This new shape shifting material responds to light
WHY THIS MATTERS IN BRIEF Materials form the foundation of every product and thing in the universe, so the more kinds of materials we have the more possibilities we have. Love the Exponential Future? Join our XPotential Community, future proof yourself with courses from XPotential University, connect, watch a keynote, or browse my blog. The...
Revolutionary re-programmable material cannibalises itself to make new structures
WHY THIS MATTERS IN BRIEF As your understanding of material science improves we’re edging towards a future where materials take on sci-fi like qualities. Interested in the future and want to experience even more?! eXplore More. For the first time ever scientists at the US Department of Energy and Oak...
MIT’s new AI is helping scientists design new, futuristic materials
WHY THIS MATTERS IN BRIEF Materials are a fundamental building block of everything in existence today, whether it’s cells, our power plants or our smartphones and devices, now researchers have built an AI to help them automate the discovery of new materials and it could revolutionise everything. Over the...
World’s first liquid transistor could usher in a new era of liquid computers
WHY THIS MATTERS IN BRIEF Moore’s Law is slowing and as we look to move computing to the edge of the network we need new forms of computing platforms, this is the first step in building the worlds first liquid computer. For decades now transistors, those tiny electrical switches...
Scientists use defects to create a new programmable material
WHY THIS MATTERS IN BRIEF Programmable materials are a new class of revolutionary materials that can be manufactured once and then programmed to alter their properties and shape on demand to suit a limitless number of use cases. New research by a team at Purdue University has shown that honeycomb...
New programmable material breakthrough lets plastic flowers bloom
WHY THIS MATTERS IN BRIEF Who needs to buy real flowers any longer when plastic ones are good enough? Tick tock. Shape-shifting objects can now have their own version of a biological clock, thanks to a new material that transforms at a given time. Morphing materials are interesting because...
