Quantum Algorithms
Oct 5, 2020
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1 min read
Near-term quantum computers face significant challenges from noise and limited coherence times. My research focuses on developing practical quantum algorithms that can operate effectively on near-term quantum devices, with emphasis on error mitigation and adaptive measurement techniques.
Key Research Areas
- Adaptive measurement strategies to reduce sampling costs
- Error mitigation techniques for near-term devices
- Quantum simulation methods for many-body physics and chemistry
Selected Publications
Authors
CTO & Co-founder | Quantum Physicist | Docent
I am the CTO and co-founder of Algorithmiq, a startup developing advanced quantum algorithms for life sciences. I am a quantum physicist, with 10 years of experience in research and development in quantum information and quantum computing. I am also a Docent at the University of Helsinki.