And all our computers have, inside them, the copies of the architecture that he had to just design one day, sort of on pencil and paper.

There's the chip.

So, right now, we can actually miniaturize biological and chemistry laboratories onto microfluidic chips.

That's what one of these chips really looks like, and these red spots are, in fact, signals coming from the virus.

So, we built out the chip.

Frederick Balagadde Bio lab on a microchip

It's a little paper chip.

Some people even say it takes more energy to make a solar cell than it will give out in its entire life.

OK, I make little robots in lab to make these chips, and I'm really big on disseminating technology.

They have a computer chip strapped to their backs, and they can fly these creatures around the lab.

I want you to imagine that the girl is a chip in the huge macrocosm of collective consciousness.

I studied all the new things that had happened in solar cells, and was trying to look for ways we could innovate and make solar cells more inexpensively.

These little chippies, these things are the size of a credit card.

They're littler computers, so the one chip computers, I began to program one chip computers and make objects out of P.C. boards, LEDs.

This is a microfluidic chip that I developed.

We made a chip that has every known virus ever discovered on it.

A candle without a wick is no candle at all.

Although the market worried that the so called supercycle of chips might reach the peak, the overseas sales of Korean memory chips and oil products increased by 28.3 and 13.5 respectively.

And the energy density that we see in the greatest of anywhere in the universe is actually in a PC chip.

The technology is similar to a microchip implanted for cats and dogs, and takes just 30 seconds.

Now we're using this chip. And what are we using it for?

Now, if we look at this, and we stop for a minute, and we think about chips today, we can't look inside a silicon chip. It's just so tiny.

This little girl was interesting she ate the inside of the marshmallow.

You can build a DNA array machine in your garage.

And he used that as the IT piece of a mechanism which ran a flight simulator.

He took 20,000 and then 60,000 disaggregated rat neurons so these are just individual neurons from rats put them on a chip.

And you put a drop, in this case, of urine at the bottom.

So, we put tumors and now we have over 100 tumors on our array.

This is what Intel does to keep adding more cores onto the chip.

They self aggregated into a network, became an integrated chip.

This monstrosity over here is the CPU, the chip, if you like.

British inventor microchips himself to get into house and car with a wave of hand

We put it on the chip what do we see? Well, we saw parainfluenza 4.

And I'm showing you the signal from the chip here, and I'm showing you for the block of retroviral oligos.

We can now leverage microfluidics, like this chip made by Steve Quake at Stanford.

And that way you can scale things much smaller than microchips.

For instance, China has designed the passive residual heat removal system at the secondary side of vapor generator based on problems reflected in Japan's Fukushima nuclear accident, which can remove the heat from reactor cores in time, avoiding the meltdown of reactor cores.

A series of leading technological innovations, such as cloud computing, big data, high end chips and quantum communications,

So now we have organic computer chips made out of living, self aggregating neurons.

No coring of the lake has yet taken place, with drilling stopping approximately 100 metres above the lake.

In fact, examples of highly complex R D related work such as chip design were highlighted by some experts to indicate that complexity may no longer constitute a barrier to the internationalization of innovation.

We either draw in a liquid sample, or we can actually take a solid core from the wall.

And if you're thinking of efficient information storage mechanisms, it may not turn out to be chips.

Put it on a chip, enable thousands of tests to be done at the point of care, anywhere in the world.

During the 2003 2004 season the longest ice core retrieved was 147 metres containing a climate record of some 200 years.