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NVIDIA CEO Jensen Huang announced NVQLink, a new open system architecture designed to connect their powerful GPU supercomputers with quantum processors (QPUs). This hybrid computing approach aims to: I have used the basis of the previous map, but I have taken the opportunity to do a revision and reorganizing components. NVQLink plays the game here, … Read more
This week IONQ and Google did a couple of announcements. The achievements are necessary and small steps in the long run of this race, and they done in different spaces. In plain english: IONQ has improved their error control and Google has been able to run quantum models in a physical computer. Using the Wardley … Read more
A list for having a snapshot of the race for building Quantum computers with more Qubits. Company Country Qubit Technology / Capability Latest Publicly Announced Physical Qubit Count IBM USA Superconducting Transmon Qubits (Gate-based) 1121 Qubits (Condor Processor – Dec 2023) Google Quantum AI USA Superconducting Transmon Qubits (Gate-based) 105 Qubits (Willow Chip – Late … Read more
I have been reading and trying to map the capabilities China is working on Quantum Computing. I have used the same map of capabilities I have build but now highlighting the Chinese companies (prívate or state-owned) to understand what are the main players in this landscape. A table with more details Capability US Companies Chinese … Read more
The Micius satellite, formally known as the Quantum Experiments at Space Scale (QUESS) satellite, is the world’s first quantum communications satellite that has established a global quantum communication network. What are the core capabilities and experimental achievements of Micius? More things to be followed up.
A list of main challenges on Quantum computing for understanding better the landscape. Core Technical Challenges in Qubit Hardware Platforms Challenge Brief Description Qubit Coherence Time Quantum states lose coherence rapidly due to interactions with the environment (decoherence). Extending coherence times is critical for reliable computation. Gate Fidelity Physical quantum gates often produce errors due … Read more
For the session on October 9th 2025 I would like to start with this map for providing a concrete context and a quick explanation about what a map is for those who do not know Wardley Maps. For those that are new to Wardley Mapping and that have 15 minutes available, I would recommend you … Read more
IONQ has acquired during the last 12 months different companies: A map with their main capabilities. Vector Atomic adds the capabilities on:
I was reading about how AWS is playing the game in the Quantum Space. Not surprises here, they are playing the game in the way they always play the game:
Quantum annealing is a quantum computing technique used to solve optimization problems by finding the lowest-energy state of a system. It works by encoding a problem into a mathematical energy landscape, where the best solution corresponds to the global minimum. The quantum computer then starts in a simple, easily prepared ground state and gradually evolves … Read more