Just one short-haul flight a year produces 10% of our individual carbon emissions. We could go back to trains for our traveling, which produce about half the CO2 of a plane, but you don't always have the time. What if we could get the speed of air tr
When lightweight composite materials are used in fields such as aerospace, it's vitally important to know if they're experiencing mechanical stress – before they fail. A new composite is able to do so, simply by fluorescing under UV light.
Just a few weeks before Atlantis embarked on the final flight of the Space Shuttle program in 2011, a small Mexican company by the name of Squad quietly released Kerbal Space Program (KSP) onto an unsuspecting world.
A light weight and slim form are two very desirable attributes when it comes to next-gen armor materials, and we're seeing scientists make impressive gains in this area, inspired by everything from sea snails, to animal scales, to finely tuned foams.
Hybrid Air Vehicles (HAV) says its hybrid-electric Airlander 10 airship is on track to be ready to carry up to 100 passengers on regional airline services beginning in 2025. Newly released cabin concepts show possible configurations
With a view to one day developing transparent solar cells that can double as windows in homes and other buildings, an international team of scientists has demonstrated a new type of transparent electrode that can function as a key building block.
Samsung Display has been teasing some of the screen technology that it's working on for future smartphones, as part of the Display Week 2021 virtual conference. We've got foldables, slideables, and an under-display camera.
As anyone with arthritis will know, cartilage plays a vital role in allowing our joints to move freely. Scientists have now replicated its qualities in a synthetic self-lubricating material, that only needs occasional infusions of water.
Zachary Manchester of Carnegie Mellon University has received a phase 1 NASA NIAC grant and will study how to create mechanical metamaterials to design lightweight deployable structures with unprecedented expansion ratios of 150x or more.
It exploits magnetic reconnection as a fast, high-power ion heating mechanism; natural plasma self-organization as a robust, stable confinement scheme; and passive magnetic compression at modest ratios to reduce overall engineering complexity.
On Friday, February 14th, 2020: #Jetman? Vince Reffet took off, headed south towards Jumeirah Beach Residence, building speed and height. In 8 seconds he had reached 100 meters height, in 12 seconds 200m, 19 seconds 500m, and reached 1000m in 30 se
Fraunhofer researchers have presented a magnesium-based "Powerpaste" that stores hydrogen energy at 10 times the density of a lithium battery, offering hydrogen fuel cell vehicles the ability to travel further than gasoline-powered ones, and refuel i
China-based PV manufacturing industry has possibly over built new Solar PV Module technology for 2021. If global installs follows the 20% annual global growth of recent years then the world will installs 145GW to 160GW of solar.
Presently, if someone has been involved in a potentially bone-breaking mishap, they have to be X-rayed by trained staff at a hospital. Soon, however, it may be possible for them to perform their own X-rays, using a compact device that could be locate
--OF THE UNITED STATES
People laughed at me when I first published the intentions of the Russians and the Chinese to attack the United States from all sides as this was in 2014. In 2020, when I again raised the possibility, some people howled. Toda
Silicon has long been the gold standard for solar cells, but it's beginning to reach its limit. Perovskite is emerging as a promising partner, and now engineers have achieved a new efficiency record closing in on 30 percent for this kind of tandem
France's Nawa Technologies is setting up operations in the United States, and bringing its fast, affordable vertically aligned carbon nanotube (VACNT) manufacturing process into a new application: making carbon fiber composites much stronger.
Water was reduced via reaction with non-equilibrium gadolinium-doped CeO2 that was previously in situ electrochemically deoxygenated by the sole application of microwaves. The microwave-driven reduction was identified by an instantaneous electrical c