How to pronounce“supercomputer”in English

supercomputers the size of tennis courts trying to figure out probabilities for climate change to understand where are

Supercomputers were not designed for everyone, but in video gaming, the constraints have been relaxed so that those technologies and that expertise

The supercomputer made its prediction before you knew about the problem and it has already set up the boxes.

into supercomputer manufacturing in the supply chain.

your supercomputer not to.

Using supercomputer simulations based on scans of your lungs, we can predict with high precision where particles will flow and then design

But supercomputer now pervades all of science really, not just my science, but other disciplines too.

That supercomputer is currently being powered by 36 unlicensed methane gas power plants that are pumping thousands of tons of

the supercomputer has about 10 to the 15 transistors in the processors, 10 to the 15 transistors in the memory, which is the synopses in your brain.

So supercomputers can now do chemistry in the memory of a quantum computer.

With supercomputers, with quantum computers, we should be able to stabilize the gas to create an operating fusion plant to power the world,

of supercomputers from all around the world are all trying to solve these insanely complex math problems that get exponentially more difficult over time.

performance supercomputers out in tennessee and those are filling entire rooms the size of warehouses you know so once you're at that level okay

If the supercomputer predicted you would just take the mystery box and you'd leave the $1,000 on the table, well, then it put $1 million

But if the supercomputer predicted that you would take both boxes, then it put nothing in the mystery box.

You know that the supercomputer has already set up the boxes, so whatever I decide to do now, it doesn't change whether there's zero

and the supercomputer would know that.

Within a supercomputer, many virtual versions of you can explore small changes in your lifestyle and how they affect your health, aging, and quality of life.

What we call a supercomputer is one that has many cores.

So to be a supercomputer, to be respectable as a supercomputer, you to have at least I'd say a few thousand cores.

You basically needed a supercomputer to run this thing.

So that's supercomputer.

But I think the supercomputer model is much closer to the way we are understanding, now, how the brain, the gut, its microbes, and food interact,

that it said META Supercomputer: 75 million instructions per second.

This was a supercomputer.

Does she have this supercomputer in her brain that just deals with all these choices?

So they create a supercomputer that chugs and chugs and chugs to calculate the theory of everything.

They’re carrying a supercomputer in their pocket.

an entire supercomputer, which was one of the most powerful supercomputers at the time.

of my supercomputer being used for evil purposes, it's highly unlikely that that will occur because the technology and the networks are so decentralized.

and then the supercomputer centers that were clustered around the internet.

with a supercomputer which i wonder what the most efficient algorithm for the diagonalization is but there there's something there's many

mean this is a supercomputer in my pocket now but think about it right what is the difference between and

- Of the top 500 supercomputers in the world, every single one runs Linux.

clouds and supercomputers and OEM computers and so the amazing thing is, I can't do what I do without having convinced them first.

and barely by supercomputers that this was going to be a mainstream memory for data centers in the future.

50 gigawatts of supercomputers that are running simultaneously, and it takes one week to manufacture that 50

gigawatts of supercomputers, then each week in the supply chain, the supercomputers are gonna need a gigawatt of power.

Now we have supercomputers.

So that's supercomputers being crucial.

of the fastest supercomputers during the '80s with his company Thinking Machines out of MIT, where Denney realized that we aren't really

Then we use supercomputers at Harvard and elsewhere to process these many, many gigabytes of data collected over three years.

Do you remember Cray supercomputers that used to cost in the tens of millions of dollars, that had expert controls on them?

Even the fastest supercomputers of their time in the 1970s and 1980s and even 1990s couldn’t do massively parallel computing.

Use larger supercomputers than have ever been built before to train these systems and just see what happens.

and you can drive supercomputers from python that's that's pretty cool that's

You also know that this supercomputer is very good at predicting people.

Don't worry about how the supercomputer is making its prediction.

Your brain is this incredible supercomputer.