Lifeboat Foundation

LOS ANGELES (AP) — Cars with no steering wheel, no pedals and nobody at all inside could be driving themselves on California roads by the end of the year, under proposed state rules that would give a powerful boost to the fast-developing technology.

For the past several years, tech companies and automakers have been testing self-driving car prototypes in neighborhoods and on freeways. But regulators insisted those vehicles have steering wheels, pedals and human backup drivers who could take over in an emergency.

On Friday, the state’s Department of Motor Vehicles proposed regulations that would open the way for truly driverless cars.

Continue reading “Driver-optional cars: Once-reluctant California opens a road” »

“Tesla Inc. has completed a solar project in Hawaii that incorporates batteries to sell power in the evening, part of a push by the electric car maker to provide more green power to the grid.”

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Sometimes, you hear about a futuristic concept that just makes you laugh—until you learn more about it and realize how utterly genius it is. Well, go ahead and laugh at Goodyear’s concept for autonomous-car tires: they’re spherical. Now keep reading, and get ready to have your mind blown.

https://youtube.com/watch?v=3TtODhB-008

Robots and AI are going to become an everyday part of life, but will that take away other everyday parts of life?

“The shipping company Maersk has now announced that it has been working with IBM to use the blockchain to keep track of shipments as they’re hauled across the seas.”

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Superlubricity nano-structured self-assembling coating repairs surface wear, decreases emissions and increases HP and gas mileage.

Globally about 15 percent of manmade carbon dioxide comes from vehicles. In more developed countries, cars, trucks, airplanes, ships and other vehicles account for a third of emissions related to climate change. Emissions standards are fueling the lubricant additives market with innovation.

Up to 33% of fuel energy in vehicles is used to overcome friction. Tribology is the science of interacting surfaces in relative motion inclusive of friction, wear and lubrication. This is where TriboTEX, a nanotechnology startup is changing the game of friction modification and wear resilience with a lubricant additive that forms a nano-structured coating on metal alloys.

This nano-structured coating increases operating efficiency and component longevity. It is comprised of synthetic magnesium silicon hydroxide nanoparticles that self-assemble as an ultralow friction layer, 1/10 of the original friction resistance. The coating is self-repairing during operation, environmentally inert and extracts carbon from the oil. The carbon diamond-like nano-particle lowers the friction budget of the motor, improving fuel economy and emissions in parallel while increasing the power and longevity of the motor.

TriboTEX has a Kickstarter campaign that has just surpassed $100,000 in funding. The early bird round has just closed that offered the product at one half the cost of its retail. The final round offers the lubricant system self-forming coating at 75 percent and is ending shortly. The founder Dr. Pavlo Rudenko, Ph.D. is a graduate of Singularity University GSP11 program.

We are a company that specializes in propeller-based hoverboards. Our mark-1 prototype managed to travel a total distance of 275.9 m (905 ft and 2 inches) to achieve a new Guinness World Records title for the longest distance travelled by a hoverboard.

We invited CBC into our workshop where we are building the hoverboard. Stay tuned for the final consumer prototype.

Given the advanced state of driverless technologies and the amount of money being poured into the sector, there is little question—make that, no question at all—that within 10 years, driverless cars will be the norm.

The implications are immense and widespread.

There are currently about 1.4 billion cars on the road. Many of those cars, and eventually all, are going to be replaced by self-driving vehicles.

Continue reading “10 Million Self-Driving Cars Will Hit The Road By 2020 -- Here’s How To Profit” »

Hydrogen can be used in combustion like a regular gas engine or mixed with oxygen in a fuel cell for an electric engine.

A Tel Aviv University team led by Iftach Yacoby genetically engineered algae to emit hydrogen five times more efficiently to potentially power hydrogen cars.

Continue reading “New strain of algae produces five times more hydrogen fuel” »