaued.1 Specifically, septic shock—a severe form of sepsis characterised by systemic ...