Quantum Source

--- Could quantum computers truly transform our world? It's a question that fills us with excitement and purpose. We recently had the privilege of sharing our vision with The Quantum Insider. In a thoughtful conversation with editor Matt Swayne, our CEO Oded Melamed discussed our innovative deterministic photon-atom gate architecture. We believe this approach could be a game-changer in developing fault-tolerant, scalable #quantumcomputers. 🖥 The potential applications are both humbling and inspiring. As Oded expressed: "For Quantum Source, bringing quantum into the light means delivering the #computational power of quantum mechanics to users who will provide real-world benefits, from keeping data safe and secure, to searching for medicine to treat harmful diseases to boosting the #economy with stronger, more effective supply chains." We're passionate about the journey ahead. If you're curious to learn more about our approach to building practical, fault-tolerant #photonic quantum computers and explore how this #technology might reshape industries globally, we encourage you to read the full interview. ✍ The road to practical quantum computing is challenging, but we're committed to pushing the boundaries. Together, we might unlock solutions to some of our world's most pressing problems.  Read the full interview here: https://lnkd.in/gP-i2fcv

The dawn of the internet was a time of uncertainty and possibility. Today, we find ourselves at a similar crossroads with quantum computing. While current quantum machines face challenges in scalability and error rates, we're witnessing an exciting shift in the field. By combining the scalability and power of light (photons) with the entanglement advantages of matter-based qubits (atoms), we are proud to have created an industry-first approach to developing fault-tolerant, scalable quantum computers. As we move toward commercially viable, scaleable quantum technology, we are getting closer to solving some of humanity’s most pressing challenges. We can’t wait to show you more in the first video of a dedicated video series highlighting our novel approach: #QuantumComputing #QuantumSource #QuantumResearch #Photonics

--- Scaleable, fault-tolerant photonic quantum computers can bring profound positive change to the world, but they can also present a threat to our security. In light of the recently announced Post-Quantum Cryptography standards by the National Institute of Standards and Technology (NIST), the The White House has released a report indicating that U.S. federal agencies are preparing to transition to quantum-resistant security to safeguard the nation. This shift, projected to cost $7.1 billion over the next decade, underscores the urgency of achieving a future safe from quantum cyberattacks. 💲 The Quantum Insider states, 'Federal agencies must stay vigilant and proactive in securing their information systems against the potential dangers posed by quantum computing.' Scalable and reliable photonic quantum computers can play a key role in building on the #PQC security protocols released, helping to ensure that our communication and transactions remain secure against quantum threats. 🔐 Learn more about Quantum Source’s solutions here: https://lnkd.in/gM-tSBHU #quantum #quantumphotonics #photonics #quantumcomputing

-- Researchers have developed a quantum computing pipeline that enhances drug discovery by boosting efficiency and accuracy. This approach uses advanced simulations and calculations to address drug design challenges and has been validated with anticancer drugs beta-lapachone and sotorasib. 💉 Key collaborators include: ▪ Tencent Quantum Lab ▪ China Pharmaceutical University ▪ AceMapAI Biotechnology Once realised, photonic quantum computing allows for precise molecular modeling and simulation. 🔬 Currently, 90% of drugs fail development, takes over a decade from lab to pharmacy, and cost between $1-2 billion per drug due to lengthy R&D processes. Quantum photonics could significantly reduce drug development time, cost, and effectiveness, enabling researchers to identify promising drug candidates quicker and more reliably while improving the drug design process for improved efficacy. Discover more about our photonic quantum computing hardware here: https://lnkd.in/gM-tSBHU #quantum #quantumphotonics #photonics #quantumcomputing

In his recent TED talk, Hartmut Neven, founder of Google Quantum AI, highlighted the potential of quantum computing and the need for large error-corrected photonic quantum computers to unlock applications in fields such as neuroscience and medicine: "To unlock more applications, you must build a large error-corrected quantum computer," stated Neven. "A quantum computer will be a gift to future generations, giving them a new tool to solve problems that today are unsolvable." Photonic quantum computing leverages the unique properties of photons to perform quantum computations. This approach presents several potential advantages, such as scalable architecture, which is essential for building large-scale, error-corrected, quantum computers, capable of solving complex problems that are unsolvable by today's hardware. Discover more about our photonic quantum computing hardware here: https://lnkd.in/gM-tSBHU #quantum #quantumphotonics #photonics #quantumcomputing

As The Quantum Insider reported in February 2024, Quantum Source is developing new solutions to enhance the efficiency of entangled photonic cluster generation for the scaleability of photonic quantum computing💡 --- ”The company leverages a unique cavity quantum electrodynamics-based technology to significantly enhance the efficiency of entangled photonic cluster generation. This technology “utilizes atoms on a photonic chip to generate single photons and entangle them into clusters.” --- Thank you, The Quantum Insider, for featuring us. 🤝 Find out more: https://lnkd.in/gM-tSBHU #quantum #quantumphotonics #photonics #quantumcomputing

We're #hiring a new Silicon Photonics Engineer in Ness Ziona, Center District. Apply today or share this post with your network.

We're #hiring a new Silicon Photonics Process Engineer in Ness Ziona, Center District. Apply today or share this post with your network.

We're #hiring a new Physicist in Ness Ziona, Center District. Apply today or share this post with your network.