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Wow — if Mrs. Winchester (of famed Winchester Mystery House in SF) had lived today; she could have had her dream infinity house.


Dutch architect Janjaap Ruijssenaars has done something with a large 3D printer that few have probably ever attempted. He took a concrete structure and turned it into a Mobius strip, or “Landscape House,” so the building literally has no ends.

There are currently no practical reasons for this structure to be made, which is probably why nobody has jumped at the chance to build it. Other than being artistic, having such an odd form would serve almost no purpose and prove to be problematic as a home. Moving furniture or any appliances into the structure would prove to be an obstacle, even for the fully-abled. It would likely end up being a playground for children at a science museum or an exhibit at a university.

I am glad that the lady pilots of WWII finally won their right recently to be recognized and accepted after all these 60+ years to be buried at Arlington Cemetery. As a civilian female pilot; I truly respect these women that opened up doors for me and others so that we had a chance.

BTW — to clarify I am not flying for the airlines; just for fun and a passion of mine.


A group of female pilots from WWII can again be buried on the U.S. military’s most hallowed ground.

Wow and just in time for China’s Quantum Satellite launch next month.


News about this “extreme” decision has drawn ire from many Singaporeans who have criticised the government’s decision on social media.

But, in a surprise move, the Singaporean government has resorted to limiting the Internet access for government work stations for over a year for security reasons. The system of “No internet” for public servants should be more clear-cut, experts say.

He added: “As public servants, we have a duty and responsibility to protect the Government and citizens’ information and data”.

Maybe Musk is building this for himself to take on those killer robots smile


*Or maybe not. We’re not sure. Nobody knows.

Although Barack Obama joked before that DARPA and the Pentagon were working on an Iron Man suit, a recent tweet by billionaire genius Elon Musk has thrown more fuel on the fire.

Musk was recently spotted in the Pentagon by CNN, prompting everyone to wonder exactly what he was doing there and why he was there. Sure enough, Musk replied on Twitter that it was “something about a flying metal suit.”

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What happens when the consumers you chose to ignore refuses to buy your cars and buys from others who still produce non-autonomous cars.


The survey results are coming in.

We need to be honest with ourselves: the era of autonomous vehicles will soon begin. In fact, it already has. Automakers and major technology companies such as Google and Apple are all heavily investing in the technology, and there’s not going to be any slowdown. According to a new IHS Automotive study, sales of self-driving vehicles are now expected to reach nearly 21 million by 2035, an even higher number than previously predicted.

In fact, “global sales of autonomous vehicles will reach nearly 600,000 units in 2025,” states IHS director of research, Egil Juliussen, Ph.D. As first reported by The Detroit Bureau, the decade between 2025 and 2035 will see the most substantial growth for autonomous driving tech. But here’s the thing: a few surveys are showing that the public doesn’t trust the technology. One survey asked Americans what level of automation they would want in their cars. Only 15.5% of the 618 respondents said they’d like something with self-driving capabilities. 38.7% were OK with partially self-driving vehicles, while 45.8% said they didn’t want any autonomous tech at all. But are these reactions unique only to Americans? No.

The process begins with tiny, nanoscale diamonds that contain a specific type of impurity: a single nitrogen atom where a carbon atom should be, with an empty space right next to it, resulting from a second missing carbon atom. This “nitrogen vacancy” impurity gives each diamond special optical and electromagnetic properties.

By attaching other materials to the diamond grains, such as metal particles or semiconducting materials known as “quantum dots,” the researchers can create a variety of customizable hybrid nanoparticles, including nanoscale semiconductors and magnets with precisely tailored properties.

“If you pair one of these diamonds with silver or gold nanoparticles, the metal can enhance the nanodiamond’s optical properties. If you couple the nanodiamond to a semiconducting quantum dot, the hybrid particle can transfer energy more efficiently,” said Min Ouyang, an associate professor of physics at UMD and senior author on the study.

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