futurism.com | This is How We’ll Earn Money in a World Without Jobs

mukeshbalani.com | “You heard it here first…if you haven’t already heard it elsewhere”…

This is How We’ll Earn Money in a World Without Jobs

Universal basic income could be our best solution for artificial intelligence takeover of the work force.

The post This is How We’ll Earn Money in a World Without Jobs appeared first on Futurism.

http://ift.tt/2zh359p

Advertisements

futurism.com | The Future of Art: See a Stunning Human/Robot Dance Duet

mukeshbalani.com | “You heard it here first…if you haven’t already heard it elsewhere”…

The Future of Art: See a Stunning Human/Robot Dance Duet

Man, machine, and music harmonize beautifully in the captivating performance.

The post The Future of Art: See a Stunning Human/Robot Dance Duet appeared first on Futurism.

http://ift.tt/2zTPvbd

futurism.com | How We Can Regenerate the Human Body

mukeshbalani.com | “You heard it here first…if you haven’t already heard it elsewhere”…

How We Can Regenerate the Human Body

Hearing loss, burn wounds, and even baldness could soon be a thing of the past.

The post How We Can Regenerate the Human Body appeared first on Futurism.

http://ift.tt/2mGVprc

futurism.com | Elon Musk Reveals New Details About Tesla Roadster

mukeshbalani.com | “You heard it here first…if you haven’t already heard it elsewhere”…

Elon Musk Reveals New Details About Tesla Roadster

Tesla Roadster

In a surprise move at the official launch of the Tesla electric semi on Nov. 17, Elon Musk unveiled the new Tesla Roadster. This move was done without warning or lead-up, and it left audiences a bit shocked and wanting more information.

Thankfully, Musk didn’t make his announcement without any further details on the vehicle. He revealed that the Roadster can jump from 0-100 km/h (0-60 mph) in as little as 1.9 seconds. With a top speed of 400 km/h (250 mph), this little vehicle boasts an impressive range of 1,000 km (600 miles). Musk asserted, at the event, that this immense range was made possible by the Roadster’s 200 kWh battery pack.

Following this unexpected news, Musk took to Twitter to further reveal that purchasers will have the option to make their Roadster’s even more powerful.

https://platform.twitter.com/widgets.js

Rocket Powered?

What exactly this “optional package” refers to remains a mystery. So far, the only supplementary information that has been provided by Musk is this cryptic tweet:

https://platform.twitter.com/widgets.js

So what could this “next level” be? Laying aside for the moment the possibility that it will allow the car to fly short distances, the main features announced about the Roadster were its speed, power, and — most notably — its range. It seems unlikely that these three capabilities could be improved upon in more souped-up models, but it is not outside of the realm of possibility.

The Roadster’s upgrade could also potentially be an option to have more advanced autonomous features in the vehicle. But all of these hypotheticals are based off of previous launches from Tesla. With such a surprise release, Musk could shock his audience again by revealing features of the Tesla Roadster that we haven’t yet seen in any other electric vehicles — like rocket boosters.

Whatever new level the Roadster will take us to — be it on land or in the air — we’ll be sure to know for certain in 2020 when the vehicle is scheduled for release.

The post Elon Musk Reveals New Details About Tesla Roadster appeared first on Futurism.

http://ift.tt/2zhVCai

futurism.com | Elon Musk Reveals New Details About Tesla Roadster

mukeshbalani.com | “You heard it here first…if you haven’t already heard it elsewhere”…

Elon Musk Reveals New Details About Tesla Roadster

Tesla Roadster

In a surprise move at the official launch of the Tesla electric semi on Nov. 17, Elon Musk unveiled the new Tesla Roadster. This move was done without warning or lead-up, and it left audiences a bit shocked and wanting more information.

Thankfully, Musk didn’t make his announcement without any further details on the vehicle. He revealed that the Roadster can jump from 0-100 km/h (0-60 mph) in as little as 1.9 seconds. With a top speed of 400 km/h (250 mph), this little vehicle boasts an impressive range of 1,000 km (600 miles). Musk asserted, at the event, that this immense range was made possible by the Roadster’s 200 kWh battery pack.

Following this unexpected news, Musk took to Twitter to further reveal that purchasers will have the option to make their Roadster’s even more powerful.

https://platform.twitter.com/widgets.js

Rocket Powered?

What exactly this “optional package” refers to remains a mystery. So far, the only supplementary information that has been provided by Musk is this cryptic tweet:

https://platform.twitter.com/widgets.js

So what could this “next level” be? Laying aside for the moment the possibility that it will allow the car to fly short distances, the main features announced about the Roadster were its speed, power, and — most notably — its range. It seems unlikely that these three capabilities could be improved upon in more souped-up models, but it is not outside of the realm of possibility.

The Roadster’s upgrade could also potentially be an option to have more advanced autonomous features in the vehicle. But all of these hypotheticals are based off of previous launches from Tesla. With such a surprise release, Musk could shock his audience again by revealing features of the Tesla Roadster that we haven’t yet seen in any other electric vehicles — like rocket boosters.

Whatever new level the Roadster will take us to — be it on land or in the air — we’ll be sure to know for certain in 2020 when the vehicle is scheduled for release.

The post Elon Musk Reveals New Details About Tesla Roadster appeared first on Futurism.

http://ift.tt/2zhVCai

futurism.com | A New Breakthrough Could Make Organic Electronics Far More Efficient

mukeshbalani.com | “You heard it here first…if you haven’t already heard it elsewhere”…

A New Breakthrough Could Make Organic Electronics Far More Efficient

Organic Electronics

There is a growing field within the technological sector — organic electronics. This concept blends organic materials with advancing technologies to create increased capabilities and unique properties. An international research team from Princeton University, the Georgia Institute of Technology, and Humboldt University in Berlin has just published a new study in the journal Nature Materials that explores organic semiconductors.

These materials — organic semiconductors — are being used at an increasing rate in futuristic technologies like flexible electronics, advanced device displays, and even solar energy conversion.

Ultraviolet light exciting molecules in a semiconductor, triggering reactions. Image Credit: Jing Wang and Xin Lin
Ultraviolet light exciting molecules in a semiconductor, triggering reactions. Image Credit: Jing Wang and Xin Lin / Princeton University

However, organic materials are not known for their useful electronic properties. To overcome this, scientists “dope” the material with certain kinds of chemicals to improve their electrical qualities in one way or another. In this study, the researchers discovered a powerful new dopant for organic semiconductors that adds electrons to the carbon-based material, increasing its conductivity by about a million times.

The new dopant is made up of pairs of ruthenium-containing molecules that the researcher were able to activate using ultraviolet light. To the researchers’ amazement, once they activated the dopant, it stayed activated even after the ultraviolet light was turned off, becoming “kinetically trapped.”

Advanced Semiconductors

This fascinating new dopant is not only unusually stable, but it can work in organic semiconductors that are either solid state or solution state. “Organic semiconductors are ideal materials for the fabrication of mechanically flexible devices with energy-saving low temperature processes,” Xin Lin, a doctoral student and a member of the Princeton research team, said in an interview for a press release.

Super Materials of Tomorrow [INFOGRAPHIC]
Click to View Full Infographic

Organic semiconductors are in high demand within innovative industries. They have the potential to revolutionize medical devices, drastically improve solar energy technologies, and so much more. They are among a host of new materials that are made out of actual DNA, woven from spider silk, and sometimes even capable of self-healing.

These emerging technologies promise to make our devices more efficient, less harmful on the environment, and more natural-feeling with our human bodies. This may or may not lead to us merging with machines, as Elon Musk has claimed is necessary. But, either way, technology is melding with organic materials in ways that serve to benefit humanity. Our devices are getting sleeker, and we may soon find ourselves closer to them than we had ever before dreamed possible.

The post A New Breakthrough Could Make Organic Electronics Far More Efficient appeared first on Futurism.

http://ift.tt/2j68N38

futurism.com | A New Breakthrough Could Make Organic Electronics Far More Efficient

mukeshbalani.com | “You heard it here first…if you haven’t already heard it elsewhere”…

A New Breakthrough Could Make Organic Electronics Far More Efficient

Organic Electronics

There is a growing field within the technological sector — organic electronics. This concept blends organic materials with advancing technologies to create increased capabilities and unique properties. An international research team from Princeton University, the Georgia Institute of Technology, and Humboldt University in Berlin has just published a new study in the journal Nature Materials that explores organic semiconductors.

These materials — organic semiconductors — are being used at an increasing rate in futuristic technologies like flexible electronics, advanced device displays, and even solar energy conversion.

Ultraviolet light exciting molecules in a semiconductor, triggering reactions. Image Credit: Jing Wang and Xin Lin
Ultraviolet light exciting molecules in a semiconductor, triggering reactions. Image Credit: Jing Wang and Xin Lin / Princeton University

However, organic materials are not known for their useful electronic properties. To overcome this, scientists “dope” the material with certain kinds of chemicals to improve their electrical qualities in one way or another. In this study, the researchers discovered a powerful new dopant for organic semiconductors that adds electrons to the carbon-based material, increasing its conductivity by about a million times.

The new dopant is made up of pairs of ruthenium-containing molecules that the researcher were able to activate using ultraviolet light. To the researchers’ amazement, once they activated the dopant, it stayed activated even after the ultraviolet light was turned off, becoming “kinetically trapped.”

Advanced Semiconductors

This fascinating new dopant is not only unusually stable, but it can work in organic semiconductors that are either solid state or solution state. “Organic semiconductors are ideal materials for the fabrication of mechanically flexible devices with energy-saving low temperature processes,” Xin Lin, a doctoral student and a member of the Princeton research team, said in an interview for a press release.

Super Materials of Tomorrow [INFOGRAPHIC]
Click to View Full Infographic

Organic semiconductors are in high demand within innovative industries. They have the potential to revolutionize medical devices, drastically improve solar energy technologies, and so much more. They are among a host of new materials that are made out of actual DNA, woven from spider silk, and sometimes even capable of self-healing.

These emerging technologies promise to make our devices more efficient, less harmful on the environment, and more natural-feeling with our human bodies. This may or may not lead to us merging with machines, as Elon Musk has claimed is necessary. But, either way, technology is melding with organic materials in ways that serve to benefit humanity. Our devices are getting sleeker, and we may soon find ourselves closer to them than we had ever before dreamed possible.

The post A New Breakthrough Could Make Organic Electronics Far More Efficient appeared first on Futurism.

http://ift.tt/2j68N38