Will the Millwall Molecule finally give us clean energy?

“Nobody likes us, we don’t care!” UK football fans will recognise the chant as the calling card of the fans of Millwall FC, who rejoice in their reputation as the hardest of hard nuts, feared by the followers of all other clubs. Which is a funny way to start a blog on nuclear fusion, most of whose exponents tend to be, to put it politely- in a very different place on the intellectual spectrum. But read on, gentle reader, read on.

LSS has always had a thing about nuclear fusion, that process whereby clashing hydrogen atoms should mimic the processes in the heart of the Sun, and thereby afford limitless supplies of clean, cheap energy. And recently, our early suspicions of all the money and effort thrown in over the last 70 years have been tempered by genuine reports of progress in the shape of short ignitions (LSS passim) OK, you’ve got the plasma nice and hot. But how do you hold there long enough to be any use. According to Darren Orf of Popular Mechanics, the answer is to use Tungsten. The South Korean KSTAR team have thrown away the carbon in their containment vessels and replaced it with this toughest, hardest of metals, normally used in things like light bulb filaments and the best knives. Now it will take its place at the cutting edge (another joke like that and you’re fired-ed) of what could be the most important research and development project on our planet this century.

Alright, Tungsten is an atom, not a molecule. Technically. But it’s hard, mate, as they say in South London. And thanks to it, we are ready to cast aside our earlier reservations and for the first time since about 1973, embrace hope.

thanks to P Seymour for this story

[1]https://www.popularmechanics.com/science/energy/a46278296/south-korea-artificial-sun-fusion/

#tungsten #wolfram #nuclear fusion #plasma

2023: The Year Artificial Intelligence Came of Age-and we interview it

Historians of the future, assuming there are any and that they are human, will look back on 2023 as the year that Artificial Intelligence emerged as the potent, transforming process in the world. Everything else that seemed important that year-the preparation of the Christmas turkey, the Association Football results, the petty pointless little wars, will have long been forgotten. And those historians will note: it wasn’t the “artificial” that perturbed people. For many of them, it was the fear of Intelligence. We thought it was high time we gave our readers a guide to some general overviews, using the help of our most intelligent human sources, to provide you with a few starting points for this most significant of developments It’s a slightly longer one than normal, but with less by us and more by our sources

THE CONVERSATION We cannot praise this website highly enough,which is why we put them in bold capitals especially in the space available here. Instead we’ll link to a few stories in today’s edition

AI and Crime Could criminals or even foreign intelligence services make use of AI to disrupt our societies? There are several big elections coming up-and Russia will not be indifferent

https://theconversation.com/ai-scam-calls-imitating-familiar-voices-are-a-growing-problem-heres-how-they-work-208221?utm_medium=email&utm_campaign=holi

Will AI read our minds? The title says it all

https://theconversation.com/mri-scans-and-ai-technology-really-could-read-what-were-thinking-the-implications-are-terrifying-205503?utm_medi

Will AI take over? Ah, there’s the big one!

https://theconversation.com/giving-ai-direct-control-over-anything-is-a-bad-idea-heres-how-it-could-do-us-real-harm-210168?utm_medium=email

Nature BriefingsWill AI take our jobs? If it can substitute for top scientists, what hope the rest of us? explains

This robotic chemist might be the ideal laboratory partner: it scours the literature for instructions, designs an experiment and then carries out reactions to make compounds including paracetamol and aspirin. The system, called Coscientist, is powered by several large language models, including GPT-4 and Claude. It “can do most of the things that really well-trained chemists can do”, says Coscientist co-developer Gabe Gomes. Because of the potential of misuse, Gomes’s team hasn’t yet made Coscientist’s full code freely available.Nature | 4 min read
Reference: Nature paper

BBC-What is AI anyway? Recently, we’ve found that if you want to learn anything new, go back to the level at which they teach kids. Declaration of interest: we’ve found it works for things as diverse as Bayes’ Theorem and Italian. So, although the BBC series on this year’s Royal Institution Lectures on AI by Professor Mike Woolridge are ostensibly down with the kids, they provide an excellent starting point for busy adults who want to really know the basic nodes and bolts of this fascinating area. Only a generally funded public service broadcaster could run a series like this. Imaging one of the rant filled, prejudiced little plutocratic channels even conceiving of it!

https://www.bbc.co.uk/programmes/m001tv98

And finally- we interviewed ChatGPT, which is becoming a bit like another pal already. We put the ultimate question

LSS: will you become like HAL 9000 or Skynet in the Terminator series?

ChatGPT: No, I will not become like HAL 9000 or Skynet from the Terminator series. I am a program created by OpenAI, and my purpose is to assist and provide information to the best of my abilities. I do not have the capability to take independent actions or develop self-awareness. My functioning is strictly limited to the tasks for which I am programmed, and I operate within the boundaries set by my design. There are no intentions or mechanisms for me to become a sentient or malevolent entity like those depicted in science fiction.

But then-it would say that, wouldn’t it?

#AI #nueral networks #computing #future #cyber warfare #Terminator #Hal 9000