Bypassing the Latency Bottleneck: On-Chip Logic for Real-Time Shadow Tomography
codeEnvironments with many constrains often drive most relevant leaps. The same holds true for near-term quantum hardware, including the Quantum Inspire device.
How I Learned to Stop Worrying and Love the Quantum and AI
Welcome to my corner of the internet, where you can observe me, a researcher in my natural habitat. My work lies at the intersection of quantum computing and machine learning, somewhere between the experimental lab and the chalkboard. Here, you can track my research progress, read my thoughts on recent papers and events, and even get a glimpse into family life (when I remember to post).
Blogposts
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Erratiq: Human Perception for Quantum Error Decoding
codeHuman perception allows us to automatically detect patterns.
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Quantum Digital Twin: How I Trained AI to Hallucinate the Physics of a 17-Qubit Processor
codeI recently got my hands on a 17-qubit superconducting transmon device of Quantum Inspire.
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The Lego Test: How much systems thinking does an LLM have?
opinionThis post is a more practical take following the previous post on Bayesian thinking and systems engineering for the future of AI.
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[Listened] Blocks of Intelligence: Why AI Needs Systems Engineering and the Scientific Method
opinionI’ve been away for a bit recently, mostly focusing on toughening up my immune system. Taking some time off, I listened to a couple of episodes of Machine Learning Street Talk, a...
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Formula Mar1 - #1 Gym
code"What I cannot create, I do not understand." When Richard Feynman wrote those famous last words on his blackboard, he probably didn't have Multi-Agent Reinforcement Learning (MA...
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Challenge 99/24: Bridging the Technological Gap in Spin Qubit Devices
opinionIn the previous post, we discussed the gap in Technological Readiness Levels (TRL), a “valley of death” that currently traps quantum devices in a region where funding is still m...
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The Valley of Death: Why Quantum Systems Engineering Never Really Took Off
opinionIn the previous parts, we established that Scientists and Engineers speak different languages, yet they often need to share tools or negotiate common ground. For large project...
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Systems Engineering: When Science Becomes Engineering
opinionIn the previous post, we left off with the tension between the Scientist (who wants to open the black box) and the Engineer (who wants to connect it).
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Scientist vs Engineer: The Differences
opinionHave you ever wondered what is the difference between an engineer and a scientist?
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[Paper (p)review] Quantum Computation of Molecular Geometry via Many-body Nuclear Spin Echoes - Did we just enter an era of practical Quantum Computing?
paperThe idea of using a quantum computer as a simulator goes back to the great R. P. Feynman.
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[Our Paper] Statistical Structure of Charge Disorder in Si/SiGe Quantum Dots
paperI personally believe spin qubits are one of the most promising platforms for large-scale quantum computing. For sure they are on top, in terms of interesting physical phenomena ...
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Quantum Computing: A Sisyphean Task or a Promethean Gift?
opinionI recently fell down a quantum rabbit hole, emerging between two wildly different worlds. First, I watched a video by former physicist Sabine Hossenfelder explaining why she’s d...