In the quest for better batteries, researchers have turned to an unlikely source of inspiration: nature. A new study proposes a hybrid battery concept called SwiftPulse, drawing parallels from electric fish and birds to tackle the enduring challenges
Nature-Inspired SwiftPulse Battery Revolutionizes Energy Storage Read More »
**Summary:**
Researchers have developed a new approach to improve communication and energy efficiency in UAV (unmanned aerial vehicle) swarms, which are increasingly used in areas with limited infrastructure, such as emergency rescues, military oper
Reinforcement Learning Boosts UAV Swarm Efficiency for Energy Sector Read More »
**Summary:**
Researchers have proposed a new hybrid battery concept, SwiftPulse, inspired by biological systems, to address the challenges faced by electric vehicles and renewable energy systems. Current batteries struggle to simultaneously offer fa
SwiftPulse: A Bio-Inspired Battery Breakthrough for EVs and Renewables Read More »
In the quest to decarbonize district heating—a critical component of urban energy infrastructure—researchers have mapped out a strategic framework that could reshape the energy sector’s approach to sustainable heat supply. A recent study published in
Berlin Study Maps Path to Green District Heating Revolution Read More »
In a significant stride towards decarbonizing emission-intensive industries, researchers have proposed an economically viable strategy for reducing the carbon footprint of carbon capture units. The study, led by Shashank Singh Rawat from the German A
DLR’s Heat Pump Breakthrough Slashes Carbon Capture Costs Read More »
In the vast, climate-diverse landscapes of Australia, a groundbreaking study has uncovered crucial insights into how soil moisture influences terrestrial ecosystem respiration (TER), with significant implications for the energy sector and global carb
Australia’s Soil Moisture Secrets Reshape Energy Sector Carbon Models Read More »
**Summary:**
Researchers have made significant progress in fabricating long, continuously poled areas in thin-film lithium niobate (TFLN) crystals, which are crucial for highly-efficient quantum light sources and frequency converters. These devices’
Breakthrough in Thin-Film Lithium Niobate: Boosting Energy Efficiency and Quantum Tech Read More »
In the vast, ever-changing expanse of the world’s oceans, a new study is making waves by shedding light on the intricate dance of surface water pH levels. Led by L. Delaigue from the Department of Ocean Systems at the NIOZ Royal Netherlands Institute
NIOZ Study Reveals Ocean pH Dynamics, Reshaping CO2 Absorption Views Read More »
In the realm of occupational safety, particularly in the energy sector, the ability to monitor radiation exposure accurately and efficiently is paramount. A recent breakthrough in this area comes from researchers at the China Institute of Atomic Ener
China’s CIAE Pioneers Low-Power CMOS Chip for Advanced Radiation Safety Read More »
In the relentless pursuit of cleaner energy, researchers are turning their attention to a persistent pollutant: mercury. A recent study published in *Energy and Environmental Protection* offers a comprehensive look at the latest advancements in adsor
Hebei Researchers Revolutionize Mercury Capture from Flue Gas Read More »
