Join us for a deep dive into room-temperature quantum computing with Marcus Doherty, Co-Founder & Chief Science Officer of Quantum Brilliance, as he unpacks how synthetic diamonds and NV centers are moving quantum from the lab to real-world deployment.

💎 Diamonds at Room Temperature What makes nitrogen-vacancy centers in diamond a compelling platform—and how room-temp operation reshapes reliability, footprint, and cost.

🧱 From Lab to Field How Quantum Brilliance is targeting GPU-sized quantum accelerators, what “rack-mount ready” really means, and the trade-offs between cloud access and embedded edge deployments.

🧪 Real-World Applications Where diamond systems are gaining traction first: optimization, ML acceleration, and especially quantum sensing—a vast, underexplored frontier.

📈 Economics & Scale Why room-temperature hardware changes the business model for quantum computing, and what it will take—materials, manufacturing, and partnerships—to scale to thousands of devices.

🤝 Partnerships & Ecosystem How collaborations across defense, aerospace, and research drive early deployments—and why a global perspective (and talent pipeline) is essential.

⏱️ Myths, Timelines, and What’s Next Common misconceptions about quantum hardware timelines, overlooked hybrid sensing opportunities, and how the path to practical impact may arrive sooner than many expect.

🎙️ Engaging discussions on:

• NV centers in diamond and the path to room-temp stability

• Scaling strategies and manufacturing hurdles for diamond chips

• Edge vs. cloud deployment models and economics

• Quantum sensing as a near-term breakout use case

• Talent, training, and building cross-disciplinary teams

• Partnerships that accelerate real-world adoption

Guest: Marcus Doherty, Co-Founder & CSO, Quantum Brilliance Hosts: Anastasia Marchenkova, Dr. Gavin Brennen

Learn more about Quantum Brilliance: https://quantumbrilliance.com/

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💬 Found this episode insightful? Drop your questions or takeaways in the comments and join the conversation.

Join us for a deep dive into the future of quantum computing with Dr. Paul Terry, CEO of Photonic, as he shares his journey from high-performance computing to building scalable, entanglement-driven quantum systems using silicon spin qubits and photonics.

💡 From HPC to Quantum Computing Discover how Dr. Terry’s experience in networking and high-performance computing led him to pursue quantum computing—and why silicon spin qubits and telecom photons are at the heart of Photonic’s architecture.

🔗 Entanglement and Modularity Explore how Photonic leverages entanglement to scale quantum systems, and why modularity—while challenging—is essential to unlocking the full potential of quantum networks and devices.

🧪 Real-World Quantum Applications Learn why chemistry, cryptography, and secure communications are among the first industries expected to benefit from quantum computing breakthroughs.

⏱️ Debunking Quantum Timelines Dr. Terry tackles some of the common misconceptions about quantum computing timelines and explains why practical implementations might arrive sooner than many think.

🎙️ Engaging Discussions On:

• The integration of silicon spin qubits and photonics

• Importance of entanglement in scaling quantum systems

• Challenges of modular quantum architectures

• Coexistence of high-performance and quantum computing

• Applications in chemistry, cryptography, and national security

• Post-quantum cryptography and government readiness

• Accelerating quantum computing timelines

Guest: Dr. Paul Terry, CEO of Photonic Hosts: Anastasia Marchenkova, Dr. Gavin Brennen

🔔 Don’t forget to subscribe and tap the bell icon to stay updated on new episodes of The Quantum State — where cutting-edge quantum technology meets real-world innovation.

💬 Found this episode insightful? Leave your questions or takeaways in the comments to join the conversation.

Join us for an insightful conversation with the founders of Radical Semiconductor, Sean Hackett, Zach Belateche, Anne Reinders, and Kat Fox, as they explore their journey from Stanford University to pioneering cryptographic hardware designed to address the critical challenges of post-quantum computing and security.

🔐 Cutting-Edge Cryptographic Hardware and AI Chip Design

 Discover how Radical Semiconductor integrates AI chip design and advanced cryptography, focusing on innovative processing-in-memory solutions crucial for tackling complex security threats.

🛡️ Securing the Semiconductor Supply Chain

 Learn about Radical Semiconductor’s groundbreaking anti-counterfeit solutions aimed at protecting the semiconductor supply chain from threats like counterfeiting and tampering.

🤝 BTQ's Strategic Acquisition of

Explore how Radical's advanced cryptographic hardware strengthens BTQ's offerings and enhances crypto agility, allowing seamless adaptation to evolving cryptographic standards.

🚗 Automotive Industry and Quantum-Safe Chips

 Understand why the automotive industry is proactively adopting quantum-safe chips and explore expert predictions for widespread adoption of post-quantum cryptography (PQC).

⚙️ Challenges and Opportunities in PQC Transition

 Discover the broader landscape of transitioning to post-quantum cryptography, identifying key challenges, opportunities, and strategies for navigating this critical shift in digital security.

🎙️ Engaging Discussions on:

• Innovative solutions for semiconductor supply chain security

• The integration of cryptographic hardware into BTQ’s product line

• Predictions and industry preparedness for mainstream PQC adoption

Guests: Anne Reinders, Sean Hackett, Zach Belateche, Kat Fox

Hosts: Anastasia Marchenkova, Gavin Brennen

🔔 Stay Updated: Subscribe and hit the bell icon to catch future episodes of The Quantum State podcast, where quantum technology meets real-world innovation.

💬 Found this podcast valuable? Share your thoughts and questions in the comments to join the conversation on cryptography, quantum computing, and semiconductor security!

🔐 **Exploring Quantum Threats to Blockchain: A Deep Dive with Or Sattath and Bolton Bailey** 🚀

Join us for a fascinating conversation with researchers Or Sattath and Bolton Bailey as they unpack the intricate relationship between quantum computing and blockchain technology. This episode delves deep into the vulnerabilities of blockchain to quantum attacks and the revolutionary changes that quantum computers could bring to this technology.

🌌 **Quantum Intricacies: Digital Signatures and Proof of Work Under Threat**   Learn about how quantum computers could disrupt blockchain systems through advanced cryptographic attacks, such as the notorious 51% attack, by exploiting the weaknesses in digital signatures and proof of work mechanisms.

🛡️ **Mitigating Quantum Risks: The Role of Post-Quantum Digital Signatures**   Discover the crucial role of post-quantum digital signatures as a defense strategy and the importance of transitioning to quantum-resistant cryptographic methods to safeguard blockchain from potential quantum threats.

🔍 **Quantum Miners vs. Classical Miners: A New Challenge for Blockchain**   Understand the distinct behavior of quantum miners compared to classical miners, the necessity for protocol modifications to prevent forks, and ensure the stability and security of blockchain networks in the quantum era.

⚙️ **Complexity of Quantum Attacks and the Quantum Canary**   Or Sattath and Bolton Bailey explore the complexity of potential quantum attacks on blockchain, discussing the factors like quantum hash power and the performance of quantum computers. They also highlight the importance of a quantum canary as an early warning system against quantum threats.

🎙️ **Engaging Discussions on:** - The lack of awareness and interest within the blockchain community about quantum vulnerabilities. - Financial motivations behind quantum attacks, such as market manipulation strategies like shorting Bitcoin. - The challenges regulators face in keeping up with the rapid advancements in quantum technology.

🕰️ **Chapters:** - 00:00 Introduction and Background - 07:03 Blockchains and Quantum Computers - 16:09 The 51% Attack via Difficulty Increase - 38:12 Vulnerabilities of Blockchain to Quantum Computing - 45:41 Playing with Timestamps in Quantum Attacks - 56:40 Legal and Financial Implications of Quantum Attacks - 01:04:37 The Importance of a Quantum Canary

🔔 **Stay Updated:** Hit the subscribe button and ring the bell to catch more insightful episodes on The Quantum State podcast, where we dive into the intersections of quantum technologies and blockchain. Get ahead of the curve in understanding how quantum advancements will shape the future of digital security and technology.

💬 **Did you find this podcast useful?** Share your thoughts and questions in the comments below to join the conversation on quantum computing's impact on blockchain technology!

👉 For more episodes and updates, check out https://www.youtube.com/thequantumstate

Keywords: #QuantumComputing #BlockchainTechnology #DigitalSecurity #QuantumThreats #Cryptocurrency

In this engaging episode, Scott Genin, VP of Materials Discovery at OTI Lumionics, delves into the transformative impact of quantum computing on material science. Scott shares insights into how quantum simulations are revolutionizing the accuracy of quantum chemistry calculations and facilitating the design of intricate materials. He discusses the specific challenges in developing materials for advanced applications like OLEDs and automotive displays, and how OTI Lumionics leverages quantum-inspired methods to overcome these hurdles.

🔬 Quantum Simulations: Discover the pivotal role of quantum simulations in enhancing the accuracy of quantum chemistry calculations, enabling the creation of complex materials with unparalleled precision.

🚗 Material Challenges for OLEDs and Automotive Displays: Explore the specific challenges in designing materials for cutting-edge applications, including the need for exceptional accuracy, reliability, and rigorous testing protocols.

🌐 OTI Lumionics' Quantum Approach: Learn about the quantum-inspired solutions and algorithms that OTI Lumionics employs to expedite the material discovery process, addressing key industry challenges.

🔋 Impact on Electronics and Automotive: Delve into the transformative effect of computational materials design on the next generation of consumer electronics and automotive applications, driving innovation in display technologies.

🎛 Adoption Across Industries: Uncover the factors driving the adoption of quantum computing across different sectors, emphasizing the synergy with legacy systems and the quest for accelerated material validation.

💡 Future Trends in Display Technology: Get insights into potential industry shifts, including the optimization of OLEDs for blue color and longevity, and the advent of transparent and heads-up displays in automotive.

🚀 Quantum Hardware for Chemistry: Discuss the promising types of quantum hardware for quantum chemistry applications, including programmable bosonic modes and stable qubits.

🤝 Collaboration and Training: Highlight the importance of aligning academic research with industry needs, the essential training for scientists in quantum technologies, and the potential of collaborations with firms like Nord Quantique to advance materials discovery.

https://www.linkedin.com/in/scott-genin-943a9118

https://otilumionics.com/

🎧 Stay Updated: Dive deeper into the intertwining worlds of quantum technologies and blockchain by subscribing and hitting the notification bell for more insightful episodes of The Quantum State.

In this episode of The Quantum State, we dive deep into the nexus of quantum computing and blockchain technology, unraveling the complexities and future directions in this dynamic field. Host Anastasia Marchenkova, alongside co-host Dr. Peter Rohde, engages with guest expert Dr. Sushmita Ruj to explore the evolving landscape shaped by quantum advancements and cryptographic challenges.

🔗 Discussion Points:

The Quantum Threat to Cryptography:

Quantum Computing's Impact: Analyzing how the advent of quantum computing poses a significant threat to traditional cryptographic methods and the urgent need for post-quantum solutions. 🌐

Advancing Towards Quantum-Resistant Blockchains:

Blockchain Integration: Delving into the integration of cryptography within blockchain technology and the pathways to achieving quantum resistance. 🔑

Challenges and Migration: Discussing the challenges faced in migrating blockchains to post-quantum cryptography and the potential solutions. 🛡️

Collaborative Efforts in Quantum and Cryptography:

Interdisciplinary Collaboration: Highlighting the importance of collaboration between quantum scientists and cryptographers to develop secure, future-proof systems. 💰

Educational Outreach: Addressing the need for increased education and awareness in bridging the gap between quantum computing and cryptography communities. 🖥️

Looking Ahead: The Future of Quantum-Resistant Technologies:

Hybrid Cryptography: Exploring the role and effectiveness of hybrid cryptography systems as a transitional solution towards complete quantum resistance. 🔑

Innovative Solutions and Standardization: Examining the latest advancements in post-quantum cryptography and the importance of standardizing these solutions for global security. ⚠️

Predictions for the Near Future:

Post-Quantum Landscape: Speculating on the future developments in post-quantum cryptography, the migration of blockchain technologies, and the overarching impact on digital security. 🌐

Join us in this enlightening discussion with Dr. Sushmita Ruj as we navigate the critical junction of quantum computing, cryptography, and blockchain technology, shedding light on the challenges, solutions, and future prospects. ✨

Dr. Sushmita Ruj on Linkedin: https://www.linkedin.com/in/sushmitaruj/

https://www.unsw.edu.au/

In this episode, Yuval Boger, CMO of QuEra, delves into the innovative realm of neutral atom platforms in quantum computing. He sheds light on how these platforms facilitate quantum operations, the remarkable ability to rearrange qubits, and achieve unprecedented all-to-all connectivity. The significant milestones reached by QuEra, such as the large number of logical qubits, underscore the strides made in error correction and the blueprint for future enhancements.

🔬 Neutral Atom Platforms: Discover the unique benefits of neutral atom platforms in quantum computing, such as enhanced qubit mobility and comprehensive connectivity. Understand how these advantages contribute to the field's progress.

📊 QuEra's Quantum Leap: Learn about QuEra's achievements in scaling logical qubits and their roadmap toward transforming quantum computing's landscape, aiming for practical and scalable applications.

🛠️ Overcoming Quantum Challenges: Explore the complex world of error correction and fault tolerance in quantum systems. Gain insights into the innovative solutions and architectures QuEra is developing to navigate these hurdles.

🌍 Quantum Accessibility: Highlighting the partnership with Amazon Bracket, understand how QuEra is democratizing access to quantum computing, allowing global users to perform simulations and develop hybrid algorithms.

🏭 On-Site Quantum Solutions: Discuss the growing interest in on-premise quantum computing solutions among businesses and governments, emphasizing control, integration, and data security.

🧮 Quantum Applications: Delve into the practical applications of quantum computing in algorithm optimization, molecular simulations, problem-solving, and machine learning.

📏 Benchmarking Quantum Performance: Understand the importance of application-specific benchmarking in identifying the optimal quantum computing solutions for various problems.

🌱 Sustainable Quantum Computing: Discover the energy efficiency of QuEra's atomic platform and how it represents a sustainable alternative to traditional supercomputing resources.

🚀 The Quantum Horizon: Envision the future milestones in quantum computing that QuEra is targeting, including the expansion of quantum operations to unlock new algorithmic possibilities.

🎙️ Fostering Quantum Understanding: Learn about the role of platforms like The Superposition Guy podcast in spreading knowledge, fostering community, and supporting business development within the quantum field.

🗣️ Clarifying Quantum Concepts: Address the critical need for clear communication and education to overcome miscommunication and misunderstandings in quantum computing.

Join us for a comprehensive discussion with Yuval Boger on QuEra's vision, the advancements in neutral atom quantum computing, and the future of the quantum landscape. Stay informed about the quantum revolution by subscribing and engaging with the Quantum State community.

QuEra's website: https://www.quera.com/

Yuval Boger on Linkedin: https://www.linkedin.com/in/yuvalboger/

#QuantumComputing #QuEra #NeutralAtomPlatforms #QuantumErrorCorrection #AmazonBracket #QuantumInnovations #QuantumFuture

In this episode, Théau Peronnin, CEO and co-founder of Alice and Bob, discusses the development of universal fault-tolerant quantum computers using cat qubits. He explains the importance of Shor's algorithm and its implications for breaking encryption. Theo also highlights the challenges of quantum error correction and the advancements in cat qubits that enable error reduction. He discusses the recent paper on computing 256-bit elliptic curve logarithm and the future roadmap for Alice and Bob. Additionally, he shares insights on the next big breakthrough in quantum computing and offers advice for those starting their quantum journey.

🐱 Alice and Bob's Vision: Uncover the mission of Alice and Bob in creating a universal fault-tolerant quantum computer using the novel cat qubits technology. Learn how this approach stands to revolutionize quantum computing.

🔐 Breaking Encryption: Explore the significant role of Shor's algorithm in quantum computing, and its potential to disrupt current encryption standards. Understand the balance between quantum advancement and digital security.

🔄 Quantum Error Correction: Gain insights into the complexities of quantum error correction. Discover how advancements in cat qubits are paving the way for more stable and error-resistant quantum computing environments.

 📈 Deep Circuits and Speedup: Delve into the necessity of deep circuits in achieving super-polynomial speedup in quantum computing. Understand the technical nuances and challenges that lie ahead in this exciting field.

🧬 Cat Qubits Innovation: Explore the cutting-edge development in cat qubits - a new type of superconducting qubit that autonomously corrects errors. Learn how this innovation is a game-changer in quantum computing.

🚀 Scaling Quantum Computers: Discuss the advancements in error correction and LDPC codes, crucial for scaling quantum computers to new heights. Understand the technical breakthroughs making this possible.

🔮 The Future of Quantum Computing: Hear Théau Peronnin's vision on the commercial viability of quantum computers and their potential to solve real-world problems within the next decade.

Don't miss this insightful exploration into the future of quantum computing and the incredible work of Alice and Bob.

Like, subscribe, and join the Quantum State community to stay updated on the quantum revolution.

https://alice-bob.com/

https://twitter.com/PeronninTheau

Read the full papers here: 📗 Autoparametric resonance extending the bit-flip time of a cat qubit up to 0.3 s: http://bit.ly/3pNO76t

📙 Quantum control of a cat-qubit with bit-flip times exceeding ten seconds: http://bit.ly/46Xux8d

In this captivating episode of Quantum State, join host Anastasia Marchenkova alongside co-hosts Peter Rohde and Gavin Brennan, as they dive deep into the quantum realm with a special guest, Chris Tam, Head of Partnerships at BTQ. Uncover the cutting-edge strategies and innovations driving BTQ's mission to secure mission-critical networks against the looming quantum threat.

🔒 BTQ Overview: Delve into BTQ's mission and its strategic positioning at the intersection of quantum technology and digital security. Discover how BTQ addresses high-impact problems and shapes the future of digital assets, Web 3, and CBDCs.

🛡️ BTQ's PQC Solutions: Explore BTQ's robust product suite, including PQScale, QCIM, Keelung, and Kenting, and learn how they are bolstering digital infrastructure against quantum vulnerabilities. Gain insights into the pioneering work behind Preon & NIST Standardization and the significance of BTQ's Open Source project, Keelung.

🌐 Strategic Milestones & Partnerships: Journey through BTQ's significant milestones and its trajectory of growth and innovation in the quantum sector. Understand the profound impact of BTQ's partnership with Hon Hai Research Institute and how it's shaping sophisticated R&D in the quantum space.

💻 Challenges & Breakthroughs: Address the existential quantum threat to current encryption standards and how initiatives like NIST are driving the global quest for quantum-safe solutions. Get an expert take on lattice-based cryptography and its role in combating the tradeoffs in size and speed of PQC algorithms.

🤝 Collaboration & Investment Dynamics: Emphasize the importance of global collaboration and the surge in quantum tech startup investments. Learn about BTQ's approach to assisting businesses in transitioning to quantum-safe standards through specialized services and risk assessments.

🔭 A Glimpse into the Future: Envision how BTQ's innovative solutions are setting the stage for digital security in the quantum age. Discover BTQ's predictions for the evolution of PQC standards and its pivotal role in crafting a quantum-resistant future.

📣 Call to Action: Understand the imperative for businesses to embrace PQC and how BTQ is facilitating this transition. Dream of a world where robust PQC underpins our digital lives seamlessly, courtesy of BTQ's relentless pursuit of quantum-safe solutions.

Don't miss this deep dive into the future of quantum technology and digital security. Like, subscribe, and share to stay at the forefront of the quantum revolution with Quantum State.

#QuantumComputing #PQC #DigitalSecurity #BTQ #QuantumState #QuantumInnovations #PostQuantumCryptography

In this episode of The Quantum State, we're wrapping up the year 2023 and making bold predictions for what 2024 holds in the realm of quantum technology. Host Anastasia Marchenkova, joined by quantum experts Dr. Peter Rhode and Dr. Gavin Brennan, guides us through the latest developments and future prospects in quantum computing.

🔗 Discussion Points:

Quantum Computing in 2023: A Quiet Year with Surprises:

Reflecting on 2023: Our hosts discuss the year's developments in quantum tech, overshadowed by AI but not without its surprises. 🌐

Increasing Qubit Counts and Error Correction:

Qubit Milestones: The recent announcements of 1000 qubit systems by Atom Computing and IBM, and what this means for quantum computing. 🔑

Error Correction Evolution: Exploring advancements in logical qubits, particularly QuEra's 48 logical qubit breakthrough. 🛡️

Quantum Computing and Cryptocurrencies:

Ethereum's Quantum Resistance Roadmap: Discussing Ethereum's approach to quantum-safe cryptography and the challenges for other cryptocurrencies. 💰

The Hybrid Approach in Security: The movement towards hybrid systems in platforms like Signal, Chrome, and SSH. Is this the future for cryptocurrencies too? 🖥️

The RSA-2048 Controversy:

Claimed Cracking of RSA-2048: Addressing the sensational claim and its implications. 🔑

Corporate Engagement in Quantum Technology: Quantum in the Corporate World: Discussing how companies like Moderna, Foxconn, JPMorgan, and others are integrating quantum computing. ⚠️

 General Predictions for 2024:

Quantum Forecast: Speculating on qubit development, potential real-world problem solving, and the investment landscape in quantum technology. 🌐

Join us next time for more explorations into the quantum computing universe with top field specialists!

 🎧 Stay Updated: To delve deeper into the world of quantum technologies and The Quantum State, subscribe and hit the notification bell for insightful future episodes.