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Azeem Azhar's Exponential View

Building A Quantum Computer with Light

Azeem Azhar's Exponential View

EPIIPLUS 1 Ltd / Azeem Azhar

Robots, Tech News, Ai, It, Business, Future, News, Economy, Review, Gpt, Exponential View, Intelligence, Azeem Azhar, Society, Government, Artificial Intelligence, Science, Economics, Investing, Exponential, Openai, Work, Automation, Technology

4.91.1K Ratings

🗓️ 3 February 2021

⏱️ 52 minutes

🧾️ Download transcript

Summary

“Quantum computing is to conventional computing what a warp drive is to a bicycle,” says Jeremy O’Brien, CEO of PsiQuantum. He joins Azeem Azhar to explore the exponential advantage quantum computing will bring to problems across science and industry, and how he’s using photonics to build the first productive quantum computer.

Transcript

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0:00.0

Asana is the only work management platform built for scale.

0:05.5

AI has joined the team to maximize impact by automated workflows.

0:10.0

Asana, a smarter way to work. Learn more at asana.com.

0:19.0

HBR presents

0:30.0

Hi there, I'm Azim Azar and you're listening to the exponential view podcast every week.

0:35.0

I'm in deep conversation with a brilliant mind exploring technology and the near future.

0:40.0

Now, my guest today believes the single most important technology for the future is quantum computing

0:46.0

and he is determined to build the world's first genuinely useful general purpose quantum computer.

0:52.0

Jeremy O'Brien is the co-founder and CEO of Psy Quantum,

0:56.0

who have boldly committed to producing a 1 million qubit quantum computer with just a handful of years.

1:02.0

And that is thousands of times ahead of the current best efforts built by the major tech companies like Google and IBM.

1:08.0

Now quantum computing is full of the weird phenomenon counterintuitive ideas of the quantum world

1:13.0

and I know that many of you will relish learning more.

1:16.0

One key idea to take with you is that the qubit is both a physical unit.

1:20.0

It's sort of equivalent to a transistor in a traditional computer,

1:24.0

but it's also a unit of information equivalent to the bit of the classical computer.

1:29.0

Now, it's estimated that a useful quantum computer needs about 100 functioning qubits.

1:35.0

But because there's so much noise at the quantum scale,

1:37.0

it turns out that any functioning device will need around a million physical qubits,

1:42.0

the things that we actually manufacture to generate those 100 functional logical qubits.

1:49.0

Now Jeremy's approach, unlike most of his competitors, uses light, photons to do the computation.

1:54.0

It's an avenue that was only imagined to be possible thanks to very recent theoretical breakthroughs,

...

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