Latest Articles for Energy Efficiency

Learn how to improve the startup of hydroelectric turbines for longer lifespans.

Explore the fascinating world of superconductors and their electron interactions.

Exploring a new era in computing with magnonic logic gates for faster processing.

Investigating energy efficiency and accuracy in AI coding models for developers.

Scientists find methods to quickly adjust Bose-Einstein condensates without disruption.

Discover how SNNs and ReRAM are shaping efficient AI systems.

Learn how thermal management systems maintain vehicle temperature and efficiency.

Discover how dual CNNs save energy while enhancing image recognition.

Exploring the role of FPGAs in improving quantum circuit simulation efficiency.

Researchers improve thermal conductivity predictions using innovative machine learning techniques.

New insights into superconducting diodes promise energy-efficient electronics.

Discover how EnFed enhances activity monitoring while ensuring privacy and saving battery life.

Discover how advanced algorithms improve solar energy output under changing conditions.

Using electrolysers can help integrate renewable energy sources effectively.

Learn how to efficiently manage solar energy and battery storage at home.

Revolutionary materials may change the landscape of electronics and quantum computing.

A look at how microgrids provide efficient, clean energy solutions.

Scientists make strides in creating layered nitride semiconductors for better electronics.

Discover how air cavities boost ship efficiency and reduce drag.

Learn how understanding wakes can improve wind energy efficiency.

Uncover the fascinating world of superconductivity and its unique behaviors.

A groundbreaking framework ensuring energy efficiency in Federated Learning for IoT devices.

Learn how superconducting photodiodes transform light into electricity efficiently.

Discover how robots optimize movement using distance fields and geodesic flows.

Discover how to make AI more eco-friendly and reduce its environmental impact.

TPV technology converts thermal energy into electricity, improving energy efficiency and applications.

Researchers study excitons in MoS to unlock new light technologies.

Discover how ternary neurons reshape AI efficiency and decision-making.

Discover how light can turn materials into superconductors.

Discover how surface-plasmon polaritons are changing technology and materials science.

Combining nickel and hafnium oxide could transform technology with electric control of magnetism.

CrOCl shows promise for smarter, energy-saving technologies through unique magnetic properties.

Researchers find new ways to enhance solar cell efficiency using impact ionization.

Discover how discrete breathers reshape our understanding of energy localization.

Discover the energy needs of AI training and its environmental impact.

A new method balances model performance and energy use.

Plaid redefines computing efficiency by aligning resources for peak performance with minimal energy use.

Programmable photonic circuits promise faster, energy-efficient data transfer.

Introducing DiP, a new architecture enhancing AI performance and efficiency.

Discover the potential of quantum technology in energy efficiency.