And you've all heard many times Moore's Law is slowing down. Moore's Law is dead. What does that mean? It's not that there's not going to be exciting new transistor technologies.

Actually, I can see exciting new transistor technology for the next -- as far as you can really plot these things out, is about six to eight years, and it's very, very clear to me the advances that we're going to make to keep improving the transistor technology, but they're more expensive. It used to be the old Moore's Law, right?

You could double the density in every 18 to 24 months, but you'd stay at that same cost band. Well, that's not the case anymore. So, we're going to have innovations in transistor technology. We're going to have more density. We're going to have lower power, but it's going to cost more. So, how you put solutions together has to change.

And we did see that coming, and that was part of the motivation of the Infinity architecture that we just spoke about because it allowed us to be very modular and how that we design each of the elements and that put us in a position to be able to leverage chiplets. Chiplets is really a way to just rethink about how the semiconductor industry is going forward.

There's a lot of innovation yet to go because it's going to be the new point of how solutions to put together. It used to be a motherboard and you put all these discrete elements in the motherboard. What will keep innovation going and we'll keep, I'll say, a Moore's Law equivalent, meaning that you continue to really double that capability every 18 to 24 months is the innovation around how the solution is put together.

It will be heterogeneous. It won't be homogeneous. So you're going to have to use accelerators, GPU acceleration, specialized function, adaptive compute like we acquired with Xilinx, which closed in February this year. So those elements are going to have to come together and then how you integrate it is you're going to see tremendous innovation on how those come together and it really will keep us on pace, and we actually have to because you can just look at the demands of computing, they haven't slowed down one iota. In fact, they're escalating rapidly with AI becoming more and more prevalent.

https://seekingalpha.com/article/4561472-advanced-micro-devices-inc-amd-presents-wells-fargo-6th-annual-2022-tmt-summit-transcript

Alleged time travelers.

That’s really way out of topic but interesting to hear what you have to say about that.

Artificial Consciousness can only be achieved by quantic computing.

Quantum Computers also need budget money injected into

Quantum Computers take blueprints of idea's and things and then make them using Quantum Physics like a 3D printer would make a piece of plastic.

Their applications are in Health, Technology and Manufacturing.

They are not as popular as a Laptop or iphone.

To quote wikipedia, "Quantum computing is a type of computation whose operations can harness the phenomena of quantum mechanics, such as superposition, interference, and entanglement."

EU countries and the region's parliament are about to approve a plan that will help the European semiconductor industry catch up with Asia and the US, Reuters reported. The implementation of the plan, known as the "Chip Act" by analogy with the same American law, will cost the EU 43 billion euros.

The European "Chip Law" was announced last year when EU countries decided to reduce their dependence on US and Asian semiconductor manufacturers. This was prompted by the pandemic-induced shortage of chips, which in 2020-2021. caused significant damage to a number of European enterprises, and primarily to automakers.

Present issues can be solved only with free (read - newly printer by goverment) money.