Material Science

Additive Manufacturing April 24, 2025
By David Hamilton

From Brittle to Bendable: 3D Printed Origami Ceramics

A team of ingenious researchers has introduced a new ceramic design that utilizes origami folding strategies to avoid catastrophic failure. The new structure could have upending...

Aerospace April 23, 2025
By Gaurav Roy

Hyperadaptor Alloy Engineered for Extreme Industrial Demands

The world of technology has advanced significantly over the past few decades, helping us explore vast spaces, deep waters, and build a future that goes beyond...

Artificial Intelligence April 4, 2025
By David Hamilton

AI-Optimized Lightsails Bring Interstellar Travel Closer to Reality

What if you could ride light like a sailboat rides the winds across the ocean? While this concept may seem impossible, it’s feasible thanks to several...

Material Science April 2, 2025
By Jonathan Schramm

NUS Discovers Copper-Free Material with High-Temperature Superconductivity

The Potential of SuperconductivityElectricity is one of the most important technologies ever invented by mankind. In its usual form, it always deals with some level of...

Deep-Sea Sponge Inspires Super-Strong Lattice Structure for Engineering

Biomimetics March 20, 2025
By David Hamilton

Deep-Sea Sponge Inspires Super-Strong Lattice Structure for Engineering

A team of engineers from RMIT’s Centre for Innovative Structures and Materials utilized biomimicry to develop a super-strong lattice structure that provides enhanced performance compared to...

Material Science March 18, 2025
By David Hamilton

Isothermal Energy Management Systems – Game Changing Tech or Vaporware?

A recent breakthrough in isothermal energy management systems could usher in a new age of longer-lasting batteries, cooler homes, and more efficient refrigerators. Here’s how Flint’s...

Energy March 18, 2025
By Jonathan Schramm

New Paths To More Efficient Hydrogen Production Discovered

Finding The Right Hydrogen CatalystHydrogen could, in theory, be a perfect fuel to store energy and power applications that are hard to electrify. This is because...

Material Science March 14, 2025
By Jonathan Schramm

Are Room-Temperature Superconductors Even Possible? QMUL Says Yes

Superconductivity LimitationsElectricity has been one of the most transformative technologies in history, allowing for the transmission of a very useful form of energy over long distances....

Material Science March 13, 2025
By Gaurav Roy

Enhanced Nanocrystalline Alloy Could Revolutionize Aerospace & Auto

As their name suggests, nanocrystals are tiny particles. These particles are crystalline elements with at least one dimension smaller than 1,000 nanometres, where a nanometre is...

Material Science March 12, 2025
By David Hamilton

Super Sapphire: Scratch-Resistant, Anti-Glare, and Dust-Repellent

Researchers at the University of Texas at Austin recently unveiled how sapphire nanostructures could improve your future smartphone screen, car windshield, or even home. Their novel...

Material Science March 7, 2025
By Gaurav Roy

Revolutionary Ti-Al Alloy – A Game Changer for Space Exploration

The space is vast, so much so that it’s difficult to even imagine that. Just the observable universe is at least 93 billion light-years in diameter. Despite...

Material Science February 25, 2025
By Jonathan Schramm

Bilayer Nickelates: A New Class of High-Temp Superconductors

Superconductivity LimitationsElectricity has been one of the most transformative technologies in history, allowing for the transmission of a very useful form of energy over long distances....

Material Science February 21, 2025
By David Hamilton

Fluidic Fuses – Leveraging ‘Programmed Failure’ to Ensure System Health

Fluidic fuses are the latest development in the programmed failure sector. These devices perform a task similar to the fuses in your home. When blown due...

Material Science February 19, 2025
By Jonathan Schramm

Baby Steps Towards Ambient-Pressure High-Temperature Superconductors

Superconductivity LimitationsElectricity has been one of the most transformative technologies in history, allowing for the transmission of a very useful form of energy over long distances....

Material Science February 6, 2025
By Jonathan Schramm

Superconductivity in Twisted Bilayer WSe₂: A New Graphene Rival?

A New Superconductive MaterialSuperconductivity is a phenomenon that if mastered at scale and low cost, would revolutionize human civilization. This is because, for most high-tech applications,...

Securities.io

From Brittle to Bendable: 3D Printed Origami Ceramics

Hyperadaptor Alloy Engineered for Extreme Industrial Demands

AI-Optimized Lightsails Bring Interstellar Travel Closer to Reality

NUS Discovers Copper-Free Material with High-Temperature Superconductivity

Deep-Sea Sponge Inspires Super-Strong Lattice Structure for Engineering

Isothermal Energy Management Systems – Game Changing Tech or Vaporware?

New Paths To More Efficient Hydrogen Production Discovered

Are Room-Temperature Superconductors Even Possible? QMUL Says Yes

Enhanced Nanocrystalline Alloy Could Revolutionize Aerospace & Auto

Super Sapphire: Scratch-Resistant, Anti-Glare, and Dust-Repellent

Revolutionary Ti-Al Alloy – A Game Changer for Space Exploration

Bilayer Nickelates: A New Class of High-Temp Superconductors

Fluidic Fuses – Leveraging ‘Programmed Failure’ to Ensure System Health

Baby Steps Towards Ambient-Pressure High-Temperature Superconductors

Superconductivity in Twisted Bilayer WSe₂: A New Graphene Rival?