“We wanted flying cars. Instead we got 140 characters.”–Peter Thiel
“Flying is learning how to throw yourself at the ground and miss.”–Douglas Adams
It appears that Peter Thiel might get his flying car by this time next year. Oh, there’s just one problem though. If you want one, you’ll have to be as rich as Peter Thiel, as they won’t exactly be cheap. In fact you can buy a single engine Cessna for much less. In any case, let’s hope the drivers miss when they throw themselves at the ground.
Flying Cars–Dutch firm PAL-V has announced it tends to bring its 3-wheeled, 2-passenger gyro-copter to market by sometime next year. The vehicle is certified for both the air and the road, making it a true flying car. You’d better start saving your pennies, though, as the first model will list for about $600,000. But don’t worry, the firm will follow the launch up with a second model–a sport vehicle–targeted to sell for a mere $350,000.
Aerospace–The European Space Agency, while still three years away from the first test flights for its planned space plane, says it hopes to privatize the vehicle by 2025. They foresee Space Rider, as it is called, offering commercial launches into low earth orbit for about $4,200.00 per pound.
Neural Networks/Quantum Computing–The US Air Force and IBM are collaborating on a venture to build the world’s first supercomputer to be based on human brain architecture. The device, employing IBM’s True North neurosynaptic technology, will have the equivalent of five million neurons and 16 billion synapses. In case you’re worried about being replaced, the human brain has about 100 billion neurons and one quadrillion ( 1015 ) synapses.
The University of Southern California (USC) will head a consortium of universities and private contractors to develop a quantum computer that will be 10,000 times faster than classical computers. The Quantum Annelear will feature 100 qubit architecture and is targeted for operation by 2023.
Meanwhile, Google remains out front in quantum computing race. It currently is testing a 20-qubit device, and hopes to have a 49-qubit processor operational before the end of 2017.
Design Innovation–A student from the University of Nevada, Las Vegas has won the Radical Innovation Award for 2017, for his concept of a Hyperloop Hotel. The idea would employ modular container suites would detach and serve as luxury hotel rooms at each city stop.