Classiq Technologies

Documentation That Thinks With You Exciting news! We’ve launched the new Classiq documentation experience: same trusted content, now with a cleaner design and smoother, more intuitive navigation. The biggest addition is AI built directly into the docs, allowing users to ask questions, get contextual explanations, and interact with content without leaving the page. Combined with a cleaner interface and improved flow, this turns the documentation into a more dynamic workspace, helping developers spend less time searching and more time building quantum applications. Great work by Alexandre Cesar Ricardo and Lior Gazit. 🔗 Go to docs.classiq.io

Proud moment for Classiq! Our Quantum Error Correction Researcher Gilad Kishony has published a paper with none other than Austin Fowler—and it’s a standout. Introducing a novel approach that reshapes how we think about quantum error correction. Here is all you need to know: Compiling a logical computation for execution via lattice surgery on the surface code is a layered problem rather than a single translation step. The computation must first be mapped to a topological picture, and that picture must then be embedded as a consistent layout in three-dimensional space-time. Only after that can the abstract structure be lowered to the physical-qubit level: determining which stabilizers are measured, on which plaquettes or elongated regions, and how those measurements tile the device. Even once the layout is fixed, much of the work still remains. The syndrome-extraction circuits implementing each stabilizer measurement must be specified gate by gate, including the ordering of two-qubit couplings, their timing relative to neighboring operations, and the scheduling of resets and measurements. These choices determine how faults propagate, for example, through hook errors, and therefore directly affect the achieved circuit-level distance and resource overhead. The objective is to reduce this low-level complexity, requiring fewer geometry-dependent conventions and fewer special scheduling cases, without sacrificing the performance metrics that matter in practice, such as preserving distance and keeping the measurement cycle as compact as the hardware model permits. The diagonal schedule provides a “same recipe everywhere” approach: one fixed ordering for all X-type stabilizers and another for all Z-type stabilizers. This removes the need to specify circuits on a plaquette-by-plaquette basis while still steering hook errors away from logical-operator directions, thereby preserving full circuit-level distance. Discover the full approach: arxiv.org/abs/2602.09099

Happy World Quantum Day!!! Why April 14th? The date points to 4.14, reflecting the first digits of Planck’s constant (4.14 × 10⁻¹⁵ eV·s), one of the most fundamental numbers in physics. Planck’s constant defines the scale at which the classical world gives way to the quantum one. It sets the “quantum of action,” meaning that energy, momentum, and other physical quantities are not continuous, but come in discrete packets. This idea, introduced by Max Planck in 1900, marked the birth of quantum theory and fundamentally changed how we understand nature. From that single constant emerges everything from quantized energy levels in atoms to the behavior of photons and ultimately, the principles behind quantum computing. Today, as quantum technologies mature, the significance of Planck’s constant is no longer confined to theory. It underpins the hardware we build and the algorithms we design. #WorldQuantumDay #QuantumComputing #Classiq #QuantumPhysics

Classiq is excited to be part of @hannover_messe , the world’s leading trade fair for industrial transformation. Across industries, quantum computing is moving from theory into practice: addressing real-world challenges in optimization, simulation, and beyond. @hannover_messe brings together the leaders turning advanced technologies into deployed solutions, where innovation is measured by impact, not potential. We look forward to engaging with the global ecosystem and sharing how quantum computing is already being applied today. Come and meet our team: Regev Yativ, Nikola Strah, Giulio Amato, Vincent van Wingerden, and Tamuz Danzig To schedule a meeting, go here- lnkd.in/dAnB9iwk and press HANNOVER MESSE #HannoverMesse #QuantumComputing #IndustrialInnovation #DeepTech

Classiq is excited to be part of @hannover_messe the world’s leading trade fair for industrial transformation. As industries actively adopt advanced technologies, quantum computing is becoming a practical tool for tackling real-world challenges, from optimization to complex simulations. @hannover_messe brings together the companies and innovators turning these capabilities into deployed solutions, connecting technology with immediate industrial impact. We’re looking forward to engaging with the global ecosystem and discussing how quantum computing is already being applied across industries today. And how @ClassiqTech is building and scaling quantum teams. #HannoverMesse #QuantumComputing #IndustrialInnovation #DeepTech

Classiq is @OneRSAC 2026 ready! We’re excited to share that our head of public sector, Chris Reid, will be attending this year’s RSA Conference in San Francisco — one of the world’s leading cybersecurity innovation gatherings. Cybersecurity and quantum computing go hand in hand. It's not only Shor's algorithm. From quantum-assisted threat hunting to link monitoring and Elliptic Curve Discrete Logarithm, you can't be secure without exploring quantum applications. And at Classiq, we’re focused on enabling organizations to do that. Chris will be on-site to connect with industry leaders, discuss the implications of quantum computing on security. If you’re attending RSAC, we’d love to connect. Email Chris@classiq.io #RSAC2026 #CyberSecurity #QuantumComputing #Classiq

We’d say the present of computing is looking bright, but in the quantum world, it’s currently in a superposition of being both bright and brilliant. 🏆 The Turing Award has recognized the impact of quantum on our lives. We can feel a profound sense of pride across the industry today as the 2025 Turing Award is presented to Charles Bennett and Gilles Brassard. They are the visionaries whose "weird" work proved that sophisticated quantum mechanics is a functional, powerful language for computing. The foundations they built have already moved us beyond gate-level constraints toward high-level, intent-based design. Our entire team at Classiq joins the global community in celebrating the founding fathers of quantum information. Their lifelong dedication is the reason our work is possible today. acm.org/media-center/2…

💡 Flip the switch. Welcome to the bright side. We’ve got some enlightening news — Light Mode is now available in Classiq Studio. 😎😎😎 Just head to your Studio settings, choose “Light Mode,” and see your quantum workflows in a whole new light. (And yes, all the puns were intended.)

We’re very excited to announce that we welcome Chris Reid to Classiq as our new Head of Public Sector, Americas. Chris brings extensive leadership experience across the U.S. public sector, defense, and national security ecosystem. Throughout his career, he has worked at the intersection of government, technology, and mission-driven innovation. At his last stop at Elastic as Chief of Staff, he helped design and drive strategy, operations, and engagement with Federal and state gov entities Before joining the private sector, Chris served many years in the US Army, reaching the rank of Brigadier General before retiring. He was an infantry officer with assignments in Special Operations, Cyber, and the Pentagon as well as multiple deployments in Iraq and Afghanistan. At Classiq, Chris will lead the design and execution of Classiq’s Public Sector Strategy in the USA, work with government agencies, national and state organizations, and forge strategic partnerships.

✨✨✨Exciting News! We are delighted to welcome Jason Silbergleit to @ClassiqTech as our new Head of Americas. Jason brings many years of experience at the forefront of advanced technologies and innovation. Most recently, he served as Vice President of Research Business Development and Partnerships at IBM. Throughout his career at IBM, Jason built and guided teams that worked with global enterprises, research institutions, and government organizations to help bring cutting-edge technologies from research into real-world impact. At Classiq, Jason will lead our growth and expansion across the Americas. And he is diving right in, as he will join our team at @NVIDIAGTC in San Jose. Don’t miss him and the rest of the team at booth #160. Welcome Jason, we are super excited to have you join the Classiq journey, shaping the quantum space!

Quantum chaos is one of the most fascinating areas where physics, computation, and complexity meet. In our latest blog, by Dr. Tomer Goldfriend we explore how quantum chaotic dynamics can be implemented and studied on a quantum computer with surprisingly few lines of code using the Classiq platform. If you're interested in quantum algorithms, simulation, or the future of quantum software development, it’s a great read (and yes, we are completely objective) The full blog: 🔗 classiq.io/insights/quant…

Q²: Quantum Art and Classiq present — From Bits to Qubits What does it really take to move from classical computation… to universal quantum computing? Join us for a special joint meetup where software meets hardware — and theory meets reality. 🔹Dr. Amit Ben Kish, Co-Founder & CTO, Quantum Art What Does It Take to Build a Universal, Scalable Trapped-Ion Quantum Computer? A deep dive into the engineering and physics behind building scalable trapped-ion quantum systems. 🔹 Nati Erez, Director of Quantum Applications, Classiq Quantum Algorithms and Applications A wide technical overview of quantum algorithms and how they can be leveraged to solve real-world problems — from optimization to advanced computational challenges. This is where algorithms meet architecture. Where abstract qubits meet physical ions. Where the future of computation takes shape. 📍 Classiq’s Offices, Daniel Frisch 3, 11th Floor, Tel Aviv 📅 Wednesday, February 25, 2026, 18:00 🎟️ Registration link: luma.com/o0voixo6 Spots are limited — join us.

Quantum software is entering its engineering era. Classiq 1.0 is here for teams building quantum software in practice. Read the Classiq 1.0 release blog: lnkd.in/dTxpXX5W

The 2026 Winter Olympics have begun! But for us, it’s not only the greatest sporting event out there. It’s a chance to look at the connection between sports and quantum physics. If you look at it from our angle, Curling is basically a quantum-inspired materials experiment 🥌 Curling stones don’t slide straight—they curl. Why? 💫The stone’s running band interacts with microscopic ice scratches 💫These interactions depend on atomic-scale friction 💫Friction itself is governed by electron interactions and quantum forces You can say: Curling is a macroscopic sport whose outcome depends on microscopic (and ultimately quantum) interactions. curling motion → friction friction → atomic & electronic interactions atomic interactions → quantum physics So it’s quantum, not because atoms are in superposition, but because you cannot explain friction from first principles without quantum mechanics. And we are not the only ones who think so... if you want to dig deeper, check out our comments #olympics #MilanoCortina2026 #Curling #winterolympic

For years we’ve said entanglement happens “instantaneously.” Now someone actually timed it. Full story: earth.com/news/quantum-e… #QuantumComputing #QuantumPhysics #Entanglement

What happens when you point Grover’s search at an NP-hard problem instead of a toy database? This notebook uses Grover’s algorithm for graph coloring, with Classiq handling the oracle construction so you can focus on the search itself. 🔗github.com/Classiq/classi… #QuantumComputing #Grover #QuantumSearch #Classiq

We are excited to announce that in this year’s @MIT @iQuHack the Classiq challenge will be joined by @StateStreet! We are looking forward to collaborating with this innovative financial institution. State Street is a major player in the world’s economy, and we are thrilled to explore together the future of quantum and how it will change the ways financial decisions are made. Stay tuned for the challenge and further details. #QuantumComputing #Hackathon #StateStreet #Classiq #iQuHack2026 #MassachusettsInstituteofTechnology

Big news for quantum backup. Researchers at the University of Waterloo showed you can safely duplicate encrypted quantum information without breaking the no-cloning theorem. You don’t copy the usable state itself, you create multiple encrypted versions tied to one-time decryption keys. Decrypt one, the others become useless noise. That’s a serious step toward secured quantum cloud storage. 🔗arxiv.org/pdf/2501.02757 #QuantumComputing #QuantumSecurity #QuantumCloud