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Quantum Projects for Undergraduates

The Technion Helen Diller Quantum Center

Quantum Projects for Undergraduates

Here are the projects offered to undergraduate students. This is an excellent way to get acquainted with the field of quantum science, assess compatibility with a potential advisor for a master’s degree, or simply work on a fascinating project.

All you need to do is review the projects listed below, choose one that interests you, schedule a meeting with the leading researcher, and if both sides agree to proceed, contact the project coordinator in your faculty to obtain formal approval for the project (a list of faculty coordinators and their contact information is provided below).

We are here to answer any questions

Meirav: Email: sondak@technion.ac.il, Tel. 04-8293052 

Names of faculty members who approve the projects in the various faculties:

  • Computer Science – Tal Mor,  talmo@cs.technion.ac.il
  • Materials Science and Engineering – Yachin Ivry,  ivry@technion.ac.il
  • Chemistry – Galia Maayan, gm92@technion.ac.il
  • Electrical and Computer Engineering – ido Kaminer, kaminer@technion.ac.il
  • Mathematics – Racheli Tubul, mathstd@technion.ac.il

Projects:

Exceptional rings and the violation of detailed balance

Read moreExceptional rings and the violation of detailed balance

Non-reciprocal heat machines

Read moreNon-reciprocal heat machines
Turnover effect in different quantum devices. From left to right: Dubi, Y. et al. Nano Lett. 9, 97–101 (2009); Wang, C., Ren, J. et al. Sci Rep 5, 11787 (2015) and Katz, G. et al. Entropy 18, 186 (2016).

Unveiling the limitations of energy conversion in quantum systems

Read moreUnveiling the limitations of energy conversion in quantum systems

Quantum nonlocal games

Read moreQuantum nonlocal games

Fault-tolerance on real quantum hardware

Read moreFault-tolerance on real quantum hardware

Characterization of novel laser sources for attosecond microscopy

Read moreCharacterization of novel laser sources for attosecond microscopy

Novel approaches for superconducting quantum devices with local tunability

Read moreNovel approaches for superconducting quantum devices with local tunability

Quantum computation with ultracold atoms in an array of micro-optical traps

Read moreQuantum computation with ultracold atoms in an array of micro-optical traps

Quantum Simulations of Materials

Read moreQuantum Simulations of Materials

Quantum optics with on demand sources of entangled photons

Read moreQuantum optics with on demand sources of entangled photons

Atomic –Scale Photonics

Read moreAtomic –Scale Photonics

Quantum Materials for Neuromorphic Computation

Read moreQuantum Materials for Neuromorphic Computation
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