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Living systems on every scale have governance — methods of self-regulation to manage the coherence and continuity of the system. Also, for steering toward goals or away from dangers.

This governance is not the same as a government. Government as we know it is a blunt instrument designed to enforce the will of the many over the few (although at this point it enforces the will of few on the many) It is a monolithic bureaucracy. And frankly, it isn’t very good at governance, at least not as defined in the first paragraph.

Notice that governance includes both conserving continuity and making progress. All living systems have this tension between being conservative and progressive.

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A write-up on about neural lace and the future economy: https://altleft.host/zoltan-istvan-the-economy-of-the-future…ural-lace/ #transhumanism


Zoltan Istvan, a leading Transhuman, shows us that the economic system of Technocracy needs Transhuman citizens to make it work. This is not surprising because Transhumanism and Technocracy are two sides of the same coin. ⁃ TN Editor.

The battle for the “soul” of the global economy is underway. The next few decades will likely decide whether capitalism survives or is replaced with a techno-fuelled quasi-socialism where robots do most of the jobs while humans live off government support, likely a designated guaranteed or basic income.

Many experts believe wide-scale automation is inevitable. Even the world’s largest hedge fund, Bridgewater Associates, recently announced it’s building an AI to replace its managers, many of whom are highly educated and previously thought invulnerable to automation. Robots, it seems, will manage everything. Or will they?

Today sees the launch of the biennial UK Space Conference, taking place at Manchester Central, from 30 May through to 1 June. This year’s conference is designed to inspire, enable and connect the UK and international space community.

The multiple plenary and parallel sessions feature informative and interactive presentations, workshops and debates covering a wide range of topics from space science through to how satellite data is being used by many industries here on Earth. The programme has been designed to provide a compelling forum to discuss the changing economic and technological landscape impacting the UK space sector.

Stuart Martin, CEO of the Satellite Applications Catapult, said: “The UK Space Conference provides an invaluable opportunity for those involved or interested in the space sector to gain up-to-date information, network with peers, establish new contacts, exchange information and improve links with government, industry, academia, customers, suppliers, and the financial community.

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Quantum computing and the blockchain both get plenty of attention in 2017, and now researchers in Russia have combined the two to create what they claim is an unhackable distributed-ledger platform.

The new technology, described as the “first quantum-safe blockchain,” promises to make it secure for organizations to transfer data without the fear of hacking from even the most powerful computers, in this case, the emerging field of quantum computing. Quantum computers make use of the quantum states of subatomic particles to store information, with the potential to do some calculations far faster than current computers. There’s some dispute whether we have actually reached that point yet, but companies such as Google Inc. are promising that true quantum computing is just around the corner.

“Quantum computers pose a major threat to data security today and could even be used to hack blockchains, destroying everything from cryptocurrencies like bitcoin to secure government communications,” a spokesperson for the Russian Quantum Center told SiliconANGLE. “Because quantum computers can test a large number of combinations at once, they will be able to destroy these digital signatures, leaving the blockchain vulnerable.”

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Still, the seed vault is supposed to function without humans having to get involved with maintenance. The Norwegian government is studying the situation and plans to fix the leak.


It was a story that was too good to pass up. The Svalbard ‘doomsday’ seed vault had flooded because of global warming-induced high temperatures melting the surrounding permafrost. But according to one of the vault’s creators, the reports are pretty overblown and everything’s fine. Well, the vault’s fine. The apocalypse is still ticking along nicely.

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At the beginning of 2016, Bitcoin was fairly steady at $430. Richelle Ross predicted that it would finish the year at $650. She would have been right, if the year had ended in November. During 2016, Bitcoin’s US dollar exchange rose from $433 to $1000. In the past 2 months (March 24~May 20, 2017), Bitcoin has tacked on 114%, rising from $936 to $2000. [continue below image]…

If this were stock in a corporation, I would recommend liquidating or cutting back on holdings. But the value of Bitcoin is not tied to the future earnings or property value of an organization. In this case, supply demand is fueled—in part—by speculation. Yes, of course. But, it is also fueled by a two-sided network built on the growing base of utilitarian adoption. And not just an adoption fad, but adoption that mirrors the shift in our very understanding of bookkeeping, trust and transparency.

Despite problems of growth, governance and regulation, Bitcoin is more clearly taking its place as the future of money. Even if it never becomes “legal tender” in any country—and is used only as a mechanism of payments and settlement, it is still woefully undervalued. $2000 is not an end-game. It is a beginning.

Philip Raymond co-chairs Crypsa & The Bitcoin Event. He is columnist & board member at Lifeboat Foundation,
editor at WildDuck and is delivering the keynote address at the 2017 Digital Currency Summit in Johannesburg.

Hewlett Packard Enterprise has come a big step closer to launching a computer called The Machine that it’s been talking about, researching, and developing since 2014. On Tuesday, it announced that is has a prototype of this computer that is specifically designed for the big data era.

It uses a new kind of memory to be able to store and instantly analyse mind-boggling amounts of data, potentially even a limitless amount of data. The current prototype that HPE is showing off today contains 160 terabytes (TB) of memory, which is enough to store and work with every book in the Library of Congress five times over, the company says.

Also read: Why Trump’s disclosures to Russia are ‘damaging’.

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