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Dream about the future of quantum computers

The greatest accomplishments for humanity lie ahead. It's very possible those discoveries will be powered by quantum computing.

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Space & Time
Quantum entanglement and new worlds all unknown but yet to be explored. Illustrated by ChatGPT-4o

Emerging and future use-cases

Computational Chemistry & Biology

Design better drugs and materials

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Cryptography

The immense power of quantum computers could break traditional encryption, making the race for quantum-safe security urgent.

Alternative material & energy research

From artificial photosynthesis to converting CO2 to methanol, the possibilities in research are endless. 

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Finance & Banking

Quantum computers could revolutionize finance and banking by optimizing portfolios, detecting fraud, and transforming risk analysis, making their adoption a race for competitive advantage.

Supply Chain & Logistics

A revolution of supply chain and logistics by solving complex optimization problems in real time, enabling faster, more efficient global operations.

Quantum Communication

Transform communication with unbreakable encryption and ultra-secure quantum networks, redefining how information is transmitted and protected.

Quantum Internet

The quantum internet will revolutionize connectivity with ultra-secure, instantaneous communication powered by entangled particles, redefining the very fabric of digital interactions.

The unknown

The truth and reality is we don't know both of the potential and harm of this new quantum reality. It's our responsibility to educate and inform ourselves. 

“Mother nature is a quantum computer” – Michio Kaku

Quantum Computers are infinitely more powerful than our current machines.  This power could open up the possiblities of the universe.

“Complex problems that currently take the most powerful supercomputer several years could potentially be solved in seconds.”

Charlie Campbell

We are drawn to simplicity but the Universe is complex. 

Comparing a classical computer to a quantum super computer is like comparing a bicycle to a space ship. 

Multi-domain impact

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Hardware

Advancements in qubit technologies will make quantum processors faster, more stable, and scalable for real-world applications.

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SOFTWARE

Quantum algorithms will unlock breakthroughs in optimization, AI, and cryptography, driving demand across industries.

CLOUD

Cloud: Platforms like AWS, Azure, and Google Cloud will democratize access to quantum computing, fueling widespread adoption and growth.

These curated videos will take you on a journey into the quantum realm, where the impossible becomes possible. Explore the science that powers our world and glimpse the dreams shaping our future. Dive in, and let your imagination run free. 

 

Quantum Computers Aren’t What You Think — They’re Cooler | Hartmut Neven | TED
Quantum computers obtain superpowers by tapping into parallel universes, says Hartmut Neven, the founder and lead of Google Quantum AI. He explains how this emerging tech can far surpass traditional computers by relying on quantum physics rather than binary logic, and shares a roadmap to build the ultimate quantum computer.
Decoding the Universe: Quantum | Full Documentary | NOVA | PBS
When we look at the world at the tiniest scales in the subatomic realm, things get weird – very weird. Welcome to the quantum universe, where particles can spin in two directions at once, observing something changes it, and something on one side of the galaxy can instantly affect something on the other, as if the space between them didn’t exist.
The Race to Harness Quantum Computing's Mind-Bending Power | The Future With Hannah Fry
With the promise of unimaginable computing power, a global race for quantum supremacy is raging. Who will be first to harness this new technological force, and what will they do with it?

Let's keep the conversation going on YouTube!

What a week for quantum stocks. In today’s episode, I break down the full weekly performance across the quantum market, including Xanadu, IonQ, D-Wave, Rigetti, Quantum Computing Inc., Infleqtion, and post-quantum cybersecurity names like SEALSQ and Quantum eMotion. We look at just how strong the short-term move has been, with several quantum names massively outperforming the broader market over the past week. I also cover the macro backdrop, including renewed tension around Iran and the Strait of Hormuz, and why that could become a downside catalyst even after this powerful rally. Then we dig into a few company-specific stories. I talk through what may have driven Xanadu’s explosive move, including float dynamics, photonics enthusiasm, and capital market speculation. I also look at Alice & Bob’s hiring growth as a signal for private market momentum, and explain why job openings, investment trends, and sector expansion still matter for public market investors. In the second half, I go through charts and technical analysis for Infleqtion, Xanadu, D-Wave, IonQ, Quantum eMotion, and SEALSQ, including the levels I’m watching, where I think support and resistance may develop, and how I’m personally thinking about profits, volatility, and long-term conviction. Visit thequantumbull.com for more quantum investing content and historical rankings. Subscribe for daily coverage of quantum computing, quantum stocks, AI, and emerging technology. Timestamps 00:00 – Weekly quantum stock recap from Hawaii 00:53 – One-week performance across the quantum sector 02:16 – Why Nvidia Ising helped ignite the rally 04:24 – Iran, the Strait of Hormuz, and macro risk 05:14 – Infleqtion price action and sector commentary 06:17 – Why Xanadu moved so violently 08:07 – Alice & Bob growth and private market signals 10:40 – Infleqtion chart analysis and price scenarios 14:25 – Xanadu chart, profit-taking, and downside risk 18:11 – D-Wave, IonQ, QNC, and SEALSQ technicals
Quantum Stocks Outperformed the Market This Week | Here’s Why
Aloha from Kauai. In today’s episode, I break down another wild day in the quantum stock market, with Xanadu Quantum leading the way after an unbelievable move that briefly pushed the stock up more than 80%. We look at the broader quantum rally, including IonQ, D-Wave, Rigetti, Quantum Computing Inc., and Horizon Quantum, while also checking in on the post-quantum cybersecurity names. I also walk through the macro backdrop, including the Nasdaq hitting a record, the Fear and Greed Index moving into greed, the collapse in the VIX, and why sentiment may be shifting back toward risk assets. Then we zero in on Xanadu. I go through key takeaways from my previous interview with the CEO, what makes photonic quantum computing so compelling, why PennyLane matters, the company’s 2029 target for 500 logical qubits, and the possible reasons behind this dramatic move. That includes Nvidia’s Ising catalyst, rising interest in photonics, and the possibility that investors are anticipating major support from the Canadian government. I also share my honest view on whether this move is sustainable, why I took some short-term profits in one account, and why chasing parabolic price action can be dangerous even when the long-term story is exciting. Visit thequantumbull.com for more quantum investing content and historical rankings. Subscribe for daily coverage of quantum computing, quantum stocks, AI, and emerging technology.
Xanadu Stock Explodes 70% | Quantum Markets Continue Recovery
Today is World Quantum Day, and the quantum market came alive in a big way. In this episode, I break down the major surge across quantum computing and post-quantum cybersecurity stocks, including IonQ, D-Wave, Rigetti, Infleqtion, and Xanadu. The biggest catalyst was Nvidia’s launch of Ising, a new family of open AI models designed to help accelerate quantum processor calibration and error correction. That is a major signal that AI and quantum are converging in a real and practical way. We also look at IonQ ringing the closing bell at the New York Stock Exchange, new IonQ milestones in networking and DARPA participation, Infleqtion’s connection to Nvidia Ising, and why I continue to hold quantum stocks with a long-term time horizon into 2028 and 2029. I also touch on Google’s World Quantum Day nod, recent momentum in post-quantum cybersecurity, and why days like this matter after months of drawdown across the sector. At the end, I share a few underwater iPhone photos from Kauai. Visit thequantumbull.com for more quantum investing content and historical rankings. Subscribe for daily coverage of quantum computing, quantum stocks, AI, and emerging technology. Timestamps 00:00 – World Quantum Day from Kauai 00:26 – Quantum stocks surge across the market 01:32 – Xanadu, IonQ, D-Wave, Rigetti, Infleqtion move higher 04:10 – Post-quantum cybersecurity watchlist wakes up 04:27 – Google celebrates World Quantum Day 05:11 – Nvidia Ising becomes the day’s biggest catalyst 07:01 – Why AI and quantum are converging now 11:16 – IQM and Infleqtion adopt Nvidia Ising tools 13:08 – IonQ’s major announcements and momentum shift 15:23 – Why I’m still holding quantum stocks long term
World Quantum Day Surge: Nvidia Ising Announced, IonQ at NYSE, and Quantum Stocks Explode
NFQ Earnings + The Neutral Atom Story In today’s episode, I break down INFQ’s latest earnings and guidance, while also stepping back to look at the bigger picture around neutral atom quantum computing. We cover: • Google Quantum AI expanding into neutral atom research • Oratomic claiming a path to a fully realized system with just 10,000–20,000 qubits • Why those headlines are a major validation of Infleqtion’s neutral atom approach • INFQ’s 2026 revenue guidance of $40M after reporting $32.5M in 2025 • Improved operations, with loss from operations moving from roughly $53M to $35.3M • Why Infleqtion looks more like a credible early commercialization story than pure hype • The company’s exposure to quantum sensing, defense, timing, navigation, and large-scale computing • NASA and space-based sensing implications • Why the long-term opportunity in quantum could be far bigger than what the market is pricing in today Bottom line: this isn’t just an earnings story. It’s a broader story about neutral atom momentum, commercialization, and how Infleqtion may be positioning itself at the center of both quantum sensing and quantum computing. Visit thequantumbull.com for more quantum coverage. 00:00 – Neutral Atom Quantum Has Big Momentum 01:35 – Oratomic’s 10K–20K Qubit Claim 03:21 – INFQ 2026 Revenue Guidance Breakdown 06:06 – Infleqtion HQ Tour, X Posts & Product Quality 09:16 – Quantum Sensing, GPS Denial & Battlefield Relevance 11:26 – Market Size, Long-Term Thesis & INFQ Outlook 15:16 – Final Thoughts on INFQ and Neutral Atom
Infleqtion and The Neutral Atom Surge | INFQ Earnings, Neutral Atom Modality, Outlook
What’s Going On With SEALSQ? Today I’m doing a full deep dive on SEALSQ (LAES) after a ton of requests from the channel and Discord. The stock is down hard, investors are frustrated, and the big question is simple: is this weakness an opportunity, or is there more downside ahead? In this episode I break down: • The core investment narrative for SEALSQ as a post-quantum cybersecurity company • Why LAES is really a derivative bet on quantum hardware succeeding first • The recent dilution and why it upset investors so much • Why market conditions made that raise feel especially painful • Revenue growth, cash position, and why the stock is now trading below cash value • Why some of the recent growth is tied to the Eclipse consolidation • The importance of the Q7001 chip, secure elements, smart card reader chips, and IoT security products • The company’s Nasdaq Global Select Market move and what it means • Why U.S. expansion and more customer wins are critical from here • My honest take on whether LAES is investable right now My view: I still believe in what SEALSQ is trying to build, and I absolutely believe post-quantum cybersecurity will matter. But this is still a high-risk, volatile, execution-heavy story. The dilution hurt trust, the macro backdrop has been brutal for high-beta growth stocks, and management now has to earn investors back. Visit thequantumbull.com for more quantum coverage. 00:00 – Why I’m Covering SEALSQ Today 01:28 – Why SEALSQ Is a Derivative Quantum Bet 05:44 – SEALSQ Products: Q7001, QVault, Secure Elements 10:56 – Chart Review: Why LAES Fell 75% 12:24 – Bull, Bear, and Base Case From Here 14:25 – Final Take: Is LAES Investable Right Now?
What’s Going On With SEALSQ? | LAES Stock Crash Explained
Every few months I update what I call the Quantum 8 — my personal ranking of the eight best quantum stocks available in the market right now. In this episode I walk through the full list, explain why the rankings changed, and break down the technical progress, revenue growth, roadmap strength, and market setup behind each company.  This update includes a new photonics name in Xanadu, a reshuffling of major players like Quantum Emotion, Rigetti, D-Wave, IBM, Google, Infleqtion, and IonQ, and a fresh look at how public market performance lines up with real technical milestones. I also explain why I think software, sensing, photonics, superconducting, neutral atom, and post-quantum security all matter in the bigger picture of the quantum revolution.  Covered in this video: Xanadu joins the Quantum 8 after going public and posting strong revenue growth Quantum Emotion’s quantum randomness and TSM-related progress Rigetti’s 108-qubit system and superconducting outlook D-Wave’s revenue surge, missile defense work, and annealing moat IBM’s march toward fault-tolerant quantum computing Google’s growing quantum ambitions, including neutral atom interest Infleqtion’s commercial traction in sensing, timing, and space IonQ’s acquisitions, roadmap, revenue expansion, and why it takes the top spot  Visit thequantumbull.com/invest to track the historical Quantum 8 rankings and follow along with how the list evolves over time.  00:00 – Intro: What Is the Quantum 8? 01:00 – #8 Xanadu and the Photonics Case 04:24 – #7 Quantum Emotion and True Randomness 08:09 – #6 Rigetti’s 108-Qubit System 12:10 – #5 D-Wave’s Revenue Growth and Annealing Edge 17:42 – #4 IBM and the 2029 Fault-Tolerant Goal 20:45 – #3 Google’s Quantum Push and Neutral Atom Interest 24:28 – #2 Infleqtion’s Commercial Momentum 28:34 – #1 IonQ Takes the Top Spot 33:36 – Final Thoughts on the Quantum 8
The Quantum 8: My Top Quantum Stocks Right Now
Rigetti vs IQM: Superconducting Quantum Showdown In today’s episode, we compare two major superconducting quantum computing players: Rigetti (USA) and IQM (Finland). We break down their technology, financials, roadmaps, and positioning to answer one key question: Who is actually leading in superconducting quantum computing right now? Key topics: • What superconducting quantum computing is and how it works • Strengths: fast gate speeds, scalable manufacturing • Weaknesses: extreme cooling, short coherence times, noise challenges  • Rigetti (RGTI) • Chiplet architecture strategy • 100+ qubit roadmap delays into 2026 • $100M UK expansion + system sales • Strong partnerships (Nvidia, USAF, IBM) • IQM (Private / Europe) • 150-qubit systems and growing • 30+ systems built, 19 sold • ~$35M revenue and $100M+ bookings • Roadmap to 1000+ qubits by early 2030s • Key insight: • IQM may currently lead in scale and commercialization • Rigetti remains a high-upside U.S. proxy tied to the broader ecosystem This is a critical comparison as superconducting remains one of the dominant modalities alongside players like IBM and Google. Visit https://thequantumbull.com for more. 00:00 – Intro: Rigetti vs IQM Comparison 01:06 –What is Superconducting Quantum Computing? 02:30 – Rigetti Overview & Technology Stack 04:04 – Rigetti Delays & 100+ Qubit Roadmap 11:37 – IQM Overview & European Positioning 13:00 – IQM Roadmap: 150 Qubits → 1000+ Qubits 18:16 – Final Comparison: Who’s Leading?
Rigetti vs IQM: Superconducting Showdown | Who Leads in 2026?
Q-Day Timeline Just Got Shorter Today’s episode covers one of the most important shifts in quantum computing history — the rapid acceleration toward “Q-Day,” the moment quantum computers can break modern encryption. Key developments: • Google Quantum AI Paper (March 2026) • Suggests elliptic curve cryptography could be broken with less than 500,000 qubits • Attack timelines measured in minutes, not days • Introduced zero-knowledge proof disclosure instead of revealing full methods • Shrinking Timeline Trend • 2025: ~1,000,000 qubits (Google estimate) • Early 2026: less than 100,000 qubits (new architecture) • Now: ~500,000 qubits for crypto attacks • Clear pattern: more power from fewer qubits • Caltech / John Preskill Breakthrough • New architecture could enable useful quantum computing with 10,000–20,000 qubits • Error correction reduced dramatically (~1000 → ~5 qubits per logical qubit) • Major Implications • Quantum threat to Bitcoin, Ethereum, and global encryption • Governments now coordinating research disclosure • Beginning of a post-quantum cybersecurity transition • Core Thesis The biggest shift is not hardware — it’s algorithmic efficiency + error correction. Quantum computers don’t need millions of qubits anymore. This is a turning point moment for quantum computing, cybersecurity, and global infrastructure. Substack mentioned in the video https://caprioleio.substack.com/p/discounting-bitcoins-value-for-quantum Visit https://thequantumbull.com for more coverage.
Q-Day Is Closer Than Expected | Google, Preskill & Quantum Threat Timeline
Google’s 2029 Quantum Deadline In today’s episode we break down three major developments that signal the growing urgency around quantum computing and post-quantum cryptography. Google has introduced a timeline targeting 2029 for migration toward post-quantum cryptography across its infrastructure. This announcement signals increasing confidence in quantum computing progress and encourages organizations to begin preparing now rather than waiting until the threat becomes immediate.  We also discuss the U.S. State Department’s new Bureau of Emerging Threats, which will address cyber risks, AI security challenges, and potential quantum threats to critical infrastructure.  Finally, Nobel Prize winning physicist John Martinis has been appointed to the President’s Council of Advisors on Science and Technology. His presence adds quantum expertise to a panel that advises the White House on future innovation policy.  Key themes from today’s episode include the growing urgency around post-quantum cryptography, expanding government attention toward quantum security risks, and increasing signals from major tech companies that commercially relevant quantum computers may arrive before the end of the decade.  Even during a difficult market for high-beta technology stocks, developments like these suggest the quantum sector is continuing to gain momentum across research, national security policy, and industry adoption. 
Google Warns: Prepare for Quantum by 2029 | Cybersecurity Implications
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