The Quantum Kid Podcast

What if I told you about a video podcast that discusses quantum computing? You’d naturally assume that the host would be an esteemed academic with an appropriately trimmed beard, using words and concepts only three people in the world could understand.

Are you ready?

“My name is Katia Moskvitch, MPhil, and I’m a science communicator and a theoretical physicist. I host the podcast, The Quantum Kid, with my nine-year-old son, Kai.”

Katia adds: “And I’m super proud of him.”

Katia explains that this podcast is on quantum computing, aimed at raising awareness about this emerging technology. It is called The Quantum Kid: https://youtube.com/@tesseractquantum?si=CBxDz0D_glJGfBE4

Every episode has two guests: a quantum scientist and a business or political leader. Kai asks questions about the benefits of quantum in a way only a child would — and the scientist then answers in a very accessible way, for the child to understand. But the explanation is valuable not just for kids, but for grownups too, as so many people are still struggling to see the value and the potential of quantum computing.

Katia tells us: “We started just a few months ago, and already have 50k subscribers, so the format seems to really resonate with the audience.”

The most recent episode features Peter Shor and Steven Chu and focuses on sustainability. This is my favorite episode so far, with Kai reinforcing the importance of protecting the environment.

The podcast started in June, and Katia tells us that people keep reaching out with feedback — saying thank you. Katia feels that the show seems to really resonate with the audience.

Each episode of The Quantum Kid explores how quantum technologies are bound to transform our everyday lives. Kai asks questions in a way only a kid can — without overthinking it and without the worry of having to look smart and knowledgeable. The show typically features two guests — a quantum expert and a business leader.

As the quantum scientist explains tricky concepts to a child, the explanations are very down-to-earth, engaging, and clear. And that makes them useful for the grown-ups, too, who are still very often confused about quantum and its usefulness for them and for the world. The show breaks down complex ideas into clear, engaging conversations that anyone can follow, to reach the world leaders of today and tomorrow.

If you’re not familiar with quantum computing, here’s a mini-lesson. Quantum computers harness the unique behavior of quantum physics — such as superposition, entanglement, and quantum interference — and apply it to computing. This introduces new concepts to traditional programming methods.

One of the most significant advantages quantum computers offer is their ability to process exponentially more information. In specific types of problems, a quantum computer could theoretically outperform the fastest classical supercomputers by orders of magnitude. However, it’s important to note that quantum computers aren’t universally faster than classical computers. They excel at solving particular problems, especially those that involve large datasets or complex simulations. In everyday computing tasks like word processing or web browsing, classical computers will remain faster due to the current limitations of quantum hardware.

Katia Moskvitch says: “I’m a theoretical physicist, science communicator and former WIRED journalist with 20+ years of experience turning complex technologies into compelling stories and strategies. I love storytelling and I do it well. My career hasn’t been straightforward for a reason. Having studied Mechanical Engineering at McGill (I wanted to be an astronaut), I worked in science journalism for 20+ years. I love connecting the dots and finding stories where, at first glance, there aren’t any. After the pinnacle of my journalistic career as a business editor at WIRED, I went to IBM Research — and fell in love with quantum.

“Today, my work is all about explaining quantum technologies to a general audience, educating developers, CEOs, and the next generation about quantum, and helping to ensure the technology truly matters. Because in the blink of an eye, companies developing quantum computers will reach quantum advantage — and the world needs to be ready for it.”

The mechanics of the show are solid. The video quality is excellent, as is the sound design, with small sound effects when appropriate. The intro music is brief and nicely done, and the graphics fit the bill. Katia and Kai are accomplished co-hosts and excellent interviewers. The episodes hover around 25–30 minutes, keeping the quantum geek talk to a manageable time frame.

Moreover, Kai is a precocious and whip-smart nine-year-old boy with an engaging personality and curiosity to spare.

What’s happening in quantum computing? Is it one of the pipe dreams like flying cars, rocket packs, and fusion reactors? Here’s some encouraging recent news. Michel H. Devoret was one of three physicists who won this year’s Nobel Prize in Physics for a series of experiments related to quantum computing conducted more than four decades ago.

As a postdoctoral researcher at the University of California, Berkeley, in the mid-1980s, Dr. Devoret helped show that the strange and powerful properties of quantum mechanics — the physics of the subatomic realm — could also be observed in electrical circuits large enough to be seen with the naked eye.

That discovery, which paved the way for cellphones and fiber-optic cables, may have greater implications in the coming years as researchers build quantum computers that could be vastly more powerful than today’s computing systems.

Check out The Quantum Kid. Mother and son make for a fascinating hosting team, the topic of quantum computing, while seemingly arcane, is discussed so that a child could comprehend its principles, and the interviews of academics are lively and fun.