#materials-science

#materials-science

Microsoft partners with PNNL to enhance research in chemistry and materials science using advanced AI and high-performance computing on Azure Quantum.

MIT's 'Coffee Matters' class explores the science behind coffee, emphasizing the engineering and chemistry of brewing.

Scientists are making real the gadgets of our childhood fantasies, such as remote adhesives inspired by Spider-Man's web-slinging.

Marco Lo Presti's accidental creation of strong, sticky webs opens new possibilities in materials science.

Arthur L. Ruoff was a pivotal figure in high-pressure research, contributing significantly to materials science at Cornell University.

Lithium-sulfur batteries can outperform lithium-ion batteries through novel designs, retaining over 80% capacity even after extensive use.

Gold film displays exotic properties under an electron microscope, nanoleaves enhance electrode materials, and cell structures offer unique insights.

Three new species of superconductivity were discovered in 2024, challenging existing theories and suggesting that superconductivity might be more prevalent than previously thought.

Pr-doping of La2PrNi2O7 reveals a pathway to high-temperature superconductivity and suggests further exploration into nickelate superconductors with enhanced properties.

AI tools can significantly enhance materials discovery and patent filing rates in research environments.

LeMaterial creates a unified dataset to accelerate materials science research and innovation.

Timber, specifically honoki wood, is being tested as a sustainable space-grade material for future construction on Mars.

Architecture evolves with materials and techniques, emphasizing the importance of their properties and interactions in design.

Collaboration among diverse research teams is crucial for advancing renewable energy technologies and improving efficiency.

Innovations in materials science, driven by climate change and technology, are led by diverse researchers like Grace Gu, enhancing capabilities for engineering applications.

The brown substance on baseballs is a unique mud that offers potential beyond the sports world, particularly for sustainable material development.

Researchers found a way to create wood-based ink for 3D printing, mimicking natural wood properties.

The process involves combining lignin and cellulose in a specific ratio to replicate natural wood structure.

Materials science plays a key role in addressing environmental challenges and advancing healthcare technologies.

A self-building sponge efficiently collects gold from e-waste, offering a greener alternative to harsh processing methods.

The sponge's design integrates graphene and chitosan for effective gold ion absorption.

Researchers created a technology that mimics Spider-Man's web-slinging apparatus, demonstrating the ability to shoot and adhere fiber instantly to lift objects.

Collaborative research across multiple institutions leads to important advancements in materials science, emphasizing interdisciplinary approaches.

Ultrasound-enhanced distribution of graphene oxide improves ceramic properties and fosters a collaboration between science and art.

Collaboration is key in advancing research in nano-optoelectronics and quantum matter.

Collaboration across multiple institutions enhances research quality in materials science.

Integration of diverse academic backgrounds is crucial for innovation in technological applications.

Collaboration among experts is crucial for advancing nanotechnology and materials science.

Photocatalysts could help mitigate air pollution by breaking down toxic pollutants when activated by light.

Scientists are researching photocatalysts to mitigate air pollution, generating reactive oxygen species that can break down toxic pollutants.

Scientists have successfully created freestanding single-atom-thick sheets of gold, opening up possibilities for new material properties similar to graphene.

Aurora and APS represent groundbreaking technology that will significantly enhance research capabilities across various scientific disciplines.