Lifeboat Foundation

This 45-ton dump truck ascends a 13-percent grade and can take on 65 tons while doing so.

As the heavy transport descends with more than double the weight, the trucks regenerative braking system recaptures all the energy it will need to refill the charge that it will need to use on the way back up again. Regenerative braking allows the eDumper to produce more energy downhill than it consumes uphill.”

Continue reading “EDumper: World’s Largest Electric Vehicle Never Has To Be Recharged” »

This Guidebook provides comprehensive how-to information to build Startup Societies. These are small areas that innovate in governance, such as Shenzhen, Dubai, and Singapore.

The Authors wrote this Guidebook to radically lower barriers for launching Startup Society ventures. This Guidebook covers twenty steps to create a Startup Society from ideation to running a full-scale city. It also introduces unique best practices for making Startup Societies: creating consortiums, launching competitions, sharing upsides with local communities, leading with a gift, and scaling from small locations to larger ones.

The Guidebook backs up its guidelines with fifty years of research and field work in over fifty countries. It is a great starting point for entrepreneurs who want to use policies to rejuvenate rural and urban neighborhoods around the world, or to create new ones. It is for everyone with a game-changing Startup Society idea and the drive to achieve it, in their local communities or elsewhere.

A European team of researchers including physicists from the University of Konstanz has found a way of transporting electrons at times below the femtosecond range by manipulating them with light. This could have major implications for the future of data processing and computing.

Contemporary electronic components, which are traditionally based on silicon semiconductor technology, can be switched on or off within picoseconds (i.e. 10^-12 seconds). Standard mobile phones and computers work at maximum frequencies of several gigahertz (1 GHz = 10⁹ Hz) while individual transistors can approach one terahertz (1 THz = 10¹² Hz). Further increasing the speed at which electronic switching devices can be opened or closed using the standard technology has since proven a challenge. A recent series of experiments – conducted at the University of Konstanz and reported in a recent publication in Nature Physics – demonstrates that electrons can be induced to move at sub-femtosecond speeds, i.e. faster than 10^-15 seconds, by manipulating them with tailored light waves.

“This may well be the distant future of electronics,” says Alfred Leitenstorfer, Professor of Ultrafast Phenomena and Photonics at the University of Konstanz (Germany) and co-author of the study. “Our experiments with single-cycle light pulses have taken us well into the attosecond range of electron transport”. Light oscillates at frequencies at least a thousand times higher than those achieved by purely electronic circuits: One femtosecond corresponds to 10^-15 seconds, which is the millionth part of a billionth of a second. Leitenstorfer and his team from the Department of Physics and the Center for Applied Photonics (CAP) at the University of Konstanz believe that the future of electronics lies in integrated plasmonic and optoelectronic devices that operate in the single-electron regime at optical – rather than microwave – frequencies. “However, this is very basic research we are talking about here and may take decades to implement,” he cautions.

The Federal Aviation Administration put forward a rule Thursday that would empower the government to track most drones in the U.S.

The rule will require drones to implement a remote ID system, which will make it possible for third parties to track them. The measure will help law enforcement identify unauthorized drones that may pose a security threat, paving the way for wider adoption of commercial drone technology.

The rule said that the FAA expects all eligible drones in the U.S. to comply with the rule within three years.

A method for accelerating particles, called wakefield acceleration, has notched up its output energy, bringing it closer to its goal of shrinking the size of accelerator facilities.

The field of plasma wakefield acceleration is picking up speed. This method, which was first proposed in 1979 [1], creates a collective motion of plasma particles, generating an accelerating field in its wake. The amplitude of this accelerating field is not limited, as it is in conventional acceleration techniques that use radio frequency pulses. The implication is that wakefield acceleration has the potential to work over much smaller lengths, which would allow a reduction in the size (and cost) of accelerator facilities. There exist different methods for generating wakefields, and now researchers are reporting significant progress for two of these techniques. One method using laser-driven wakefields has generated 8-GeV electrons, a new energy record that doubles the previous record [2].

Four-wheeled vehicles with integrated action cameras may be remote-controlled and could provide an alternative to drones and hand-held cams.

NASA hopes to learn more about how dust clouds in our solar system may resemble those in orbit around other stars.

It turned out that laser can actually regenerate damaged teeth. Credit: Hashem Al-Ghaili.

https://youtube.com/watch?v=CMREUiQZSIs

To start, Volvo’s Vera will ferry goods from a logistics center to a port in Gothenburg, Sweden. But more Veras will eventually mean fewer trucking jobs.