Game-changing hybrid anode paves the way for advanced energy storage
Innovative nanoscale engineering enhances energy storage and cycling stability.
A new, ultra-power-efficient 5G antenna
The expansion of 5G wireless networks has transformed mobile connectivity for over two billion users worldwide, offering faster upload and download speeds, reduced latency,...
InteRecon: A program to bring personal items to mixed reality
A new way to bring personal items to mixed reality.
New framework helps radiologists improve diagnostic accuracy
Calibrating humans and computational models is vital, especially in healthcare. Radiologists often use phrases like "maybe" or "likely" to convey uncertainty when interpreting medical...
The transformative power of metamaterials
The Future of Materials: MIT Advances Metamaterial Research
Radiocarbon-Powered Nuclear Batteries: The future of infinite energy?
Revolutionizing batteries: Safe nuclear energy in the palm of your hand
Researchers unlock quantum secrets with dissipative phase transitions
EPFL researchers captured and studied phase changes in quantum hardware
A photonic chip to redefine optical amplifiers
Breakthrough in Optical Amplification: Ultra-Broadband Photonic Chip Unleashed!
A washable touchless technology to ‘revolutionise’ electronic textiles
Washable and durable magnetic field sensing electronic textiles.
Blue QLED paves way for next-generation eco-friendly displays
Quantum dot discovery for LEDs brings brighter, more eco-friendly displays
Interactive digital platform helps elementary students boost reading skills faster
Study shows roadmap learning platform improves engagement and literacy among young learners
New technology could save declining honeybee populations
Beehive sensors offer hope in saving honeybee colonies.
Affordable hydrogen production with a low-cost palladium-based nanosheet
Hydrogen energy promises a clean and sustainable future, but its production often depends on expensive platinum-based catalysts, making it costly. The industry needs more...
Star mergers produce universe’s highest-energy particles
How do the Universe’s highest-xnergy particles originate?
Historic breakthrough: Inside of Herculaneum scroll seen for the first time
Researchers successfully generated the first image of the inside of scroll PHerc. 172.
MIT’s new validation technique for more accurate forecasts
A new approach for assessing predictions with a spatial dimension.
Hubble sees a rare ‘bullseye’ galaxy with nine mesmerizing rings
Astronomers have discovered a unique collisional ring galaxy, nicknamed the "Bullseye," that features nine rings, the most observed in a collisional ring galaxy to...
Clay could power the future of screens
This eco-friendly approach tackles sustainability by using natural clay instead of synthetic materials.
Bones respond positively to external forces
The way for developing new therapies that may one day benefit patients suffering from bone fractures.
Unexpected magnetism in atomically thin material discovered and explained
Work introduces new platform for studying quantum materials.
New ultrathin conductor promises more efficient, cooler electronics
Stanford Researchers Unveil Niobium Phosphide: A Game-Changer for Nanoelectronics.
A scientific framework for operating the Nile’s mega dams during prolonged droughts
Could Africa’s largest water dispute be avoided with open science?
Organic thermoelectric device generates energy at room temperature
A Room-Temperature Powerhouse: Revolutionizing energy generation with organic Thermoelectric Devices.
Revolutionary robotic shorts enhance walking efficiency in elderly
As people grow older, their walking efficiency decreases, posing mobility constraints and affecting independence and overall quality of life. Therefore, researchers are keen to...
Smartwatches could help people give up smoking
The technology has the potential to help over two thirds of trial participants quit the habit.
Neutron star merger simulations contribute to train AI
Collaborative effort uses Laboratory simulation to train AI for scientific discovery.
New technology analyzes the deformation of stretchable structures in real-time
POSTECH Develops Real-Time Analysis and Visualization Technology for Serpentine Structures.
