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Hausi Müller’s Quantum Computing Journey

when Hausi A. Müller I started conducting research on Quantum A decade ago, he was enthusiastic about technology capabilities for engineering and computer science applications. Quantum computing benefits from principles Quantum mechanics To address problems that exceed the capabilities of classic computers.

Although 100 years have passed since the discovery of quantum mechanics, applications how to use them are now a reality. Technology is expected to provide fields artificial intelligenceand Cyber ​​securityand Drug detectionFinancing and more.

Hausi A. Müller

employer:

Victoria University, in British Colombia, Canada

address:

Professor of Computer Science

Members ’degree:

A great member of life

Matters:

Eth Zurich And Rice University, in Houston

Muller, Professor of Software Engineering at Victoria UniversityIn British Columbia, Canada. “With quantum computing, you can now simulate things quickly it could not have been done before. In the discovery of drugs, for example, you can play with molecules on your computer and explore new ideas without combining physical compounds in the laboratory, saving time and resources.”

IEEE LIEE member has always been confident that quantum sciences will take off. He was an active volunteer for more than 40 years, persuading IEE in 2019 to become more involved in science and engineering for quantum computing techniques. What started like IEEE FUTURE DESTRECTICTICTICTUM QUANTUM BIARTUMIVE– With the support of a handful of IEEE regulatory units – developing to The quantum technical community IEEE Last year, with the support of 11 units.

In 2020 he helped find him IEEE International Conference for Computing and Quantitative Engineering (QCE)Part of the annual IEEE Quantum WeekIt was also established, to provide a multidisciplinary forum and open to discuss the challenges and opportunities of technology.

Müller and IEEE efforts to stimulate quantum computing did not go without anyone noticing. In February, Muller, IEEE Kathleen KramerOther prominent characters attended a UNESCO A party in Paris, where the agency set 2025 in the name of International Sunnah for Quantum Science and Technology.

Quantum computing programs and researchers

Mueller became interested in programs in the middle of the road through the Bachelor’s degree Program Electrical engineering in Eth ZurichHe says. He was inspired by one of his professors, Nickelus WorthSwiss computer world designed intendedand Operonand PascalAnd other programming Languages.

“In electrical engineering, you have these gentle small parts of the experience in the laboratory. But in programs, experiments are done with paper and pencil, and you can build amazing machines quickly,” says Muller. “This really attracted me to software engineering.”

Skills needed for a quantum computing

There are many opportunities for people looking for a profession in developing and operating quantum computing devices and programs, says Muller. Ease of transition to the field depends on the background of the engineer in devices, programs and applications.

He says, “Summary computing is a multidisciplinary,” and because it succeeds, we need computer scientists and all types of engineers, especially software engineers. “

Here are some skills Müller says quantum engineers:

Linear algebra. This foundational knowledge is necessary for matrix mechanics and quantum computing.

Qubits And quantum countries. Learn how Qubits differs from classic bits, including the basic quantum concepts of overlapand tangleAnd intervention.

Quantum gates, circles and measurement. Understand how to treat Qubit cases using gates and build quantum circles.

Quantity Algorithms And protocols. Learn the basics to solve problems, and deal with procedures and characteristics governed by quantum mechanics laws.

Quantum software platforms and engineering quantum programs. Be adequate in Bethon As well as quantum platforms and Libraries like QISKIT IBMMicrosoft Software development groups and Q# Programming language, Google’s CirqXanadu BenileneD-WAVE’s stepAmazon PillarNafidia Cuda-eAnd Quantinuum Tikit.

Qubit Technologies. Learn how to implement Qubits like Super delivery Qubits Transmon, trapped ions, and photates optical, as well as their control techniques.

Microwave control over control. Define control over Ultimate connection Qubits It relies heavily on microwave signals, so learn about generating microwave, manipulation and measurement.

Pulse forms of the gate design. The quantum gates are implemented by applying pulses in the form of accurately – electric or visual – to Qubits, so understanding and controlling the pulse design is very important.

Devices and measurement. Learn how to use tools to generate control signals and measure the Qubit cases.

Call quantum error. Quantitative systems are vulnerable to noise, which can make errors in accounts. Understand Correction of the error In distinctive levels of quantum stack is necessary for construction Bearing an error Quantum computers.

After graduation in 1979, Muller joined ABBworldwide electrification and Automation Technology company is based in Zurich. He was responsible for building the database management system on PDP-11 computers Medium Control systems. It was part of a team developing energy control and supervision systems for Colombia, SingaporeAnd Sweden.

Muller says he believes that an advanced degree would increase his career, and wanted to conduct research in the development of software. In 1982 he joined him Rice UniversityIn Houston, to follow a master’s degree in computer science, which he obtained in 1984. He enjoyed his presence there a lot, he says, he remained to obtain a doctorate. On the same topic in 1986.

While teaching programming courses in Rice, he decided to move to a profession in academic circles, but he still maintains the foot in this industry. He searched for High performance computing I worked widely with IBMIt is a relationship that has been preserved for more than 30 years. He worked as a major investigator in many cooperative research projects, including the development of the mixed and distributed quantum computing program using IBM’s QISKIT.

In 1986, Rice left to join the University of Victoria as a professor of computer science. During nearly 40 years there, he held the position of Assistant Research Dean for a decade. He is the founding director of the Certified Bachelor’s degree software.

His research mostly focused on Software engineering For systems that adapt the self, smart software systems, The Internet of ThingsAnd smart electronic material systems. Today mainly focuses on quantum computing. More than 60 His papers They are in IEEE Xplore Digital Library.

He is a major investigator for a large grant from National Council for Engineering Science and Research From Canada. The council collects a Quantum software unionA multidisciplinary research program aimed at developing the quantum computing methods and programs distributed in Canada.

Quantum forum

Muller is proud to create IEEE Quantum Week and IEEE QCE conference. Now in its fifth year, the forum has become more popular than ever. Last year IEEE Quantum It fell in Montreal, where 1600 participants from 52 countries drew with 60 percent of the industry.

This year, the event is scheduled to be held from August 31 to September 5 in Albukirk. Muller is the Chairman of the Board of Directors of the program. IEEE Quantum Week 2025 He says wonderful exhibitions, with more than 250 technical papers, 150 stickers, 35 educational programs and 40 workshops, including those Entrepreneurs and Adventure capitalists. He says that educational programs are designed to enhance the basic quantum computing skills groups that scientists and engineers need, and workshops will include experts from quantum societies.

“Some workshops are cooperating throughout the year and then gathering again in Quantum Week,” he says. “I think the influence of these separate small societies that we started on Quantum Week is very strong.

“The industry is very interested in speaking to the academic circles, and of course, academics want to speak to the industry really. From the beginning, we designed the IEEE Week quantity to be a forum where it is possible. The activities bridge the gap between quantum computing science and the development of the surrounding industry.”

Müller joined IEEE in 1979 during an membership campaign for students in Eth.

He says: “Voluntary job opportunities are what matters to me, and I can see that he will benefit my career. This was definitely true.” “I think the type of volunteer we do within IEEE is very important for the next generation of engineers in universities, because the organization helps universities communicate with what is going on in the industry.”

It is involved in IEEE computer community He held the position of its president The technical community on software engineeringAs well as its vice president Council of Technical Activities and Conferences. He was a member of Board of Governors And IEEE Conference Committee.

In appreciation of the volunteer of its computer community, it was received last year Technical leadership and conference prize for the distinguished leadership award For “fixed commitment and exceptional contributions to Software engineeringQuantum computing, and artistic activities of IEEE CS. “

“I think I have an effect on the profession by volunteering to organize events such as Quantum Week,” he says. “I love the conference’s work because people meet, exchange ideas, cooperation, and even work together on research grant proposals. I have always been excited to create and preserve societies.”

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