Computational creativity and the future of AI

Materials

Algorithms can already produce remarkable architecture of incredible detail at the higher ...

Computers have transformed architecture in remarkable ways. They've made it possible to visualize designs in fully-rendered 3D graphics and to automatically check designs against building codes and other standard specifications. And they've made designs possible that were unthinkable or unimaginable 50 years ago, as they can crunch the numbers on complex equations and even generate plans or models from high-level requirements. Architecture, like music, art, games, and written stories can be created algorithmically.  Read More

Limpet teeth have bee found to be even strnger than spider silk

Spider's silk has long been the strongest natural material known to man, prompting researchers to attempt to uncover its secrets so they can replicate its remarkable properties in man-made materials. But scientists now have a new source of inspiration in the form of limpet teeth, which are made of a material researchers say is potentially stronger than spider silk, is comparable in strength to the strongest commercial carbon fibers, and could one day be copied for use in cars, boats and planes.  Read More

The Integrated Structural Assembly of Advanced Composites (ISAAC) robot that will be commi...

The robot revolution continues at NASA this month as its Langley Research Center in Hampton, Virginia prepares to bring its Integrated Structural Assembly of Advanced Composites (ISAAC) robot online. One of only three robots like it in the world, it will be formally commissioned on January 26 before being put to work making lighter, stronger composite components for aerospace vehicles.  Read More

MIT researchers have used a superthin film of niobium and nitrogen atoms to aid their disc...

The immutable laws that govern our universe – such as those that reign over the observable world in classical mechanics and those that rule the atomic physics world – are at the core of all of our scientific principles. They not only provide consistent, repeatable, and accurate rules that allow calculations and experiments to be tested or verified, they also help us make sense of the workings of the cosmos. MIT researchers claim to have discovered a new universal law for superconductors that, if proved accurate, would bring the physics of superconductors in line with other universal laws and advance the likes of superconducting circuits for quantum and super low-power computing.  Read More

A carbon and hemp-fiber reinforced component such as this is a cheaper, greener hybrid com...

Built in East Germany, the Trabant 601 was notorious for its many faults – not the least of which was a body made out of Duroplast, a hard plastic made of cotton waste and phenol resins that led those in the West to describe the car as being made of cardboard. However, it now looks as if the Trabant is getting the last laugh as scientists look at ways of making cars out of cotton and other botanical fibers formed into a new class of hybrid composites.  Read More

The surface tension that allows liquid droplets to hold their shape can also be used to ad...

Liquids are softer than solids, so incorporating droplets of a liquid into a solid will always make it weaker ... right? Actually, no. Scientists at Yale University have discovered that if the drops are just the right size, they can actually make the solid stiffer. Their findings could pave the way for composite materials that use liquids for added optical or electrical functionality, yet that don't compromise strength.  Read More

A look at the cathode composite under an electron microscope (Image: HIU)

There's another promising contender in the race to supplant the dominance of lithium-ion and metal-hydride based batteries in the world of energy storage. New research from the Karlsruhe Institute of Technology's (KIT's) Helmholtz Institute Ulm (HIU) details the development of an electrolyte that can be used in new magnesium-sulfur battery cells that would be more efficient and inexpensive than the dominant types of batteries in use today.  Read More

The adhesive material developed at MIT is based on mussel foot proteins and retains its st...

Clingy barnacles might be something of a nuisance for seafarers, but these stubborn shellfish and their relatives could hold the key to a new breed of sticky materials. Engineers from MIT have created waterproof adhesives based on the proteins that give these creatures such qualities, a development that could one day be used in ship repairs or medical applications.  Read More

Rendering of the GE9X fan using a new fourth-generation composite

GE is looking to a new generation of carbon-fiber composites to make the fan blades for its GE9X jet engine. That engine is being developed for the Boeing 777X passenger airplanes that are set to enter service in 2020 and the new blades promise to provide larger, lighter engines with greater fuel efficiency.  Read More

KIST researchers have developed a material that has properties similar to graphene but is ...

For all the attention graphene gets thanks to its impressive list of properties, how many of us have actually encountered it in anything other than its raw graphite form? Show of hands. No-one? That's because it is still difficult to mass-produce without introducing defects. Now a team at the Korea Institute of Science and Technology (KIST) has developed a graphene substitute from plastic that offers the benefits of graphene for use in solar cells and semiconductor chips, but is easy to mass-produce.  Read More

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