The Coming Era of Mega Systems, Part 1 – Transportation

Mega Projects 31

Futurist Thomas Frey – Let me begin with a couple questions.

Question #1: The U.S. has two countries that touch its borders – Canada and Mexico. But what is its third closest neighbor?

While most would probably look at the island nations in the Caribbean, the third closest is actually Russia, a scant 2.4 miles away, the distance between Alaska’s Little Diomede Island and it’s sister Big Diomede Island on the Russian side of the Bering Strait. During the winter an ice bridge usually forms between the two islands and a person can actually walk from the U.S. to Russia.

Question #2: Is it possible to drive a car from North America to South America?

The answer to this question is “no,” because plans for the highly publicized Pan-American Highway were never completed, leaving a 60 mile gap across a dense jungle region, known as the Darian Gap, between Panama and neighboring Columbia.

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The First Lady of Graphene

graphene-2

The birthplace of graphene – the one-atom-thick carbon – is Manchester University, where it was created by two physicists. But Cambridge could become the adopted home of the so-called wonder-material.

A vast new facility that can make up to five tons of the ultra-valuable black dust each year is being built in the city and is due to open in 2015.

Cambridge Nanosystems, a university spin-out, led by chief scientist Catharina Paukner, 30, has built the factory with the help of a £500,000 grant from the Technology Strategy Board.

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Sneak Peek: George Lucas’ Future Museum

first-look-the-george-lucas-museum-is-a-pyramid-from-the-future h8g75d

Isolated, the words all sound so cliché. Organic. Flowing. Curvy. But set to the backdrop of Chicago’s blocky skyline, they assemble a brash thesis on the city’s future: The new George Lucas Museum of Narrative Art is a low-slung knoll inside a landscape of towering Lego, an Egyptian pyramid reimagined for the year 2020.

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The Swasthya Slate – an affordable diagnostic machine that could disrupt health care

Swasthya

Kahol built a prototype of a device called the Swasthya Slate (which translates to “Health Tablet”).

Kanav Kahol was a member of Arizona State University’s department of biomedical informatics. He became frustrated at the lack of interest by the medical establishment in reducing the costs of diagnostic testing, and seeing almost no chance of getting the necessary research grants he returned home to New Delhi in 2011Kahol had noted that, despite the similarities between most medical devices in their computer displays and circuits, their packaging made them unduly complex and difficult for anyone but highly skilled practitioners to use. And they were incredibly expensive — costing tens of thousands of dollars each.

 

 

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ComfortWay – Smart iPhone case that offers all-day data roaming for just $2

comfortway

ComfortWay

If you travel a lot internationally you more than likely have been stung by roaming Internet charges at some point or another. It’s possible to buy or rent a local SIM card when you’re abroad but this requires that your iPhone be either unlocked or jailbroken — and also limits users to just one mobile carrier in each country. (Video)

 

 

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Growing Bolder TV interview with Thomas Frey, one of the world’s top futurists

Thomas Frey

Futurist Thomas Frey

If there’s one thing we all wonder about, it’s the future. Being able to predict the future would come in handy when it comes to running your business and your life.  Did you know you could turn to a futurist for answers? (Video)

 

 

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AngelList: A disruptor that is upending angel investing

angellist

Naval Ravikant at the AngelList office.

Recently, Naval Ravikant, a wildly successful angel investor—Uber, Twitter, etc.—and serial entrepreneur met with a group of institutional money managers to pitch them his latest venture. He didn’t ask them to invest in it, but he asked them to invest through it. If enough of the money managers take him up on the offer, it could usher in an era of radical disruption in the world of angel investing.

 

 

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rHEALTH diagnoses hundreds of diseases using a single drop of blood

rHEALTH-diagnostic-device

rHealth Device

This month, the XPRIZE Foundation announced the winner of the Nokia Sensing XCHALLENGE. The global competition was aimed at accelerating the availability of hardware sensors and software sensing technology as a means to smarter digital health solutions. The winning device is called the Reusable Handheld Electrolyte and Lab Technology for Humans (rHEALTH) system. It can potentially run hundreds or even thousands of lab tests using a single drop of blood, and those tests, in turn, can be used to diagnose a range of diseases. (Video)

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Evacuated Tube Transport Technology (ET3) is 50 times more efficient than rail

ET3

Evacuated Tube Transport Technology

Evacuated Tube Transport Technology is magnetically levitated capsules in vacuum tubes.  Propulsion energy required is 100,000 times less than required by a car. ET3 will achieve 50 times more transportation per kWh (or ton of CO2) than electric cars or trains.  The cost is ten times less. They calculate they can build an ET3 system for about $7 million per mile. (Videos)

 

 

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Stanford researchers develop a way to store solar energy more cost-effectively for use at night

solar energy storage

How electrolysis could produce hydrogen as a way to store renewable energy.

There isn’t a cost-effective way to store large-scale solar energy. But researchers at Stanford have developed a solution by using electrolysis to turn tanks of water and hydrogen into batteries. During the day, electricity from solar cells could be used to break apart water into hydrogen and oxygen. Recombining these gases would generate electricity for use at night.

 

 

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Micro-scallop robots can swim through your blood, eyeballs

micro-scallop

A micro-scallop robot is only a fraction of a millimeter in size.

Simplicity is important when designing robots on the micro or nano scale (like, small enough to fit inside your body). There just isn’t room for complex motors or actuation systems. There’s barely room for any electronics whatsoever, not to mention batteries, which is why robots that can swim inside your bloodstream or zip around your eyeballs are often driven by magnetic fields.(Video)

 

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