technology
Hosted by Podily · technology · EN
The Quantum Computing Revolution Podcast explores the rapidly evolving world of quantum computing, qubits, quantum algorithms, quantum processors, cryptography, artificial intelligence, physics, and the technologies that could reshape the future of computing. Each episode examines how quantum computers work, why they are fundamentally different from classical machines, and how researchers, startups, universities, governments, and major technology companies are racing to build practical quantum systems. The podcast covers quantum bits, superposition, entanglement, interference, quantum gates, quantum circuits, error correction, quantum annealing, fault-tolerant computing, quantum supremacy, quantum advantage, quantum simulation, and the major hardware approaches being developed around the world. Episodes explore superconducting qubits, trapped ions, photonic quantum computers, neutral atoms, silicon spin qubits, topological approaches, cryogenic systems, control electronics, q
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Contact path
Public web form
Booking probability
36%
Guest openness
Selective
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Signup to Generate a PitchThe Quantum Computing Revolution Podcast explores the rapidly evolving world of quantum computing, qubits, quantum algorithms, quantum processors, cryptography, artificial intelligence, physics, and the technologies that could reshape the future of computing.
The Quantum Computing Revolution Podcast: Qubits, Quantum Algorithms, Quantum Computers, Cryptography, AI, Physics, and the Future of Computing is hosted by Podily. The show has published 308 episodes to date.
Recent episodes include "Shor’s Algorithm and the Cryptographic Threat Ahead" (9 September 2026, 14 minutes), "Scaling to 100 000 Logical Qubits: The Physics and Economics Behind a New Quantum Supercomputer" (9 September 2026, 10 minutes), and "Harvest Now, Decrypt Later: The Real Threat of Quantum Cryptanalysis" (9 September 2026, 15 minutes).
The Quantum Computing Revolution Podcast: Qubits, Quantum Algorithms, Quantum Computers, Cryptography, AI, Physics, and the Future of Computing publishes roughly daily, with episodes averaging 15 minutes across 308 episodes.
Booking probability for The Quantum Computing Revolution Podcast: Qubits, Quantum Algorithms, Quantum Computers, Cryptography, AI, Physics, and the Future of Computing is 36%, and the host is rated Selective on guests. The Quantum Computing Revolution Podcast: Qubits, Quantum Algorithms, Quantum Computers, Cryptography, AI, Physics, and the Future of Computing requires a Pod Score of 80 or higher. The Quantum Computing Revolution Podcast: Qubits, Quantum Algorithms, Quantum Computers, Cryptography, AI, Physics, and the Future of Computing's contact route on record: public web form.
The strongest fits for The Quantum Computing Revolution Podcast: Qubits, Quantum Algorithms, Quantum Computers, Cryptography, AI, Physics, and the Future of Computing are Scientific Research & Development and IT Services & Software Development. The Quantum Computing Revolution Podcast: Qubits, Quantum Algorithms, Quantum Computers, Cryptography, AI, Physics, and the Future of Computing has a technology audience.
Podily hosts The Quantum Computing Revolution Podcast: Qubits, Quantum Algorithms, Quantum Computers, Cryptography, AI, Physics, and the Future of Computing, a technology podcast with 308 episodes published.
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Episode #308
This episode unpacks Peter Shor’s polynomial‑time factorization algorithm, tracing how it turns modular arithmetic into a period‑finding problem solved by quantum superposition and interference. We examine the practical...
Episode #307
This episode dissects what it takes to build a fault‑tolerant system with one hundred thousand logical qubits, covering the massive physical‑qubit overhead, cryogenic and control infrastructure, algorithmic gains in...
Episode #306
This episode explores how attackers can now store encrypted data and decrypt it later with quantum computers, turning future cryptographic threats into an immediate risk. We unpack Shor’s algorithm, the logical‑qubit...
Episode #305
This episode dives into how microscopic surface defects, oxide layers, and isotopic purity directly affect qubit coherence and gate fidelity in superconducting and spin‑based devices. It traces the journey from improved...
Episode #304
This episode digs into the economics of quantum cloud services, showing how logical qubit usage, magic‑state distillation overheads, and queue policies shape the price of a one‑minute fault‑tolerant run. It breaks down...
Episode #303
This episode digs into the hidden costs of building a single reliable quantum logical qubit, examining how cryogenic infrastructure, error‑correction overhead, and hardware choice drive the economics that will decide...
Episode #302
In this episode we dissect the contrasting worlds of classical supercomputers and emerging quantum accelerators, exploring the physics that underpins each, how their hardware architectures differ, and why hybrid...
Episode #301
This episode dives into how next‑generation data centers blend classical CPUs, GPUs and AI chips with superconducting qubit processors, photonic interconnects and quantum networking to create a truly heterogeneous...
Episode #300
In this episode we break down the core physics and computer science that enable quantum computation—from the nature of a qubit and its superposed state to how entanglement and interference create useful algorithmic...
Episode #299
This episode investigates whether state actors can covertly develop and deploy large‑scale quantum computers, examining the technical, logistical, and geopolitical hurdles—cryogenics, qubit fabrication, error correction...
Episode #298
Tony explores the practical world of quantum co-design, explaining how algorithm creators and hardware engineers need to collaborate from the outset. He examines how connectivity, gate times, and noise profiles in...
Episode #297
This episode maps the worldwide race to build quantum computers, contrasting superconducting, photonic, trapped‑ion and other platforms while looking at talent pipelines, funding models, supply chains, standards and...
Episode #296
This episode dives into the challenge of proving that a noisy quantum computer truly outperforms classical machines when no classical replica can perform the same task. We walk through statistical tools like...
Episode #295
This episode explores whether today's noisy intermediate‑scale quantum devices can help design their next generation, from simulating new qubit materials and optimizing control pulses to feeding data back into hardware...
Episode #294
In this episode we break down the practical tools that let us push today’s noisy quantum devices closer to useful results—zero‑noise extrapolation, probabilistic error cancellation, measurement calibration, symmetry...
Episode #293
In this episode we dissect quantum machine learning in the context of classical deep‑learning workloads, looking closely at algorithmic promises like kernel tricks and variational circuits against practical hardware...
Episode #292
This episode dissects how future quantum computers threaten public‑key infrastructure by enabling a harvest‑now, decrypt‑later strategy. We break down the physics of Shor’s algorithm, explore the role of post‑quantum...
Episode #291
Exploring the significance of achieving one thousand fault‑tolerant logical qubits and how this milestone reshapes quantum algorithms, chemical simulations, cryptographic threats, and industrial optimization. The...
Episode #290
In this episode we dissect how the semiconductor industry’s advanced CMOS processes are being repurposed to produce silicon spin qubits, the challenges of cryogenic packaging and control, the economics of...
Episode #289
We explore how quantum optimization, especially QUBO formulations and hybrid quantum‑classical loops, is being applied to missile defense logistics and national security. The episode examines hardware constraints...
Recent guests on The Quantum Computing Revolution Podcast: Qubits, Quantum Algorithms, Quantum Computers, Cryptography, AI, Physics, and the Future of Computing. Study who booked and why before you pitch.
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