When? Housi a. Muller A decade ago began to research on quantum computing, he was excited about the possibilities of technology for engineering and computer science applications. Quantum computing takes advantage of the principles of quantum mechanics to deal with problems beyond the abilities of classical computers.
Although it has been 100 years of quantum mechanics discovery, applications to use it are currently becoming a reality. Technology is expected to carry forward areas of artificial intelligence, cyber security, drug discovery, finance, and more.
Housi a. Muller
employer:
At Victoria University, British Columbia, Canada
Topic:
Professor of computer science
Member Grade:
Senior member
Alma Matters:
Ath Zurich and Rice University in Houston,
“I used to feel like a child in Candy Store,” Muller says, a software engineering professor, University of VictoriaIn British Columbia, Canada. “With quantum computing, you can now simulate things that were not possible earlier. In search of the drug, for example, you can play with molecules on your computer and detect new ideas without physically synthesized compounds in a laboratory, saving both time and resources.”
IEEE LIFE senior members have always been convinced that quantum science will stop. An active volunteer for more than 40 years, he persuaded IEEE to join the science and engineering of quantum computing technologies in 2019. What started IEEE Future Instructions Quantum Initiative– A handful of IEEE from IEEE organizational units evolved – developed in IEEE Quantum Technical Community Last year, with the support of 11 units.
He found in 2020 IEEE International Conference on Quantum Computing and Engineering (QCE)Annual part IEEE Quantum WeekWhich he also established to provide a multi -scope and open platform to discuss the challenges and opportunities of technology.
The efforts of Muller and IEEE have not been noticed to carry forward quantum computing. In February, Muller, IEEE President Kathleen Cramer, and other dignitaries participated UNESCO Celebrations in Paris, where agency nominated 2025 International Quantum Sciences and Technology Year,
Software and quantum computing researchers
Müller was interested in software in almost half the way through his bachelor’s degree program in Electrical Engineering Eth zurichHe says. He was inspired by one of his professors, Niclaus VarthA Swiss computer scientist who was designed Modula, Oberon, PascalAnd other programming languages.
“In electrical engineering, you have good small parts to use in the lab. But in the software, the experiments are done with paper and pencils, and you can quickly manufacture amazing machines,” Muller says. “That’s what really attracted me to software engineering.”
After graduation in 1979, Muller joined ABBThe headquarters of a global electrification and automation technology company is in Zurich. He was responsible for the construction of the database management system PDP -11 Computer For central control systems. He was part of the team developing power control and supervision systems for Colombia, Singapore and Sweden.
Muller says that he believes that an advanced degree would pursue his career, and he wanted to do research in the development of software. He enrolled in 1982 Rice universityIn Houston, to pursue a master’s degree in computer science, which he earned in 1984. He had a lot of fun there, he said that he was a Ph.D. In the same subject in 1986.
It was while teaching programming courses in Rice that he decided to infection for a career in academics, but he still set a leg in the industry. He researched on high-demonstration computing and worked extensively IBMA relationship they have maintained for more than 30 years. He has served as a leading investigator for several associate research projects, distributing quantum computing software using hybrid growth and IBM using IBMs. Cusecous,
He left rice to join Victoria University as a professor of computer science in 1986. During his nearly 40 years, he has worked as Dean, an ally of research for a decade. He is the founding director of a recognized software engineering bachelor’s degree program.
His research has focused on software engineering mostly for self-adaptive systems, smart software systems, Internet of Things and Intelligent Cyber-Physical System. Today he mainly focuses on quantum computing. More than 60 His papers Are in IEEE XPlore Digital Library,
He is the leading investigator of a large grant National science and engineering research council Of Canada. Council is assembled Quantum software consortiumAn interdisciplinary research program aimed at developing methods and software for quantum computing distributed in Canada.
A quantum forum
Müller is the most proud of making IEEE Quantum Week And this IEEE QCE conference. Now in its fifth year, the stage is more popular than ever. Last year IEEE Quantum week In Montreal, 1,600 participants from 52 countries were depicted, with 60 percent of the industry.
This year, the event is scheduled from 31 August to 5 September in Albuquerque. The Muller Program is the chair of the board. IEEE Quantum Week 2025 They will perform stallers, they say, with over 250 technical letters, 150 posters, 35 tutorials and 40 workshops, including entrepreneurs and enterprise capitalists. Tutorials are designed to enhance the fundamental quantum computing skills set required by scientists and engineers, they say, and workshops will feature experts from quantum communities.
“Some workshops collaborate throughout the year and then re -collect in Quantum Week,” they say. “I think the influence of these different small communities that we started in Quantum Week are very powerful.
“Industry is very interested in talking to Academia and of course, academics really want to talk to the industry. From the very beginning, we have designed IEEE Quantum Week as a platform where it is possible. Activities brid down the gap between the science of quantum computing and the development of the industry around it.”
Müller joined IEEE during a membership campaign for students in Eth in 1979.
He says, “I am voluntarily interested, and I can see that it will benefit my career from under the line. It is definitely true,” they say. “I think the kind of voluntary we work within IEEE is super important for the next generation engineers in universities, as the organization helps universities to join the industry.”
He is involved with IEEE Computer Society And has served as its chair Software engineering technology communityAlso its vice president Technical and conference activities boardHe was its member board of Governors And IEEE Conference committee,
In recognition of his computer society voluntaryism, he received last year Technical and Conference Activities Board reputed leadership awards “For unwavering commitment and extraordinary contribution to software engineering, quantum computing and technical activities of IEEE CS.”
“I think I voluntarily impacted the profession to organize events like Quantum Week,” they say. “I like the conference business because people meet together, exchange ideas, cooperate, and even work together on research grant proposals. I have always been emotional about creating and maintaining communities.”
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