At Caltech they discover how to levitate objects with the laser
The discovery of Caltech: a laser beam can move small objects, and tomorrow maybe move spacecraft. The secret? Nanotechnology.
The discovery of Caltech: a laser beam can move small objects, and tomorrow maybe move spacecraft. The secret? Nanotechnology.
If you don't have windows, open them. If you can't, project them. Of course, not without realism: that's what the suggestive (and somewhat expensive) Reveal Window Light is for.
100 times thinner than today, the flexible touchscreens of the future are already a reality. They will be cheaper, greener and easier to manufacture.
Today the epic of Picard (re)starts, the most beloved Captain of the Star Trek saga. Here are 8 technologies straight from Roddenberry's mind.
The innovative camper is beautiful to look at as it is, but it has the "transformer" ability to leave its frame. Ladies and gentlemen, Romotow.
A solar charger that winks at the environment, actually keeps them both open in search of sun. Gentlemen, here is the Sunshine Solar Charger.
A speculative and provocative paper by a team of European academics explores the possibility of living in houses made of mushrooms. Living building.
Getting oxygen (and metal) from lunar dust is a possibility that would greatly increase our resources to make colonies on the Moon.
The University of Texas studies and combines new materials to cover buildings with an intelligent metallic skin capable of interacting with the environment.
Zero Mass Water hydropanels passively and without electricity produce the drinking water necessary for home autonomy.
The CES 2020 has been a trade fair with a strong passing, which has shown us a flash of light for the next decade. Here is the best of the great Las Vegas vernissage.
They have been studied and evaluated as carcinogenic. They do very badly and have been banned only in part: here are 4 poisons to be banned by 2030.
On January 4, a plan to adapt to climate change was announced by the Russian Economic Development Department, reducing damage and taking advantage of the situation.
Great performances, great availability of raw materials and less costs. The lithium-sulfur battery is a candidate to be the energy protagonist of our devices.
With a new rapid 3D printing technique you can print an entire layer in the time that was previously necessary to print a single point.
A new hydrogel developed in Japan solidifies when exposed to heat: it can become a formidable protection from road and sports accidents.
Xiaomi presents a new fast charging technology that promises to give a smartphone 80% energy in 1 minute.
A new computer architecture created at MIT could lead to the advent of spintronic circuits and wave computing in the future.
Smaller and smaller biosensors allow the development of devices never seen before, such as these glasses to monitor diabetes through tears.
A sort of adhesive mouse that covers the fingers and transforms them into a formidable almost invisible and non-invasive input device.
New construction methods, bright ceilings, futuristic car interiors, even batteries: transparent and enhanced wood is the most promising material of the future