How to pronounce “transistors” in English

transistors cheaper they're smaller so therefore they're faster uh although we've slowed down that down a bit because of heat and

atomic transistors, photonic transistors.

of transistors to division alone.

Even transistors today are far faster than neurons.

capacitors transistors but mainly relays this is a relay video game but it was

Paradigm transistors and finally the fifth Paradigm Moore's Law this is not just Moore's Law this goes back decades

It turns out that transistors today, the smallest ones can be about 20 or so atoms across approximately.

I learned about transistors real quick.

Twice as many transistors crammed on chips every 18 months-- look at it.

We can make transistors work very, very well.

But within transistors, these quantum effects are taking place.

Tubes and transistors are no longer radio.

So for transistors you make them smaller, you have shorter distance from the source to the drain, you have fewer electrons in the transistor that all reduces power use.

of those transistors leaks. Each of those transistors have leakage current.

chips have transistors that act for NAND gates but um uh but I mean in a very

The chip then flips a series of transistors on and off, which subtly alters the current in the antenna.

The bottom layer is the transistors.

We have 100 million times the transistors, and we're not 100 million times richer, so it's going to be much less because of weak links.

We have 100 million times the transistors, but yeah, we're just limited by all the things that humans still have to do.

We have to go to photonic transistors, molecular transistors, protein transistors, DNA transistors,

I will put my money on molecular transistors, like graphene.

We can put $50,000 transistors on a chip.

and vacuum tubes were being replaced by transistors, Litton quickly repurposed this effort into making spacesuits leading to this press release by NASA titled, "Nothing New Under Ye Oldie

Or then later you have antibiotics or vacuum tubes and transistors and semiconductors and then information technology

It's only a matter of time before transistors are 5 atoms across.

But these little ion channels are like little transistors.

And there's nothing true or false on circuit boards containing transistors-- the binaries between the voltage being on or off.

And then you come back with a box of 10,000 transistors, which actually isn't even that big.

went off silicon introduced non-silicon materials into its transistors to extend the Mor's law exponential for another

You can come read from the chapter on field effect transistors, entertain us, and I thought that would be great.

We are going to have devices that have more transistors that we have neurons in our brains, in the next few years.

The chip in my laptop has about a billion transistors in it in a size not much different than some of these

In 1960 around the time of the shift to transistors, you start to see a bit of a jump in performance and we'll see that again in the efficiency curve as well.

over $100 to make everyone of the Fairchild's 1211 transistors.

And at the very bottom is this, transistors, billions of them.

Plus, you can fit more transistors into the same area, resulting in a much more powerful chip.

So for over 50 years, transistors got smaller and smaller, and the number you could fit on a chip doubled every two years.

You know, I barely use any of the transistors that are on there most hours of the day.

Today, progress has shifted from transistors and chips to the new frontier of Artificial Intelligence.

Quantum mechanics is absolutely necessary to understand why the sun shines or how transistors work or why this table is solid, OK?

In this case, we built transistors both parallel and perpendicular to that bending stress.

The difference obviously is that I still have more neurons than this has transistors.

And by the early 1950s, these transistors were just starting to make their way into the electronics industry.

Professor Edwards in the electrical engineering department and he knew more about transistors than me and he helped

It's so if we'd only had electricity and we didn't have the internal combustion engine and transistors and information technology, growth would've slowed

Antibiotics, vacuum tubes, transistors, semiconductors, Information technology, the internet, all of these amazing technologies

The second is based on electricity, on vacuum tubes and then transistors to the point where now you can pack a billion transistors on a little chip.

They're connecting computers, the billions upon billions of transistors that are around us in the world today.

But in the '70s and '80s, it was still a place where products-- first transistors, and then whole chips-- were made.