María Gragera Garcés

@grageragarces.github.io

Building distributed quantum systems PhD student in quantum @Uni of Edinburgh Quantum, Food and Books Previously: Quantinuum, IBM Q & Cisco R&D Also find me in : https://linktr.ee/grageragarces

I'm in Paris this week visiting VeriQloud! If you're working in the Paris quantum ecosystem and would like to meet up for a coffee and/or show me your awesome quantum lab, message me! I'd love to visit some of the many people working on fantastic projects around the city, despite the heat.

For the past 70 years, scientists have taught us that female mammals are born with a finite ovarian egg supply. In humans, that supply dwindles until menopause, when it goes bankrupt. That dogma might be utterly wrong, new research suggests. www.scientificamerican.com/article/the-...

The biological dogma that women don’t make new eggs after birth may be wrong

Female mammals have long thought to be born with all the eggs they would ever have, but new research is challenging that consensus

scientificamerican.com

Such a pleasure to have participated at NUS’s HACKAMONTH this June! Beyond grateful to my co-hackers and the staff at Singapore’s Center of Quantum Tech, for an incredible month & wonderful collaborations! One of the papers written during this time is already out, but keep an eye out for more :)

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It would be very nice if quantum circuit benchmarking suites like MQTBench came with expected results for the circuits in 0 noise environments so that we can test against them. It's easy enough for things like W or GHZ generators but I have no clue what your Grover implementation was converging on

Are you in the Distributed Quantum Computing space? Do you develop hypergraph partitioners? Have you evaluated these partitioners using random circuits? Well, you shouldn’t… Random circuits are a computationally expensive & misleading testbed for partitioner performance: scirate.com/arxiv/2605.0...

On the Distortion of Partitioning Performance by Random Quantum Circuits

Hypergraph partitioning is a central component of distributed quantum computing (DQC) compilers. However, due to the limited size of available quantum benchmark suites, many partitioning studies rely ...

scirate.com

I recently wrote an article for physics world on AI generated experiments. It included thoughts from the researchers on how this technology will change the role of experimentalists (particularly junior ones) physicsworld.com/a/meta-desig...

Meta-design: language models generate novel quantum experiments – Physics World

Researchers stretch the limits of how far artificial intelligence can contribute to scientific discovery

physicsworld.com