glaster
glaster t1_j1t9xyg wrote
Cool project. What AI system are you using?
glaster t1_j0o7ko6 wrote
Reply to comment by HeinrichTheWolf_17 in Generative AI is changing everything. But what’s left when the hype is gone? by nick7566
Or they will get rid of excess means of production through war or attrition.
glaster t1_j0mn62n wrote
Reply to comment by HeinrichTheWolf_17 in Generative AI is changing everything. But what’s left when the hype is gone? by nick7566
The absolute lack of scarcity is a world without a need for workers. Do your shades still fit you? 😎
glaster t1_iy1iy4k wrote
“Ingenuity”, it is hard to define, and therefore hard to replicate.
The job of a plumber nowadays, for example, requires some things that are hard to automate/replace. This won’t be the case when people live in standardized housing.
For as long as the cost of replacing the level of ingenuity required is higher than the benefit of “automation” (which by the way is only a very discrete form of AI) those jobs are going to be fine.
For a job to ge replaced all it’s necessary is that AI becomes more affordable than human exploitation.
glaster t1_iw4zb08 wrote
Reply to Today is the absolute last day to touch grass in shorts and tees. Get outside and enjoy the weather while you still can. by King-of-New-York
You are so negative! We have been having warmer falls every year! (No clue why).
glaster t1_ivpp43p wrote
I think the notion belongs to a pre AI paradigm and AGI is no longer needed, neither it’s going to be pursued.
glaster t1_j978o82 wrote
Reply to comment by NTIASAAHMLGTTUD in What’s up with DeepMind? by BobbyWOWO
Trust me, bro. (Follows a quick answer by AI).
During World War II, the US government formed the Manhattan Project, a top-secret research program dedicated to developing the world's first nuclear weapons. The papers published during this time on nuclear topics were often focused on the technical details of creating and using nuclear fission for military purposes.
One of the most important papers from this period was "The Production of Radioactive Substances by Neutron Bombardment" by Glenn T. Seaborg and Arthur C. Wahl. Published in 1945, this paper described the discovery and isolation of several new elements through neutron bombardment, including plutonium, which would later be used in the construction of the atomic bomb.
Another key paper from this time was "Theoretical Possibility of a Nuclear Bomb" by Edward Teller. This paper explored the feasibility of creating a nuclear bomb and outlined the basic principles behind its design.
Other papers from this period focused on the design and construction of nuclear reactors, such as "The Thermal Neutron in Reactors" by Enrico Fermi and "Nuclear Chain Reaction in Uranium and Thorium" by Eugene Wigner. These papers helped lay the foundation for the development of nuclear power.
However, not all papers from this time were focused solely on technical details. Some also explored the ethical implications of using nuclear weapons in warfare. One such paper was "The Social Responsibilities of the Scientist" by James Franck, which called on scientists to consider the potential consequences of their research and to take an active role in promoting peace.
Overall, the papers published on nuclear topics during the Manhattan Project were instrumental in advancing our understanding of nuclear science and technology, and in shaping the world we live in today.