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Quantum Professor Jobs (NOW HIRING)

$100K/yr

ChampsDescription HTMLIntroduction - titre Professor in quantum computing - MEIE Chair in Quantum Computing Introduction - texte L'Ecole de technologie superieure (ETS) is a rapidly evolving ...

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$58K

$114.8K

$189K

How much do quantum professor jobs pay per year?

As of Jul 13, 2026, the average yearly pay for quantum professor in the United States is $114,792.00, according to ZipRecruiter salary data. Most workers in this role earn between $94,500.00 and $121,500.00 per year, depending on experience, location, and employer.

How much does a quantum physics professor make?

A quantum physics professor's salary varies based on experience, institution, and location, but typically ranges from $70,000 to over $150,000 annually. Professors with research responsibilities and advanced degrees often earn higher salaries, especially at research universities or in specialized fields within physics.

Who is the 15 year old with a PhD in quantum mechanics?

A 15-year-old with a PhD in quantum mechanics is an exceptionally rare case of early academic achievement. Typically, quantum professors hold advanced degrees and extensive research experience, which usually requires many years of study beyond high school. Such young individuals often demonstrate extraordinary talent and may be involved in specialized research or mentorship roles in academia or research institutions.

Is a PhD in quantum computing worth it?

A PhD in quantum computing is valuable for quantum professors and researchers, as it provides in-depth knowledge of quantum mechanics, algorithms, and programming tools like Qiskit. It can lead to academic, research, or industry roles in developing quantum technologies, but requires significant time and investment. The degree enhances expertise but should align with career goals in advanced quantum research or teaching.

What is the salary of a quantum physicist?

The salary of a quantum physicist varies depending on experience, education, and location, but typically ranges from $70,000 to over $150,000 annually. Senior researchers and those in industry or academia with advanced skills in quantum mechanics and programming can earn higher salaries.

What is the difference between Quantum Professor vs Quantum Research Scientist?

AspectQuantum ProfessorQuantum Research Scientist
Required CredentialsPhD in Physics or related field, academic credentialsPhD in Physics, Engineering, or related field, specialized certifications
Work EnvironmentUniversities, academic institutions, research labsResearch labs, corporate R&D departments, government agencies
Employer & Industry UsageHigher education, academia, research institutionsPrivate companies, government labs, industry-focused research
Common Search & ComparisonAcademic roles, teaching, research in quantum physicsApplied research, product development, industry innovation

The main difference between a Quantum Professor and a Quantum Research Scientist lies in their work environment and focus. Quantum Professors primarily work in academia, teaching students and conducting fundamental research. Quantum Research Scientists often work in industry or government labs, focusing on applied research and product development. Both roles require advanced degrees, but their career paths and daily tasks differ significantly.

What are the key skills and qualifications needed to thrive as a Quantum Professor, and why are they important?

To thrive as a Quantum Professor, you need an advanced degree (typically a PhD) in physics or a related field, with deep expertise in quantum mechanics and research experience. Familiarity with quantum simulation software, programming languages such as Python or MATLAB, and experience publishing in peer-reviewed journals are typically required. Strong communication, mentorship skills, and the ability to inspire and engage students set outstanding professors apart. These skills are crucial for advancing research, effectively teaching complex concepts, and fostering the next generation of quantum scientists.

What are some typical challenges Quantum Professors face in balancing research, teaching, and developing new course material?

Quantum Professors often juggle multiple demanding responsibilities, including conducting advanced research, publishing papers, mentoring graduate students, and developing or updating curriculum to reflect rapidly evolving quantum science. Staying current with breakthroughs in the field while ensuring students receive clear, foundational instruction can be challenging. Collaboration with interdisciplinary teams and securing research funding also require strong time management and communication skills. However, these challenges provide unique opportunities for professional growth and leadership in cutting-edge scientific discovery.

What are Quantum Professors?

Quantum Professors are academic professionals who specialize in the study, research, and teaching of quantum mechanics and related fields such as quantum computing, quantum information science, or quantum physics. They typically hold advanced degrees (usually a PhD) and work at universities or research institutions, conducting experiments, publishing papers, and instructing undergraduate and graduate students. Their work often contributes to advancements in technology and our understanding of the fundamental principles of the universe.
More about Quantum Professor jobs
What cities are hiring for Quantum Professor jobs? Cities with the most Quantum Professor job openings:
What states have the most Quantum Professor jobs? States with the most job openings for Quantum Professor jobs include:
Infographic showing various Quantum Professor job openings in the United States as of July 2026, with employment types broken down into 78% Full Time, 21% Part Time, and 1% Temporary. Highlights an 98% Physical, 1% Hybrid, and 1% Remote job distribution, with an average salary of $114,792 per year, or $55.2 per hour.

$100K/yr

Other

Posted 11 days ago


Job description

ChampsDescription HTMLIntroduction - titre

Professor in quantum computing - MEIE Chair in Quantum Computing

Introduction - texte

L'Ecole de technologie superieure (ETS) is a rapidly evolving university in engineering and technology located in downtown Montreal. ETS offers undergraduate and graduate programs focused on applied engineering as well as state-of-the-art research infrastructure including quantum computers: one built by Anyon Systems, available via Calcul Quebec, and another built by IBM via Pinq2. ETS is also home to the Centech, a business incubator, offering support services for researchers wishing to commercialize their research.

By joining l'ETS, you will be joining a team of highly active professors and researchers in the school's various research chairs, labs, institutes and groups. Your work will make a tangible contribution to scientific progress and the development of Quebec's productivity and competitiveness, as well as the training of a highly qualified workforce.

Ecole de technologie superieure, one of Canada's top three engineering research and teaching institutions, is inviting applications for a MEIE Research Chair in Quantum Computing. The purpose of this Chair is to support the work of emerging researchers, and to support the development of quantum engineering, identified as an important emerging field in ETS's Strategic Research Plan.

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MEIE Research Chair in Quantum Computing

Role - sous-titreRole - texte

This five-year Research Chair is worth $100,000 per year, and contributes to the full funding of the Chairholder's research work.

The incumbent must have demonstrated significant research potential, as well as the ability to collaborate effectively in interdisciplinary research teams and with industry.

What we offer:

  • Financial support for research and teaching (recognition of supervision of students, teaching credits, correction help, etc.);
  • A personalized onboarding process;
  • A structure to promote your research as well as networking activities to make yourself known and help you recruit students;
  • A work environment favorable to your career development, for both research and teaching;
  • A mentor program for all faculty members offered at your arrival and throughout your career;
  • Support for the immigration process and a relocation program for your family;
  • A full-course program to learn French.
Competences - titre

Areas of expertise sought

Competences - texte

The position is specifically aimed at a promising researcher with proven expertise in the following areas:

  • variational quantum algorithms (VQA);
  • quantum approximate optimization (QAOA);
  • error robustness of NISQ devices;
  • training effects of variational circuits (including their limitations);
  • design of hybrid ansatz adapted to experimental quantum architectures, in particular atomic systems such as trapped ions or neutral atoms.

Then consideration for complementary fields, including :

  • quantum machine learning;
  • quantum arches;
  • tensor networks;
  • hybrid quantum-classical techniques for NISQ devices.
Competences - titre

Requirements

Competences - texte
  • Must hold a doctoral degree (Ph.D.) in engineering or a related field. An engineering degree is an asset.
  • Must have industry experience or experience conducting research in close collaboration with industry (if the candidate does not have related industry experience, then such experience may be substituted by solid R&D experience, or the candidate must agree to acquire such experience through an industrial practicum).
  • Must demonstrate excellent research skills;
  • Must demonstrate a strong interest in teaching;
  • Be proficient in French (oral and written), in compliance with the ETS Language Policy (in French), or demonstrate a willingness to learn French and enter into a French training program with the support of ETS.
Competences - titre

Start date

Competences - texte

Depending on the candidate's availability.

Competences - titre

Submitting an application

Competences - texte

All applications will be processed in strict confidentiality.

ETS will take into account any leaves that may result in career interruptions or delays. Therefore, we encourage you to mention any such leave that may have affected your professional path. We will take this information into consideration when evaluating your application.

In case of a disability, we may offer accommodation measures during the hiring process.

Interested candidates are invited to submit their application before september 13, 2026,11:59 pm.

Each application must include the information indicated below in a single PDF document, in the following order:

  • An automatic table of contents;
  • A cover letter;
  • A curriculum vitae with anURL to a google scholar profile page at the beginning of the CV;
  • A statement of teaching goals;
  • A statement of their research plan;
  • A sample of research accomplishments (e.g., recent scientific articles).

If you require more information, please contactbap-candidatures@etsmtl.ca. You must submit a complete application for it to be considered. Only those candidates who are retained for an interview will be contacted.

Competences - titre

Compensation

Competences - texte

This is a tenure-track position. The process and benefits will be determined in accordance with the applicable collective agreement convention collective de l'Association des professeurs de l'ETS (APETS).

Competences - titre

Immigration Requirements

Competences - texte

In accordance with Canadian immigration requirements, outstanding researchers from around the world are encouraged to apply for this prestigious MEIE Research Chair, however, priority will be given to Canadian citizens and permanent residents. It is important to indicate in your file whether you have the capacity to work in Canada, in order to plan any applicable immigration procedures.

Competences - titreCompetences - texteCompetences - titreCompetences - texte