In this episode, Frank explains Qubits and the math behind them.

This episode is rated 2 Schrodingers.

Watch the live stream: https://www.linkedin.com/posts/frank-lavigne_impact-quantum-whats-a-qubit-activity-6707702289219493890-Obaj

Transcript

Voiceover 

Hello and welcome to this episode of impact quantum. This episode is titled freaking qubits how do they work? 

Voiceover 

Only Frank could Lincoln Insane Clown Posse mean to quantum computing so you are clearly in the right place to learn. This episode is rated to shredding's for some heavy maths content don't worry, it's not too scary. 

Frank 

Alright, so that. 

Frank 

Dubstep intro music means that this is impact quantum. The podcast for engineers who are curious about the coming revolution in quantum computing. I'm your host Frank Lavigna and my cohost will not be able to join us today. So as we promised in kind of the original show. 

Frank 

We're not going to kind of do that. We're gonna try to get to a more regular cadence. In these shows so this is show number Q. Although technically third in the series. 

Frank 

This show was rated 2 Schrodinger's 'cause. We will get into a little bit of technical detail but don't let that scare you off I'm going to talk about. 

Uh. 

Frank 

Cubits and Anne, how they work? My name is Frank Levin. Yeah, i'ma data in AI architect who got quantum fever not that long ago. In November 2019, when I saw kind of the The Amazing stuff that's just around the corner. 

Frank 

Um so today is about qubits and there's a whole meme about this. The original song referred to magnets. But I think if they were writing this song. Today, they would be writing this about. 

Frank 

Um. 

Frank 

They would write about. 

Frank 

Cubits hang on spotlight and performance hang on. Hey cool, it does that now Alright. They took my feedback let me start this over if you're watching this live I really appreciate it. I will be monitoring chat hey modern day tech. How's it going? 

Frank 

Uh, if you're watching this live, I appreciate you turning in live your listing later on the podcast. I will try to be very descriptive in the time that I have between now and. 

Frank 

My next meeting. 

Frank 

Alright so if if Insane Clown Posse were writing a new song. Today, they would probably talk about freaking cubits or how do they work? 

Frank 

So there was a whole Internet meme about it already on. To paraphrase something from one of the Guardians of the Galaxy movies, they didn't say fricking. You have been warned. 

Frank 

So this is a? 

Frank 

Part of my big quantum presentation called Quantum Physics in 30 minutes or less. 

Frank 

Um? 

Frank 

Bye for people who have mixed feelings about it, hence mathematics. 

Frank 

Um this is the big barrier. I think for a lot of folks when they want to get into quantum computing. There's a lot of math. There's a lot of weird, kind of quantum physics and you hear a lot of things, said about quantum if you do a search on the Internet on quantum. There's all sorts of interesting kind of metaphysical stuff, not going to touch into that, but what makes quantum weird. 

Frank 

Is how we normally interact with the world. We normally interact. You know whether it's a baseball, whether it's the moon, we interact, which known as Newtonian or classical mechanics, right? If I held a this smart phone. 

Frank 

Right and I Drop it. It's going to fall fall, the floor. Maybe the glass will break. Maybe it won't. 

Frank 

But it's not going to fire. Let it go. It's not going to go up and blast off and hit the ceiling. It's not going to stay there in place. If I were to able to throw this fast enough, I would be able to get this to the moon. If I get through this a little bit less faster than that, I could get this into orbit, right? So that's kind of how things work, right? If I. 

Frank 

Fight smacking against my other hand it's going to make a noise and possibly hurt, but we can all measure based on the mass of this and the acceleration. How hard of that force is going to hit across the hand. I guess if you're really clever you can figure out loud that smack would be. 

Frank 

Um, so quantum mechanics deals with stuff that's really, really small, basically smaller than. 

Frank 

A smaller than an Atom or at the atomic level, right? So at this point in our normal world you know, here is kind of the scale of a a human hair, or the. 

Frank 

100 micrometres 

Frank 

Then we get down into kind of the genes and the virus is somewhere between 10 to 100 nanometers. Nano being a billionth. 

Frank 

Um? 

Frank 

And viruses are obviously very much on people's minds these these days, but smaller than that smaller than proteins. You get molecules, small molecules, an atomic structures, so inside. 

Frank 

That Tomic structure is where things kind of start. 

Frank 

Getting different an I actually did listen to you and while I was on vacation, I read a book on quantum computing, an applied approach. Interesting book. 

Frank 

But there was even more fascinating book called Sinchronicity. 

Frank 

And it's about kind of. 

Frank 

The understanding the try the reach to understanding. 

Frank 

How the universe works from Plato. I'm talking about, you know, the forms in The Cave and all that kind of Philosophy. 101 stuff which you know obviously. 

Frank 

Uh. 

Frank 

At that time. 

Frank 

At the time was cutting edge all the way to kind of where we are now and how we understand stars and Fusion and quantum physics and particles and stuff like that. 

Frank 

So those are all the things that we 

Frank 

Have at multiple levels of understanding so overtime. 

Frank 

We've really gotten down to. We've always pursued the the forward March of science, if you will. So quantum physics. 

Frank 

Works a little differently an that book synchronocity really covers the weirdness of quantum mechanics and the struggles that 20th century physicists came when they came through and went through to understand it. In fact, this is a something that Einstein. 

Frank 

Himself was very sceptical of you'll. You'll see the probability plays a big role here and in Einstein was famously quoted as saying. 

Frank 

Um, that. 

Frank 

God doesn't play dice and. 

Frank 

So there's definitely a lot of interesting kind of ether personality conflicts to one of the gates is called a Hadamard Gate, and they talk about him. There's also three types of Pauli Gates at Poly X Poly. Why an Polly Z, and I wonder who is this guy Paulie that you know has so many quantum? 

Frank 

Logic, quantum computing, logic gates, and after him. And this book actually covers. He was kind of a big deal, not a household world, but word, but still kind of a big deal. So what quantum computers do is they take advantage of some of the quirks if you will, of quantum mechanics and the properties thereof. 

Frank 

I did warn you that this episode was going to be too schrodinger's. 

Frank 

We will talk about the stuff I don't fully understand it, so but I do understand a good bit of it and um. 

Frank 

Uh, we can kind of go through some of the particular properties that that this matter, so ultimately. 

Frank 

Quantum computers take advantage of all of the strangeness, if you will, for lack of a better term. 

Frank 

Of. 

Frank 

Quantum mechanics and in the same way that classical computers, whether it's your smartphone, the laptop I'm recording this on, take advantage of the. 

Frank 

Properties of electricity, right? They are called electronics. 

Frank 

After all, and 

Frank 

There's little electrons bouncing around inside those things and we take advantage of how that works and how semiconductors work. 

Frank 

So there's four or three kind of properties that really matter, um, and then all of these operators are kind of built on that, um. And then when I say operators, I