NVIDIA CUDA-Q Comes to QiliSDK: Upgrade Brings GPU Power to Qilimanjaro’s Multimodal Quantum Stack
NVIDIA’s CUDA-Q now powers GPU emulation inside QiliSDK, extending Qilimanjaro’s unique multimodal approach across classical and quantum backends, from CPU and GPU to analog and digital QPUs. Most quantum software runs on a single kind of quantum hardware, using either the digital or the analog paradigm, or on CPU/GPU emulators. QiliSDK spans them all. It […]
QiliSDK 0.2.0: One Framework for Analog, Digital, and Hybrid Quantum Computing
June 2025 Quantum software today is split in two. Software stacks for digital quantum computers (gate-based) speak the language of quantum circuits. Analog stacks speak the language of Hamiltonians and time evolution, which is the native model for the analog quantum computers we build at Qilimanjaro. Most quantum computing companies choose between digital or analog […]
Qilimanjaro’s New Analog Quantum System Inaugurated at the Barcelona Supercomputing Center
The analog system joins BSC’s existing digital quantum infrastructure to create one of Europe’s most advanced hybrid quantum-HPC environments Barcelona, May 28, 2026. Today, the new analog quantum computer built by Qilimanjaro Quantum Tech was inaugurated at the Barcelona Supercomputing Center (BSC-CNS), home to MareNostrum 5, one of the most powerful supercomputers in Europe. The […]
Quantum Spain Is Complete. Here’s What Researchers Are Already Doing With It
MareNostrum-ONA, the quantum computing infrastructure at the Barcelona Supercomputing Center (BSC-CNS), has completed its technological roadmap with the installation of a new 35-qubit processor, the final milestone of Quantum Spain. The system was built and deployed by Qilimanjaro and GMV, integrated into MareNostrum 5, and has been open to the research community from day one […]
Benchmarking Time and Energy in Quantum Simulation: A Comparison of Analog and Digital Approaches
May 2026 – Qilimanjaro Simulating the dynamics of quantum systems is one of the most promising near-term applications of quantum computing. It is also one of the hardest tasks for classical computers, which makes it a natural target for quantum advantage. Two main approaches compete for this goal: analog and digital quantum computing. They aim […]
A Practical Guide to Quantum Concepts
Making the core concepts of quantum computing easier to understand. Quantum computing is complex, but understanding the basics doesn’t have to be. This guide breaks down the key concepts to help you understand how it works. Qubit A qubit is the quantum version of a bit: while a bit can only take the values 0 […]
Digital–Analog Quantum Computing (DAQC)
At Qilimanjaro Quantum Tech, we’re building a new way to bridge today’s classical and quantum worlds. Our platform, SpeQtrum, brings together digital QPUs, CPUs, and GPUs with our differential analog quantum architecture, all within a single, integrated framework and access point. This hybrid approach makes it easier for users to experiment, run algorithms, and explore […]
Fluxonium: The Qubit Behind Qilimanjaro’s Quantum Computers
At Qilimanjaro, we are a full-stack quantum computing company. This means we work across every layer of the technology: from designing and calibrating the quantum chip, to building the software and control systems that connect the hardware with users, all the way to developing the theory and algorithms that run on our devices. At the […]
Revolutionizing Smart Cities through Advanced Optimization
Analogue quantum computing will arrive before digital quantum computing because it avoids the complexity associated with quantum error correction (QEC), which is essential in digital systems. While digital quantum computing requires complex error correction codes to counteract noise on qubits — a challenge that has slowed its progress – analog systems achieve greater robustness more […]
Quantum Computing: Pioneering a Sustainable Path for Future Computing
Modern computing has transformed nearly every aspect of modern life, from driving advancements in healthcare and finance to expanding our understanding of the universe. As our reliance on artificial intelligence (AI) and the need to solve more complex problems grow, so does the demand for computational power. This advancement has led to a significant increase […]