#material-science

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three experimental devices by UO showcase the performance of mitsui's functional plastics

The exhibit demonstrates the innovative capabilities of Mitsui Chemicals' functional plastics through hands-on, interactive experiences.

The History of High-Tech Sneaker Cushioning

The evolution of sneaker cushioning has transformed from leather and rubber to advanced materials like air, gel, and specialized foam technologies.

This new bone-like cement could change how we build just about everything

New cement developed at Princeton is lighter and 5.6 times tougher than traditional concrete, inspired by the structure of human bone.
#interdisciplinary-research

Strain regulation retards natural operation decay of perovskite solar cells - Nature

Interdisciplinary collaboration is key for advancements in optoelectronic materials.
Shared expertise enhances innovation in material science.

Opto-twistronic Hall effect in a three-dimensional spiral lattice - Nature

Development of a theoretical model for nonlinear conductivity impacts material science research.

Strain regulation retards natural operation decay of perovskite solar cells - Nature

Interdisciplinary collaboration is key for advancements in optoelectronic materials.
Shared expertise enhances innovation in material science.

Opto-twistronic Hall effect in a three-dimensional spiral lattice - Nature

Development of a theoretical model for nonlinear conductivity impacts material science research.
moreinterdisciplinary-research

Bamboo drone explores a more sustainable way to fly and deliver things - Yanko Design

Drones' future may involve sustainable materials like bamboo, balancing design aesthetics and functionality.

20 Years Ago, Two Physicists Made A Groundbreaking Discovery That Changed Technology Forever

Graphene, discovered by Geim and Novoselov, exhibits extraordinary properties, revolutionizing technology and research in materials science and electronics.
#asus

ASUS Zenbook S 14 Ceraluminum Laptop Review: Elegance You Can Feel, Power You Can Touch - Yanko Design

ASUS has introduced a groundbreaking material, Ceraluminum, which combines aluminum and ceramic properties to elevate laptop aesthetics and durability.

Design You Can Feel: ASUS Ceraluminum Blends Technology with Tactile Artistry - Yanko Design

ASUS's Ceraluminum represents a shift towards human-centered design, enhancing emotional engagement and tactile experiences with technology.

ASUS Zenbook S 14 Ceraluminum Laptop Review: Elegance You Can Feel, Power You Can Touch - Yanko Design

ASUS has introduced a groundbreaking material, Ceraluminum, which combines aluminum and ceramic properties to elevate laptop aesthetics and durability.

Design You Can Feel: ASUS Ceraluminum Blends Technology with Tactile Artistry - Yanko Design

ASUS's Ceraluminum represents a shift towards human-centered design, enhancing emotional engagement and tactile experiences with technology.
moreasus
#defect-detection

Efficient Detection of Defects in Magnetic Labyrinthine Patterns: Conclusion and References | HackerNoon

The TM-CNN algorithm significantly improves defect detection in magnetic materials, showcasing high accuracy and innovative analysis methods.

Efficient Detection of Defects in Magnetic Labyrinthine Patterns: Abstract and Introduction | HackerNoon

TM-CNN is an innovative method for detecting small defects in material science images, enhancing the understanding of magnetic materials.

Efficient Detection of Defects in Magnetic Labyrinthine Patterns: Conclusion and References | HackerNoon

The TM-CNN algorithm significantly improves defect detection in magnetic materials, showcasing high accuracy and innovative analysis methods.

Efficient Detection of Defects in Magnetic Labyrinthine Patterns: Abstract and Introduction | HackerNoon

TM-CNN is an innovative method for detecting small defects in material science images, enhancing the understanding of magnetic materials.
moredefect-detection
#research

The physics behind the most annoying thing that could ever happen to you: A paper cut

Understanding the mechanics behind paper cuts reveals specific types of paper, particularly 65 microns thick, are most likely to cause injuries.

Why scientists are making transparent wood

Transparent wood, created by bleaching away pigments in plant cells, could have numerous applications in various industries.
Researchers in Germany and Sweden have been working on creating transparent wood for years and are now starting to see promising results.

The physics behind the most annoying thing that could ever happen to you: A paper cut

Understanding the mechanics behind paper cuts reveals specific types of paper, particularly 65 microns thick, are most likely to cause injuries.

Why scientists are making transparent wood

Transparent wood, created by bleaching away pigments in plant cells, could have numerous applications in various industries.
Researchers in Germany and Sweden have been working on creating transparent wood for years and are now starting to see promising results.
moreresearch

How I create virtual twins for fabrics and furniture

The development of the TMAC device revolutionizes the visualization of 3D surfaces for online sales in the home-goods industry.

What Science and Nature are good for: causing paper cuts

Specific thicknesses of paper can effectively cut human skin, particularly those used in high-profile journals.

How the Moon Impacts Subsea Communication Cables: Poisson effect on pressurized cables | HackerNoon

The Poisson effect causes significant changes in the length of subsea cables due to tidal variations, affecting the measured phase delay.
#electric-vehicles
from Techxplore
2 months ago
OMG science

3D-printed decoupled structural lithium-ion batteries that are stable, robust and customizable

Structural batteries could revolutionize electric vehicle endurance by integrating energy storage with the vehicle's structure.
3D-printing technology allows for customizable designs of structural lithium-ion batteries.

Automakers Have Found A Brilliant New Way To Make All Cars More Fuel Efficient

Innovations in steel production and lightweight materials are revolutionizing modern vehicle safety and efficiency, akin to ancient advancements in metallurgy.

3D-printed decoupled structural lithium-ion batteries that are stable, robust and customizable

Structural batteries could revolutionize electric vehicle endurance by integrating energy storage with the vehicle's structure.
3D-printing technology allows for customizable designs of structural lithium-ion batteries.

Automakers Have Found A Brilliant New Way To Make All Cars More Fuel Efficient

Innovations in steel production and lightweight materials are revolutionizing modern vehicle safety and efficiency, akin to ancient advancements in metallurgy.
moreelectric-vehicles

Laser-powered bullets reveal surprising metal hardness

Metals can actually get harder as they get hotter under extreme conditions due to drag strengthening.

Scientists Say New Material Can Suck Carbon Out of Atmosphere Faster Than Trees

New porous material discovered for storing greenhouse gases.

Superconductivity hunt gets boost from China's $220 million physics 'playground'

The Synergetic Extreme Condition User Facility (SECUF) in Beijing provides a unique environment for researchers to explore extreme conditions and discover new superconductors for potential technological advancements.
#innovation

MIT develops 3D printing method to adapt to various material

MIT researchers developed a new 3D printing method that reduces machine adaptation time for using different materials.

This startup is using AI to discover new materials | TechCrunch

AI-powered platform for discovering physical materials
Combination of AI expertise and materials-science needed for innovation

MIT develops 3D printing method to adapt to various material

MIT researchers developed a new 3D printing method that reduces machine adaptation time for using different materials.

This startup is using AI to discover new materials | TechCrunch

AI-powered platform for discovering physical materials
Combination of AI expertise and materials-science needed for innovation
moreinnovation

This stretchy electronic material hardens upon impact just like "oobleck"

Conductive polymer films toughen up in response to impact, similar to oobleck's behavior.
Polymer-based electronics aim to be lighter, cheaper, smarter, and responsive to body movement.

Scientists develop new artificial intelligence method to create material 'fingerprints'

Materials evolve over time, behaving differently when stressed and relaxed. XPCS paired with AI offers new insights for scientists to analyze patterns in scattering data.
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