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Theodor Lundberg

PhD Candidate in Quantum Computing and IBM PhD Fellow at University of Cambridge

Theodor Lundberg is a prominent figure in the field of quantum computing, currently serving as a Quantum Research Intern at IBM. He holds a PhD in Quantum Computing from the University of Cambridge, where his research focused on silicon CMOS transistors for spin-based quantum computing. His work has garnered significant recognition, including the prestigious IBM PhD Fellowship, awarded to only 24 students globally in 2020 for his innovative contributions to the field.146

Academic and Professional Background

  • Education: Lundberg completed his doctoral studies at the University of Cambridge, specializing in quantum computing technologies.
  • Research Experience: He has over five years of experience in semiconductor and quantum physics research, having worked at notable institutions such as Harvard University, UC Berkeley, and IBM itself.12
  • Current Role: As an intern at IBM, he is involved in cutting-edge research projects that explore the applications of quantum technologies in various domains, including AI and life sciences.15

Contributions to Quantum Computing

Theodor Lundberg's research has been influential in advancing the understanding of silicon quantum dots and their application in quantum information processing. His publications indicate a strong focus on high-fidelity qubit operations and spin dynamics within semiconductor devices.23 He has also been active in presenting his work at seminars and conferences, contributing to the academic community's knowledge base on quantum technologies.3

In summary, Theodor Lundberg is a dedicated researcher making significant strides in quantum computing, with a strong academic foundation and practical experience that positions him as a key contributor to the future of this rapidly evolving field.

Highlights

Oct 15 · linkedin

Yesterday evening, the results from the 1st year of my PhD were published in Phys. Rev. X. In the article, we report the discovery of a novel spin system—a spin quintet—in a pair of silicon quantum dots: https://lnkd.in/dpaaJ_b

Building an understanding of high-spin states, such as the spin quintet, is important both for quantum computing applications as well as for energy collection in organic photovoltaics and unconventional high-spin superconductivity. Our results provide a pathway for reconstructing the energy spectra of complex spin systems and open the possibility of using quantum dots as a tunable testbed for studying the interactions and dynamics of high-spin systems.

This work is a result of fruitful collaboration between the University of Cambridge, Hitachi, CEA-Leti, University of Bristol, Université Grenoble Alpes, and Centre national de la recherche scientifique.

#quantumcomputing #cmos #quantum #physics #research

Apr 15 · linkedin

I am very excited to share that I am one of 24 PhD students worldwide that have been awarded a 2020 IBM PhD Fellowship Award: https://lnkd.in/g9Dzxmm! The award is highly competitive and is in recognition of my doctoral research on how we can build quantum computers using silicon CMOS technology. Thank you IBM!

#quantumcomputing #IBM

Related Questions

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Theodor Lundberg
Theodor Lundberg, photo 1
Theodor Lundberg, photo 2
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Location

Cambridge, England, United Kingdom