... Quantum Physics, and Computational Neuroscience, and a common scientific computing core ... The Initiative for Computational Catalysis (ICC) seeks temporary full-time Pre-doctoral Researchers ...
... Quantum Physics, and Computational Neuroscience, and a common scientific computing core ... The Initiative for Computational Catalysis (ICC) seeks temporary full-time Pre-doctoral Researchers ...
Temporary Quantum Computer information
What are temporary quantum computers?
Temporary quantum computers are quantum computing systems that are made available for a limited period, often through cloud-based services or short-term rentals. These systems allow researchers, businesses, or educational institutions to access quantum computing power without owning the hardware. Temporary quantum computers are ideal for running experiments, testing algorithms, or exploring quantum programming without a long-term commitment. Access is typically managed via online platforms and may be billed per use or subscription.
What is the difference between Temporary Quantum Computer vs Quantum Software Developer?
| Aspect | Temporary Quantum Computer | Quantum Software Developer |
|---|---|---|
| Required Credentials | Typically no formal credentials; technical knowledge of quantum hardware | Degree in computer science, physics, or related; knowledge of quantum algorithms |
| Work Environment | Laboratories, research centers, or cloud-based quantum platforms | Software development teams, R&D departments, tech companies |
| Industry Usage | Quantum hardware testing, research, and experimentation | Developing quantum algorithms, applications, and software solutions |
| Common Search Intent | Understanding hardware roles, temporary positions in quantum labs | Building quantum software, programming quantum computers |
The main difference is that a Temporary Quantum Computer refers to a role involving the hardware or access to quantum computing devices, often in research or testing environments. In contrast, a Quantum Software Developer focuses on creating software and algorithms for quantum computers. Both roles are essential in the quantum industry but serve different functions—hardware access versus software development.
What are some common challenges faced by professionals working in temporary quantum computing roles?
Professionals in temporary quantum computing positions often encounter challenges such as quickly adapting to rapidly evolving technologies and project requirements. Since these roles may be project-based or time-limited, there is often a need to rapidly onboard, understand existing research, and contribute effectively within short timelines. Collaboration with interdisciplinary teams—spanning physicists, engineers, and software developers—requires strong communication skills and the ability to bridge knowledge gaps between different domains. Additionally, keeping up with frequent updates in hardware and software platforms is essential to remain productive and deliver results.
What are the key skills and qualifications needed to thrive as a Quantum Computer Engineer, and why are they important?
To thrive as a Quantum Computer Engineer, you need a strong background in quantum mechanics, computer science, and mathematics, usually supported by a relevant degree such as physics, electrical engineering, or computer science. Familiarity with quantum programming languages (like Qiskit or Cirq), quantum hardware platforms, and simulation tools is essential, and advanced certifications or research experience are highly valued. Analytical thinking, problem-solving, and effective communication are key soft skills that help navigate complex technical challenges and collaborate within multidisciplinary teams. These skills and qualifications are crucial for advancing quantum computing technologies and solving previously intractable computational problems.
What are popular job titles related to Temporary Quantum Computer jobs in New York? For Temporary Quantum Computer jobs in New York, the most frequently searched job titles are:
What job categories do people searching Temporary Quantum Computer jobs in New York look for? The top searched job categories for Temporary Quantum Computer jobs in New York are:
What cities in New York are hiring for Temporary Quantum Computer jobs? Cities in New York with the most Temporary Quantum Computer job openings:
Pre-Doctoral Researcher, Initiative for Computational Catalysis
Manhattan, NY • On-site
$60K/yr
Full-time
Posted 18 days ago
Job description
Description
ORGANIZATIONAL OVERVIEW
The Flatiron Institute is a research unit established by the Simons foundation to advance scientific research through computational methods, including data analysis, modeling and simulation. The Initiative for Computational Catalysis is the newest to the Flatiron Institute launched in July 2024 and is dedicated to the development and application of computational techniques enabling the rational design of more efficient and affordable catalysts. In order to tackle the complex mechanisms and dynamics of catalytic processes, research from electronic structure, molecular dynamics, and machine learning are combined in computational approaches. In addition to ICC, the Flatiron Institute hosts the Centers for Computational Astrophysics, Computational Biology, Computational Mathematics, Computational Quantum Physics, and Computational Neuroscience, and a common scientific computing core.
The Initiative for Computational Catalysis (ICC) seeks temporary full-time Pre-doctoral Researchers as part of its Pre-Doctoral Program. This program provides graduate students pursuing their PhD in a relevant field the opportunity to be employed at the ICC for 4 months for the purpose of working on a research project with one or more ICC staff mentors. This position will be based onsite at the foundation in New York City.
Applicants for this position should indicate in their application one or more potential mentors at ICC and must have the approval of their thesis advisor. Pre-doctoral sessions will be held in the Fall and Spring. Applications submitted by May 29, 2026 will be considered for the Fall 2026 session. Applications submitted by August 28, 2026 will be considered for the Spring 2027 session.
Research projects may entail developing and implementing the concepts, algorithms and codes needed to obtain insight into the microscopic processes of catalytic reactions, and ultimately predict materials with targeted catalytic properties. Information about potential mentors and research projects may be obtained from ICC's website.
Qualifications
Education
ESSENTIAL FUNCTIONS/RESPONSIBILITIES
Experience
Related Skills & Other Requirements
Application Instructions
REQUIRED APPLICATION MATERIALS
SESSION DATES:
APPLICATION DEADLINE:
COMPENSATION AND BENEFITS
ORGANIZATIONAL OVERVIEW
The Flatiron Institute is a research unit established by the Simons foundation to advance scientific research through computational methods, including data analysis, modeling and simulation. The Initiative for Computational Catalysis is the newest to the Flatiron Institute launched in July 2024 and is dedicated to the development and application of computational techniques enabling the rational design of more efficient and affordable catalysts. In order to tackle the complex mechanisms and dynamics of catalytic processes, research from electronic structure, molecular dynamics, and machine learning are combined in computational approaches. In addition to ICC, the Flatiron Institute hosts the Centers for Computational Astrophysics, Computational Biology, Computational Mathematics, Computational Quantum Physics, and Computational Neuroscience, and a common scientific computing core.
The Initiative for Computational Catalysis (ICC) seeks temporary full-time Pre-doctoral Researchers as part of its Pre-Doctoral Program. This program provides graduate students pursuing their PhD in a relevant field the opportunity to be employed at the ICC for 4 months for the purpose of working on a research project with one or more ICC staff mentors. This position will be based onsite at the foundation in New York City.
Applicants for this position should indicate in their application one or more potential mentors at ICC and must have the approval of their thesis advisor. Pre-doctoral sessions will be held in the Fall and Spring. Applications submitted by May 29, 2026 will be considered for the Fall 2026 session. Applications submitted by August 28, 2026 will be considered for the Spring 2027 session.
Research projects may entail developing and implementing the concepts, algorithms and codes needed to obtain insight into the microscopic processes of catalytic reactions, and ultimately predict materials with targeted catalytic properties. Information about potential mentors and research projects may be obtained from ICC's website.
Qualifications
Education
- Currently engaged in dissertation research in a PhD program in a field such as physics, chemistry, materials science, or a related field relevant to the proposed research.
ESSENTIAL FUNCTIONS/RESPONSIBILITIES
- Reporting to a designated ICC staff scientist, the research intern will apply skills of analytical calculation, algorithm development and implementation, testing and running computer codes, and data analysis to topics of relevance to ICC's mission.
- Other responsibilities including reporting on research, writing documentation, and performing other ICC mission-related tasks or duties as required.
Experience
- At least 1-2 years of advanced course work in areas relevant to the proposed research along with 1 or more years of relevant research experience.
- Demonstrated understanding of basic research skills
- Experience with programming in one or more of the following: Matlab, Python, Julia, Fortran or C/C++ under Windows, OS-X or Linux operating systems.
Related Skills & Other Requirements
- Technical and scientific curiosity
- Professional and effective communication skills
- Excellent collaboration skills
- Knowledge of software engineering practices for working in groups, including software development life cycles, coding standards, code review and version control systems (e.g., Git) and of linux is desirable.
Application Instructions
REQUIRED APPLICATION MATERIALS
- CV and publication list
- Description of previous research experience (not to exceed two pages)
- Research proposal of not more than 2 pages outlining planned work at Flatiron including name(s) of potential mentor(s) and the Fall or Spring session dates.
- Two (2) letters of recommendation submitted confidentially by the letter writers through Interfolio. One letter must be from the applicant's PhD supervisor and must explicitly approve the applicant's possible participation in the Pre-Doctoral Program as well as confirm that, should they be selected, there will be tuition support during their time in the Pre-Doctoral program.
SESSION DATES:
- Fall 2026: September 8, 2026 to December 18, 2026
- Spring 2027: January 11, 2027 to May 14, 2027
APPLICATION DEADLINE:
- The application deadline for the Fall program is May 29, 2026
- The application deadline for the Spring program is August 28, 2026
COMPENSATION AND BENEFITS
- The full-time annualized compensation for this position is $60,000, which will be prorated for the term.
- This position is eligible for medical benefits only.