Speaker 1: Coxy.
Speaker 2: This is the seventy seven WABC Mini Cast.
Speaker 1: It's Sunday, and you know what that means. Here's Dick
Speaker 1: Morris on seventy seven WABC.
Speaker 2: Well s the eleven means joke us to the right.
Speaker 1: Here, I am.
Speaker 2: Stucking a little of you you, So I'm stuck in
Speaker 2: a little of you. Hi.
Speaker 1: Welcome back to the Dick Morris and Doug Dapiro Show.
Speaker 1: Last year. In the last two weeks, I've Doug and
Speaker 1: I have been reading from a memo by a guy
Speaker 1: named Chuck Brooks, who is a good friend of mine,
Speaker 1: who I've never met actually, but he's a good friend
Speaker 1: and he and I communicate all the time online. And
Speaker 1: Chuck wrote a paper predicting what's gonna happen by twenty
Speaker 1: fifty in twenty five years, and Doug thinks some of
Speaker 1: it will be sooner. But the point is that it
Speaker 1: explains what AIS go all about and what it's gonna do.
Speaker 1: Sometimes it gets fairly technical, but he makes it simple
Speaker 1: and makes it possible to really understand this. So I
Speaker 1: broke up his meeting word essay into nine parts, and
Speaker 1: each week we're reading one of the parts of the
Speaker 1: essay and now we're up to part three about quantum computing, Doug.
Speaker 2: A common description of the quantum computing is that it's
Speaker 2: merely the next generation of computing. Characterization, in my opinion,
Speaker 2: greatly underestimates it's important. A completely new technological civilization is
Speaker 2: based on quantum technologies. In the same way that electricity
Speaker 2: revolutionize the industrial economy and the Internet revolutionized.
Speaker 1: Internet louder, Doug Police, let me put.
Speaker 2: It louder here, And in the same way that electricity
Speaker 2: revolutionize the industrial economy and Internet revolutionized international communications, quantum
Speaker 2: technologies will fundamentally alter how humanity addresses its most difficult societal, scientific, economic,
Speaker 2: and security problems. Not only are computers evolving evolving, but
Speaker 2: a completely new computational paradigm is also emerging. The changeover
Speaker 2: has already started. Beyond theoretical physics and lab experiments, quantum
Speaker 2: computing is now being used in early commercial settings. Because
Speaker 2: they understand that quantum capability will become a strategic asset
Speaker 2: on par with nuclear technology, artificial intelligence, and space systems.
Speaker 2: Governments are investing billions. Leading nations in quantum science will
Speaker 2: have significant advantages in advanced manufacturing, scientific research, national defense, intelligence,
Speaker 2: gathering and economic competitiveness. One of the key geopolitical contests
Speaker 2: of the twenty first centrally century is the race for
Speaker 2: quantum leadership. Rather than just quantum computing, Technological convergence may
Speaker 2: bring about the biggest change. Converging technologies hold the key
Speaker 2: to the future. As I have stressed in my writings.
Speaker 2: As I stressed my writings, advanced communications, biotechnology, robotics and
Speaker 2: autonomous systems, quantum computing, photonic computing, and artificial intelligence are
Speaker 2: all developing simultaneously rather than separately. While quantum processes will
Speaker 2: significantly increase AI's capacity to analyze incredible data sets, sets
Speaker 2: and optimization problems, AI will also aid in the design
Speaker 2: of quantum algorithms, optimize quantum hardware, and enhance error correction.
Speaker 2: Computational capabilities that seem nearly unthinkable today will be made
Speaker 2: possible by this convergence. Quantum technologies have the potential to
Speaker 2: completely transform industries that rely on solving incredibly difficult mathematical problems.
Speaker 2: Within the next ten years, it may be possible to
Speaker 2: find drugs in a matter of weeks instead of years
Speaker 2: of laboratory testing. Quantum simulation will replace trial and error
Speaker 2: in the design of new materials, batteries, superconductors, aerospace components,
Speaker 2: and clean energy systems. Markets will be optimized by financial
Speaker 2: institutions were never before seen accuracy. Quantum optimization engines will
Speaker 2: greatly increase the efficiency of supply chains, transportation networks, smart cities,
Speaker 2: and global logistic networks. The computational capacity requires to model
Speaker 2: Earth's atmosphere and oceans with far higher fidelity than its
Speaker 2: currently achievable excuse Me will be made available to client scientists. However,
Speaker 2: it's possible that quantum's biggest disruption will come from its
Speaker 2: threats rather than its creations. The digital foundation that safeguards
Speaker 2: banking systems, medical records, government communications, and vital infrastructure. Public
Speaker 2: key encryption will eventually be vulnerable to sufficiently powerful quantum computers.
Speaker 2: The arrival of the qday queue the letterqueue the qday
Speaker 2: will be one of the biggest technological migrations in history,
Speaker 2: not just in cybersecurity event. Businesses that put off getting
Speaker 2: ready for post quantum this is important. Businesses that put
Speaker 2: off getting ready for this for the post quantum cryptography
Speaker 2: run the risk of having decades worth of confidential data
Speaker 2: decrypted in the future using harvest now decrypt later tactics
Speaker 2: that have already been linked to highly skilled nation state actors. Today,
Speaker 2: preparing for quantum resilience is becoming essential for both business
Speaker 2: and national security. Ultimately, I think quantum technology will become
Speaker 2: as commonplace as the imperceptible as cloud computing. Just as
Speaker 2: few people considered the vast cloud infrastructures that power contemporary
Speaker 2: digital life. The majority of people will never directly interact
Speaker 2: with the quantum processor. Rather, faster medical achievements, more sophisticated
Speaker 2: AI system will best cybersecurity, cleaner energy, self driving costs,
Speaker 2: precision manufacturing, and previously unthinkable scientific discoveries are how they
Speaker 2: will feel the impact of this quantum thing.
Speaker 1: Unbelieving, incredible, though I think you don't mind, guys in
Speaker 1: the women in the audience, that good. We're taking you
Speaker 1: on this trip through tech land, but you won't get
Speaker 1: this anyplace else on regio. We're on television, and uh,
Speaker 1: we want to walk you through it, say it can
Speaker 1: be prepared for the future.
Speaker 2: And I want to simplify a little bit of this.
Speaker 2: Classical computing is zeros and ones. You got a zero
Speaker 2: and a one, and that's how the system writes itself.
Speaker 2: Zeros in one and they stop and they talk and
Speaker 2: they go back and forth. Quantum computers is zeros ones
Speaker 2: or both together. It's almost like you a coin. You
Speaker 2: flip a coin and you got heads. You flip it
Speaker 2: and it got tails, heads tails, Quantum. That's that's classical computing.
Speaker 2: Quantum computing is you flip that coin and it spins forever,
Speaker 2: and it doesn't stop spinning. It talks to itself and
Speaker 2: it does all the things, and it's able to instinctively link.
Speaker 2: So they instantly correlate one with another, you know, all
Speaker 2: their ideas and their patterns, they correlate with each other.
Speaker 2: Classical computer doesn't do that. It tells your story and
Speaker 2: then you could ask you a question. Quantum it does
Speaker 2: it itself. It tells you the story and answers the question.
Speaker 2: It tells you why it an't. That's the difference. So anyway,
Speaker 2: I just wanted to that's thrue, you know, try to
Speaker 2: simplify that made it worse.
Speaker 1: Maybe, Yeah, No, No, it's we all need to study it,
Speaker 1: we all need to understand it. And I understand the
Speaker 1: tremendous changes they're coming about it, AND's going understand that
Speaker 1: they're not threats, they're really opportunities