Jolly Phi    
    Russian Quantum Center      MISiS University     Vigo quantum communication center  
 
   

Book contributions and reports

M. Lucamarini, A. Shields, R. Alléaume, C. Chunnilall, I. P. Degiovanni, M. Gramegna, A. Hasekioglu, B. Huttner, R. Kumar, A. Lord, N. Lütkenhaus, V. Makarov, V. Martin, A. Mink, M. Peev, M. Sasaki, A. Sinclair, T. Spiller, M. Ward, C. White, and Z. Yuan,
Implementation security of quantum cryptography,
ETSI white paper no. 27 (ETSI, Sophia Antipolis, 2018). 		PDF (1.2 MiB)
D. R. Hjelme, L. Lydersen, and V. Makarov,
Quantum cryptography (chapter),
in A Multidisciplinary Introduction to Information Security, edited by S. F. Mjølsnes (CRC Press, 2011). 		arXiv:1108.1718 [quant-ph];
Russian translation of arXiv:1108.1718v1

Doctoral theses: complete list

  • Anqi Huang, “Quantum hacking in the age of measurement-device-independent quantum cryptography,” PhD thesis (2018): PDF (6.5 MiB).
  • Elena Anisimova (this one was completed in T. Jennewein’s group but we collaborated a lot), “Single-photon detectors for long distance quantum communications,” PhD thesis (2018): PDF (123 MiB).
  • Shihan Sajeed, “Security evaluation of practical quantum communication systems,” PhD thesis (2017): PDF (17.1 MiB).
  • Lars Lydersen, “Practical security of quantum cryptography,” PhD thesis (2011): PDF (10.1 MiB).
  • Vadim Makarov, “Quantum cryptography and quantum cryptanalysis,” doktor ingeniør thesis (2007): PDF (39.1 MiB).

Master’s theses: complete list

  • Mikhail Kuzmin, “Resistance of an avalanche photon detector to bright-light attacks in quantum key distribution” (2023).
  • Dmitriy Kuzmin, “Resistance of a single-photon detector to after-gate attack in quantum key distribution” (2023).
  • Daniil Trefilov, “Imperfect state preparation in quantum key distribution” (2021): PDF (5.2 MiB).
  • Jin Gyu Lim, “Laser annealing irradiated silicon single-photon avalanche photodiodes for quantum satellite receiver” (2018): PDF (18.0 MiB).
  • Poompong Chaiwongkhot, “Detection effciency mismatch and finite-key-size attacks on practical quantum cryptography systems” (2015): PDF (19.3 MiB).
  • Audun Nystad Bugge, “Controlled laser damage of single-photon avalanche photodiodes” (2012): PDF (5.9 MiB).
  • Aina Mardhiyah Mohamad Ghazali, “An automated characterization of silicon single photon avalanche photodiode” (2012).
  • Ole Christian Tvedt, “Quantum key distribution prototype” (2010).
  • Eivind Sjøtun Simonsen, “Security of quantum key distribution source” (2010): PDF (14.1 MiB).
  • Mikhail Ulianov, “Quantum key distribution system” (2009).
  • Lars Lydersen, “Security of QKD systems with detector efficiency mismatch” (2008).
  • Mikhail Chizhov, “Quantum cryptography systems” (2004).
  • Bendik Vignes, “Quantum cryptography and faked states attack on systems using active basis choice” (2004).
  • Alexey Brylevski, “Quantum key distribution: Real-time compensation of interferometer phase drift” (2002).
  • Artem Vakhitov, “Evaluation of security against unauthorized access for practical fiber-based quantum cryptosystems” (2000).
  • Kirill Vylegjanine, “High-speed single photon detector for quantum cryptosystems” (2000).
  • Torbjørn Nesheim, “Single photon detection using avalanche photodiode” (1999).

Selected student project reports

  • Ruoping Li, “Laser damage attacks against optical attenuators in QKD systems,” Phys 437A course report (2018): PDF (1.9 MiB).
  • Audun Nystad Bugge, “Preparation of experiment for controlled laser damage of single-photon avalanche photodiode” (2011): PDF (2.9 MiB).
  • Eivind Sjøtun Simonsen, “Decoy state generator for quantum key distribution system” (2009): PDF (9.8 MiB).
 
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