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3D Printing Breakthrough Uses Dual-Light to Build Flexible, Lifelike Devices

Researchers at The University of Texas at Austin have created a new, quick, and accurate 3D printing technique that uses various light colors to seamlessly combine soft and hard qualities into a single object.

2 Jul 2025

Magnetic Whirlpools in Olivines Could Pave Way for Faster Data Storage

Olivines are minerals that have properties useful for many applications, but only at temperatures below -200 deg. F. Scientists have found a way to raise the magnetic transition temperature of olivine phosphate. This discovery might be evidence of the theorized fourth ferroic order, ferrotoroidicity.

26 Jun 2025

Determining Surface Chemistry and Composition of Ti3C2Tx MXene via Spectroscopy

Energy-tunable XPS reveals accurate surface chemistry of Ti3C2Tx MXenes, correcting for adsorbates and improving stoichiometric analysis.

24 Jun 2025

Novel "Neutron Camera" Technique Reveals Hidden Disorder in Thermoelectric Material GeTe

Thermoelectric materials offer a promising way to produce electricity from heat, but scientists need a better understanding of these materials' properties and how to control them. Researchers used a novel approach to examine the structure of germanium telluride (GeTe).

23 Jun 2025

Machine Learning Enables Real Time Detection of Defects in 3D Printing

Structural defects that form during additive manufacturing, also known as 3D printing, are a barrier to some applications of this technology. Researchers used diagnostic tools and machine learning to develop a new method for detecting and predicting defects in 3D printed materials.

11 Jun 2025

Advanced Catalyst Design Unlocks Faster and More Selective Chemical Reactions

A research team led by the Department of Energy's (DOE) Lawrence Berkeley National Laboratory (Berkeley Lab) designed and fabricated catalysts that can increase the speed of carbon monoxide oxidation by nine times.

6 Jun 2025

Advancing Electrocatalysis: The Role of MXenes in Water Splitting

Advancements in CoFe-LDH catalysts using engineered MXenes demonstrate improved OER efficiency, crucial for scalable clean hydrogen production technologies.

5 Jun 2025

Researchers Discover Durable Copper Form for Water Splitting

Using advanced computation methods and a novel X-ray technique, SLAC researchers team up to find a more durable form of copper capable of splitting water.

3 Jun 2025

Breakthrough Metal Alloy Withstands Extreme Heat in Gas Turbines

Since the first commercial air travel was established in the early 1900s, air travel has become as commonplace as riding on a bus or driving a car. In fact, around six-million people fly on an aircraft each day.

2 Jun 2025

New Imaging Method Reveals Hidden Dynamics in Magnetic Materials

Scientists have developed a new method called Coherent Correlation Imaging to directly image the changing structure in magnetic materials in real time and with high spatial resolution. It will help scientists study magnetic materials that are essential for computers, phones, and other devices.

31 May 2025

Editorial Highlights

The Material Breakthroughs Revolutionizing Photovoltaics

Photovoltaic technology is revolutionizing sustainable energy with advancements in perovskite cells and innovative recycling methods for eco-friendly solutions.

Emerging Technologies and Trends in the Aerospace Industry

The global economy depends on the aerospace industry, and the technological advancements the aerospace industry has to offer are immense. This article aims to delve into the fascinating world of aerospace and explore the most promising trends and technologies that the industry is developing. How will they pave the future of air travel, and will they make it safer, more sustainable, and more efficient?

Microporous Polymers and Their Applications

Microporous polymers, with their unique structures and properties, are revolutionizing gas storage, carbon capture, and catalysis in various scientific fields.

Materials Science News

3D Printing Breakthrough Uses Dual-Light to Build Flexible, Lifelike Devices

Magnetic Whirlpools in Olivines Could Pave Way for Faster Data Storage

Determining Surface Chemistry and Composition of Ti3C2Tx MXene via Spectroscopy

Novel "Neutron Camera" Technique Reveals Hidden Disorder in Thermoelectric Material GeTe

Machine Learning Enables Real Time Detection of Defects in 3D Printing

Advanced Catalyst Design Unlocks Faster and More Selective Chemical Reactions

Advancing Electrocatalysis: The Role of MXenes in Water Splitting

Researchers Discover Durable Copper Form for Water Splitting

Breakthrough Metal Alloy Withstands Extreme Heat in Gas Turbines

New Imaging Method Reveals Hidden Dynamics in Magnetic Materials

Breaking Boundaries in Ceramic Machining with Internal Threading Innovation

Analytical Techniques Reveal History’s Tracked Changes

Beyond Lithium-Ion: Engineering the Future of Battery Technology

Improve Plastic Pipe Testing Accuracy With ATS Ring Pull Fixtures

HTF Fluid for Extreme Conditions

Maximize Efficiency in Semiconductor QA with the Dimension IconIR300

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How Sigma WinCCS Became the Global Standard for Creep and Stress Rupture Testing

Guide to Metal and Alloy Sorting

Enhancing Environmental Testing Through ETHOS EASY Laboratory Flexibility

Temperature Calibration in UHT Milk Production

Editorial Highlights

The Material Breakthroughs Revolutionizing Photovoltaics

Emerging Technologies and Trends in the Aerospace Industry

Microporous Polymers and Their Applications

Materials Science News

Breaking Boundaries in Ceramic Machining with Internal Threading Innovation

Analytical Techniques Reveal History’s Tracked Changes

Beyond Lithium-Ion: Engineering the Future of Battery Technology

1New Technology for Processing Rare Earth Metals Licensed to Principal Mineral

2New Insights into Perovskite Solar Cell Failure Pathways

3New Smart Plastic to Revolutionize Aerospace and Automotive Industries

4Processing Lignin Differently Could Dramatically Change its Electrical Properties

5Martian Homes Will be Made From Soil and Spirulina

6New Project Aims to Improve Battery Performance and Lower Costs

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Editorial Highlights