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Dr. Marvin Minsky — A.I. Pioneer & Mind Theorist. Professor of Media Arts and Sciences, MIT, Media Lab http://GF2045.com/speakers.

As soon as we understand how the human brain works, we should be able to make functional copies of our minds out of other materials. Given that everything is made of atoms, if you make a machine, in some sense it is made of the same kinds of materials as brains are made but organized either in very different ways or fundamentally the same ways.

Interestingly, if you are going to copy the organization of a particular human mind maybe you should make a dozen of them. There is no particular limit on how many copies to make and how the future society will treat them.

When will all these great things happen of overcoming death and making people more intelligent and turning ourselves into machines with replaceable parts so that suffering will disappear? Many great science fiction writers have written well about the future of human minds and what will happen if we eliminate death and people can live forever and we keep growing and so forth.

Continue reading “Dr. Marvin Minsky — Facing the Future” | >

The Daily Roundup is our comprehensive coverage of the VR industry wrapped up into one daily email, delivered directly to your inbox.

Diver-X announced that it’s pulling the plug on HalfDive, announcing that all backers would not be charged for funds collected.

The company mentions three major concerns, which essentially boil down to its niche appeal, inability to reduce costs by producing major components in-house, and resultant cash flow issues due to scalability issues. You can read the full text in the company’s blog post.

Continue reading “Sword Art Online-inspired VR Headset Cancelled Due to Niche Appeal, Manufacturing Issues” | >

Ask 50 people what the metaverse means, right now, and you’ll get 50 different answers. If a metaverse is where the real and virtual worlds collide, then Instagram is a metaverse: you create an avatar, curate your image, and use it to interact with other people. What everyone seems to agree on, however, is that it’s worth money. Epic Games and the recently rebranded Facebook are investing billions a year in this idea. When Microsoft bought video game publisher Activision for $70bn last week, it was described as “a bet on the metaverse”.

The tech world seems to be leaning towards some kind of early 00s conception of wearing a VR headset and haptic suit and driving a flying car towards your perfect pretend mansion in a soothingly sanitised alternate reality, where you can have anything you want as long as you can pay for it. Look at Mark Zuckerberg’s now-infamous presentation of the future of his company, with its bland cartoonish avatars and emptily pleasant environments. It is the future as envisioned by someone with precious little imagination.

I do not deny that some people want this vision. Ready Player One was a runaway hit. But the metaverse as envisioned by the people currently investing in it – by tech billionaires such as Zuckerberg and Activision CEO Bobby Kotick, by techbro hucksters selling astonishingly ugly generative-art NFTs and using words like “cryptoverse” – can only be described as spiritually bereft. It holds no interest for me.

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China has designated some cities and entities to trial blockchain applications, underscoring the importance Beijing is attaching to this particular technology.

In 2019, President Xi Jinping called on China to “seize the opportunities” presented by blockchain, giving his personal backing to the technology.

The Chinese capital Beijing and mega city Shanghai as well as Guangzhou in the south are all part of the pilot projects. Local government departments, universities, banks, hospitals, car companies and power firms are among the 164 entities chosen by China to carry out trial blockchain applications.

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We’ve often heard it said that springs come in in all shapes and sizes…except for the one you need. In light of this, the hardware hacker would do well to keep the tools and knowledge required to make a custom spring close at hand when building something that moves. Luckily, all it really take is some stiff metal wire, a rod, and patience.

Unless you’ve got a 3D printer, that is. In which case, we’d suggest you print out this very clever “Spring Factory” designed by [Vincent Baillet]. The simple tool, consisting of just two parts, makes it easier and faster to make consistent DIY springs when compared to traditional methods. Rather than trying to eyeball the spacing of the coil as you wind the wire around the mandrel, this design does it for you.

As seen in the video, springs made with this tool look very professional. Not only does the threaded mandrel keep the spacing between coils even, it also makes sure all the springs you produce are identical. This can be especially important with projects that need to use multiple matching springs. [Vincent] says his handy tool works with piano wire from 0.8 to 1.2 mm, and slightly thicker if plain steel.

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Electrolysis is a key component of the cost of green hydrogen, and a Korean team says it’s made a huge breakthrough with an anion exchange membrane that’s not only much cheaper than current proton exchange tech, but offers some 20 percent better performance.

Electrolysis is the process of splitting water into hydrogen and oxygen, and when powered by renewable energy, it’s shaping up to be a key step in the production of green hydrogen. Green hydrogen is set to play a substantial role in the race to zero emissions, offering a high energy density that makes it an attractive option in several hard-to-decarbonize activities where batteries just don’t make sense.

Typically, electrolyzers use proton exchange membranes (PEMs), in which an anode and a cathode in an electrolyte material are separated by a membrane designed to allow positively-charged hydrogen ions to pass through as they’re attracted by the cathode. Here they combine with electrons to form hydrogen gas, which is collected, and oxygen is released at the anode.

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https://youtu.be/ji5hM9xnpO4

Fri, Feb 4 at 11:30 AM PST.

Talk by Prof Giles Hammond, University of Glasgow. Join us in person at the Augustine United Church or online via our YouTube channel.

In this talk I will describe work that has been undertaken to renovate a 20 Grubb – Parsons telescope at University of Glasgow. I will begin with a brief history of the company, charting some of the telescope this company built for international observatories. I will then describe the Glasgow 20, which had a sister telescope in Edinburgh. The renovation required a complete rebuild of the RA and Dec clock drive, in addition to re-aluminising the mirrors. I will finish with some images/observations from the instrument.

Continue reading “Renovating the 20″ Grubb Parsons Telescope at Glasgow University” | >

Concrete and glass are used throughout the interior and exterior of this holiday home in northern Portugal, which local studio Carvalho Araújo designed to blend in with its woodland setting.

Located in Vieira do Minho in the district of Braga, Casa na Caniçada is a second home built on a densely wooded 0.75-acre site next to the Caniçada reservoir.

An existing building of poor design and construction quality was removed to make way for the three-storey house designed by local office Carvalho Araújo.

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