Rudy Raymond H.P.  Rudy Raymond H.P. photo         

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Doctor of Informatics
IBM Research - Tokyo, Quantum Algorithm, Solution and Software Group



Wrote an introductory article of using QISKit at Japan Operation Research Society Magazine Vol. 63, 2018.

Recipient of IBM Japan GM Award in 2H 2017 for Technical Leadership category. 

An admin and contributor of the QISKit-tutorial for programming IBM Q Systems.

The lead of judge for TeachMe QISKit Award (deadline March 31, 2018). We have announced the winner!

A github contributor to DyBM (Dynamic Boltzmann Machine) and QISKit.

Recently wrote an article introducing IBM Q in ProVision 92.

Also contributed to IBM Think blogs (in Japanese):

An article in IPSJ magazine introducing the latest trends and application of Quantum Computing. (in Japanese)

Quantum Computing PIC Co-Chair in IBM Research -- Tokyo.

Skills in Algorithms, Data Mining, and Optimization with 50+ scientific papers published in prestigious international conferences and journals (with 620+ citations according to Google Scholar), and 15+ patents. Working experiences in various fields of industries, such as, automotives, telecommunications, finance, energy and smarter cities by applying data analytics and optimization technologies.


Graduated from Taruna Nusantara Senior High School, Magelang, Indonesia (one of the best senior high schools in Indonesia)



  • "Map Matching with Hidden Markov Model", NII Seminar, Tokyo, July 19, 2016
  • "Introduction to Mathematical Optimization Methods and Applications at IBM Research - Tokyo", Kyoto University Informatics Seminar, April 25, 2016.
  • “Quantum Query Complexity and Coin Problems”. Centre for Quantum Technologies. Workshop on Quantum Algorithms & Complexity Theory (WQACT 2008). National University of Singapore (NUS), November 17--21, 2008.
  • “Quantum Query Complexity of Boolean Functions with Small On-Set”. JST-CNRS Quantum Computation: Theory and Feasibility. Joint workshop in Paris, France. Institut Henri Poincare, September 25--26, 2008.
  • “Quantum Random Access Coding with Multiple Qubits”. Workshop on Theory of Quantum Computation, Communication and Cryptography (TQC 2007). Nara Institute of Science and Technology, Nara, Japan. January 24, 2007.
  • “Characterizing the Existence of Quantum One-Way Permutations”. McGill University, Montreal, Canada. October 9, 2003.
  • “Quantum Query Complexity of Biased Oracles”. Kyoto University Inter-Department Symposium (KIDS), Kyoto, Japan. June 26, 2003.



Ph. D Thesis

"Studies on Quantum Query Complexities and Quantum Network Coding", Kyoto University, March 2006.