Launching 1st June 2026

QuantumComputing.fm

The podcast that makes quantum technology accessible to everyone

Thought leaders. First principles. Real-world impact.
We break down the most complex ideas in quantum so anyone can follow what's coming.

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Our Mission

Quantum made human

Quantum technology is one of the most consequential shifts in human history, yet it remains locked behind impenetrable jargon. QuantumComputing.fm exists to change that.

We bring world-class thought leaders into conversation and translate their expertise into clear, honest content for everyone from curious beginners to seasoned engineers. Every episode covers both the technical reality and why it matters for business.

Business Strategy Technical Depth No Hype Accessible to All Thought Leaders
Quantum computing animation
Episode Topics

Concepts we break down

No physics PhD required. We start from scratch and build up, episode by episode.

01
What Even Is Quantum Computing?
A ground-up explainer on why quantum computers are fundamentally different, and why that difference matters enormously.
02
Bits vs Qubits
Classical bits are 0 or 1. Qubits are something stranger. We explain the gap in plain language and show why it changes everything.
03
Superposition Explained
The most misunderstood concept in physics, demystified. What it actually means and how it gives quantum machines their power.
04
Quantum Entanglement
Einstein called it "spooky action at a distance." We explain what entanglement really is and how it's used in real systems today.
05
Quantum Interference
How interference amplifies right answers and cancels wrong ones inside a quantum circuit, explained without the maths.
06
What Is a Quantum Gate?
The building blocks of quantum programs. Gates, circuits, and how quantum operations are structured, from zero.
07
Cryogenics vs Room Temperature
Why most quantum computers run near absolute zero, which companies are betting on room-temperature approaches, and the tradeoffs.
08
Quantum Hardware Landscape
Superconducting, trapped ion, photonic, neutral atom. Every major qubit modality and the companies building them, clearly mapped.
09
Real-World Applications
Drug discovery, logistics, materials science, finance, cryptography. Where quantum advantage is closest and which timelines are realistic.
10
Quantum Algorithms
Shor's, Grover's, QAOA, VQE and beyond. What quantum algorithms actually do and which problems they're designed to solve.
11
Qubit Reuse, FPGA & CUDA-Q
The latest breakthroughs reshaping the field, from qubit reuse techniques to FPGA control systems and NVIDIA's CUDA-Q platform.
12
Quantum Beyond Computing
Sensing, communications, networking, and quantum key distribution. The bigger quantum ecosystem and what's ready now.
Your Hosts

The minds behind the mic

Two practitioners bridging technical depth and commercial strategy across quantum and Web3.

Sam Kamani
Sam Kamani
Co-Host & Serial Entrepreneur

Sam is an Amazon best-selling author, serial founder with 2x successful exits, investor, and veteran podcaster with hundreds of published episodes exploring Web3, AI, and emerging technology. He brings a sharp commercial lens to every conversation, bridging cutting-edge science with real-world business impact. Sam's track record of spotting transformative technologies early makes him an ideal guide for anyone navigating the quantum landscape.

Best-Selling Author2x ExitsInvestorWeb3AI300+ Episodes
Ian Smith
Ian Smith
Co-Host & Founder, Quantum EVM

Ian is a serial entrepreneur and seasoned technologist with 25+ years of development experience spanning blockchain, cryptography, cloud microservices, and AI. As founder, CEO and CTO of Quantum EVM, he is building post-quantum security infrastructure for Web3. He has worked with NASA, Oracle, VISA, and Boeing, and codes in 25+ programming languages. Ian brings rare first-principles depth and a gift for making complex quantum concepts genuinely understandable.

Quantum EVMCryptographyBlockchainPost-Quantum Security25+ Years Dev
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Want to be a guest, partner with us, or just say hello? We'd love to hear from you.