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Tomorrow, May 20, watch as the Japan Aerospace Exploration Agency (JAXA) uncrewed HTV spacecraft lifts off from Japan, on a mission to carry cargo to the International Space Station. It’ll deliver more than four tons of supplies, water, spare parts and experiment hardware for the station crew. Live coverage begins at 1 p.m. EDT with liftoff scheduled for 1:31 p.m. EDT.

⏰ Sign up for a reminder and enjoy a launch with your lunch!

How do you recycle the equivalent of 1,8 million single use plastic bags, and resolve South Africa’s pothole problem? Roll out plastic roads, of course!

That’s exactly what the Kouga Municipality in the Eastern Cape is in the process of doing – and the benefits to road users are manifold.

The concept of a plastic road isn’t a new one. Several years ago, companies in Scotland and the USA pioneered the idea of breaking down plastic waste, and adding it to asphalt. Now, there are thousands of kilometres of plastic roads all over the world, from Australia, the UK and New Zealand to India, Turkey, Slovenia and now South Africa.

“I do believe there’s great potential to bring in artificial intelligence to provide early warning of future problems” such as disease outbreaks, Air Force Lt. Gen. John N.T. “Jack” Shanahan, director of the Pentagon’s Joint Artificial Intelligence Center, said in an interview.


Artificial intelligence could spot and track earlier outbreaks of disease around the world, the Pentagon’s AI chief says as he retires from service.

The giant tectonic plate under the Indian Ocean is going through a rocky breakup … with itself.

In a short time (geologically speaking) this plate will split in two, a new study finds.

To humans, however, this breakup will take an eternity. The plate, known as the India-Australia-Capricorn tectonic plate, is splitting at a snail’s pace — about 0.06 inches (1.7 millimeters) a year. Put another way, in 1 million years, the plate’s two pieces will be about 1 mile (1.7 kilometers) farther apart than they are now.

In order to find and treat cancerous tumors, a team of scientists is working on an aggressive new approach that involves a swarm of tiny, cancer-killing robots.

The idea is to inject the nanobots, which are engineered to look and travel like white blood cells, into a patient’s veins and move them around inside the body with powerful magnets.

“Our vision was to create the next-generation vehicle for minimally invasive targeted drug delivery that can reach even deeper tissues inside the body with even more difficult access routes than what was previously possible,” Metin Sitti, Director of Physical Intelligence at the Max Planck Society, said in a press release.