This new metamaterial could turn your car into its own airbag
WHY THIS MATTERS IN BRIEF Being able to create materials that can transition between hard and soft states could open the door to a whole host of new applications. I think you’ll agree with me that rubber and steel are at different ends of the spectrum when it comes...
Scientists push the boundaries of nanotech to build the world’s smallest house
WHY THIS MATTERS IN BRIEF Being able to create increasingly small nanoscale structures will help us create more advanced nanobots and nanomachines in the future. Recently we’ve seen a spate of new ways to build houses, whether they’re 3D printed, or built using autonomous drones, robots and vehicles, but...
A scientist captured an impossible photo of a single atom
WHY THIS MATTERS IN BRIEF As our optical technologies improve we’re increasingly able to see the universes building blocks in ever more minute detail. If you paid attention in science class you know that atoms make up everything. They’re the smallest unit of matter, and everything you’ve ever touched,...
New omniphobic material reduces maritime fuel consumption by upto 80 percent
WHY THIS MATTERS IN BRIEF Today’s ships use huge amounts of energy and fuel to move through the water because of the amount of drag on their hulls, this new coating could reduce fuel use by between 40 and 80 percent. Shipping is one of the most polluting industries...
3D printed Graphene Aerogel, stronger than steel and 99.8% lighter
WHY THIS MATTERS IN BRIEF Tomorrow’s materials will be lighter, stronger and more flexible than todays, and that opens up a whole host of new applications. The world’s lightest 3D printed structure, a Graphene Aerogel, is so lightweight that it can be placed on top of a cotton ball...
This is the world’s first 3D printed carbon fiber bike
WHY THIS MATTERS IN BRIEF Carbon fiber’s light weight and superior strength make it idea for many applications, but up until now it’s been expensive and very difficult to work with to create products, that’s all about to change. Modern carbon fibre bikes, stiffer and stronger than their metal...
BMW and MIT create the world’s first 3D printed inflatable material
WHY THIS MATTERS IN BRIEF Being able to 3D print materials with different and unique properties opens up a whole new range of use cases and applications, from car design to implanted medical devices, to soft robots and beyond. A two year collaboration between BMW and MIT has produced...
Fantastic self-healing material regenerates after suffering “catastrophic damage”
WHY THIS MATTERS IN BRIEF There are lots of dangerous industrial applications, and other use cases, where equipment of all kinds suffer extreme wear and tear, this new material could extend the life of products by multiples of time. The idea of creating self-repairing machines has been a popular...
Scientists steered nanomachines through living cells and wrote letters in cytoplasm
WHY THIS MATTERS IN BRIEF In the future we will increasingly rely on tiny machines to help monitor our health, and diagnose and cure disease, and being able to control and direct them will be crucial. It’s probably high time for you to forget your outdated belief that tomorrow’s nanomachines...
UC Berkeley’s atom thin display paves the way for truly invisible displays
WHY THIS MATTERS IN BRIEF We’re traditionally used to displays being bulky and stiff, but increasingly scientists are finding new ways to create new types of displays that break the status quo, and which will open up millions of new use cases, from health monitoring to way beyond. We’ll...
Semi-synthetic cells could revolutionise everything from sensors to healthcare
WHY THIS MATTERS IN BRIEF The ability to create semi-synthetic cells that have both organic and inorganic properties opens up a whole world of new use cases that span everything from biotech to new forms of manufacturing. The more we study natural biological cells, the more we learn about...
New eye drops use nanotech to fix faulty vision and eliminate eye glasses
WHY THIS MATTERS IN BRIEF Millions of people around the world have eye problems, whether they’re severe, or slight, but now a new nanoparticle solution looks like it could help users bin eye glasses for good. Today there are a number of ways, from using bionic eyes, gene editing...
New graphene filter turns filthy water into drinking water
WHY THIS MATTERS IN BRIEF Millions of people around the world don’t have regular access to clean drinking water, and this breakthrough could help them. Every year millions of people around the world die from diseases they’ve contracted from drinking unclean water but now researchers in Australia have developed...
New hydrogel that mimics cartilage could transform knee surgeries
WHY THIS MATTERS IN BRIEF Hydrogels are proving to be an amazingly versatile material, and in this case they could help revolutionise how surgeons treat knee conditions and injuries. A new cartilage-like hydrogel material could make the job of repairing knees much easier, say a team of scientists in...
MIT invents a 3D printed dye that lets objects change colour on demand
WHY THIS MATTERS IN BRIEF There is nothing to say that tomorrow’s products can’t change their colour, or even their functionality, on demand, and this is one of the first steps in helping achieve that goal. Do you remember the colour changing dress that took the internet by storm and went...
Molecular programming breakthrough could create better molecular assemblers
WHY THIS MATTERS IN BRIEF As we learn how to create and build new, smaller molecular sized machines and robots being able to manipulate matter at the molecular scale will become increasingly important. Over the past couple of months there have been world firsts in the creation of DNA...
Chinese scientists unveil a new material that heals itself like human skin
WHY THIS MATTERS IN BRIEF Up until now most self-healing materials have either been hard, or soft, and that narrows their number of applications, this new material is the first to have the best of both worlds. Imagine a smartphone, or window, that can heal from cuts and scratches...
Harvard’s Metalense breakthrough could pave the way for real invisibility cloaks
WHY THIS MATTERS IN BRIEF Our ability to manipulate light is improving with every passing month, now a new Metalense breakthrough could help scientists create the first generation of genuine cloaking devices. For as long as human beings have been writing science fiction the dream of being able to...
Bioengineers hack biology to turn living tissue into any shape they want
WHY THIS MATTERS IN BRIEF One of the largest ascending mega trends is Synthetic Biology, and as our command and understanding of the natural world increases it will help transform our world in ways you never thought possible. It turns out that many of the complex folded shapes that...
World first as scientists manage to make carbon fiber using plants, not oil
WHY THIS MATTERS IN BRIEF The knock on impact of being able to produce cheap carbon fiber at scale could help us create stronger, lighter drones, prosthetics and robots, as well as improve the fuel economy of all manner of vehicles, from aircraft to cars. Carbon fiber is the...
