Quantum computing is emerging as one of the most important technology fields for students and early-stage researchers interested in physics, computer science, engineering, cybersecurity, artificial intelligence and advanced materials.

For students who want hands-on experience before committing to graduate study or a long-term research career, fellowship programs can provide an important entry point into quantum information science and engineering.

One example is the Open Quantum Initiative Undergraduate Fellowship, offered through the Chicago Quantum Exchange. The program provides undergraduate students with research experiences in quantum science laboratories and research groups, while helping participants build research skills, connect with academic and industry leaders and explore career opportunities across quantum science.

The fellowship covers areas including quantum computing, quantum communication, quantum sensing, quantum optics and information science, and quantum materials. Fellows receive on-campus housing, a $7,000 stipend and travel to and from the program.

However, the Chicago Quantum Exchange states that applications are closed for the 2026 fellowship cycle.

Open Quantum Initiative Fellowship at a Glance

Category	Details
Program	Open Quantum Initiative Undergraduate Fellowship
Organization	Chicago Quantum Exchange
Field	Quantum Information Science and Engineering
Career stage	Undergraduate
Format	In-person summer research
Stipend	$7,000
Housing	On-campus housing provided
Travel	Travel to and from the program provided
Research areas	Quantum computing, communication, sensing, optics/information science, materials
Host institutions	Multiple universities and national laboratories
2026 status	Applications closed
Research setting	Academic and national laboratory research groups
Industry exposure	Site visits to quantum and adjacent companies
Final component	OQI Research Symposium

What Is the Open Quantum Initiative Fellowship?

The Open Quantum Initiative, commonly known as OQI, is an undergraduate research fellowship focused on quantum science.

Its goal is to help students gain practical research experience while exploring careers in quantum information science and engineering, often abbreviated as QISE.

Participants spend their summers working in person with research groups on challenging quantum-related projects.

The fellowship is supported by member and partner institutions of the Chicago Quantum Exchange.

Who Is the Fellowship Designed For?

The program is specifically designed for:

Undergraduate students.

It should therefore not be described as a postdoctoral fellowship or a general fellowship for established researchers.

Its purpose is to create pathways into quantum science and research by giving students early research exposure.

For students who are considering:

Graduate school
Quantum research
Physics
Engineering
Computer science
Advanced technology careers

the fellowship can provide a practical introduction to the field.

Why Quantum Computing Is an Emerging Career Field

Quantum technology brings together multiple areas of science and engineering.

The Chicago Quantum Exchange highlights applications of quantum research across fields including:

Drug design
Bioimaging
Artificial intelligence
Cybersecurity
Finance

This means students entering quantum science are not necessarily limited to one narrow research discipline.

Skills developed in quantum information science may become relevant across technology, healthcare, security, finance and scientific research.

Research Areas Covered by the Fellowship

The OQI Fellowship exposes students to several major areas of quantum information science and engineering.

Quantum Computing

Quantum computing explores the use of quantum systems to process information in ways that differ fundamentally from conventional computing.

Students interested in quantum computing may encounter topics involving:

Quantum algorithms
Quantum hardware
Quantum software
Qubits
Quantum error correction

The exact research topic depends on the host group.

Quantum Communication

Quantum communication explores how quantum systems can be used to transmit and protect information.

Potential areas can include:

Quantum networks
Quantum cryptography
Secure communications
Quantum information transfer

Quantum Sensing

Quantum sensing uses quantum effects to create highly sensitive measurement technologies.

Applications may include:

Imaging
Navigation
Medical technology
Scientific measurement

Quantum Optics and Information Science

Quantum optics studies interactions between light and matter at quantum scales.

It also plays an important role in:

Quantum communication
Quantum information processing
Photonics

Quantum Materials

Quantum materials research examines materials with unusual properties that may support future technologies.

These fields can overlap with:

Condensed matter physics
Materials science
Electrical engineering
Nanotechnology

The fellowship explicitly identifies all five of these research areas as part of its QISE scope.

Experimental, Computational and Theoretical Research

One of the strengths of the program is that students can be exposed to different research approaches.

The source states that the summer experience includes:

Experimental approaches
Computational approaches
Theoretical approaches

This allows participants to explore different styles of research before deciding which direction best fits their interests.

Fellowship Stipend

Fellows receive:

$7,000.

The stipend is one of the main financial benefits provided during the summer research experience.

The source does not break down how the stipend should be spent.

Applicants should therefore avoid interpreting it as a specific monthly salary.

Housing

The program provides:

On-campus housing at the institution where the fellow is placed.

This is significant because fellowship placements occur across several universities and research laboratories.

Providing housing can reduce one of the major expenses students may otherwise face when relocating for summer research.

Travel Support

The program also provides:

Travel to and from the program.

The source does not specify exact travel limits, booking rules or reimbursement procedures.

Successful candidates should follow the program’s official travel instructions.

Is the Fellowship Fully Funded?

The program provides several major forms of financial support:

$7,000 stipend
On-campus housing
Travel to and from the program

Those are substantial benefits.

However, the source does not explicitly use the phrase “fully funded” or state that every possible personal expense is covered.

It is therefore more accurate to describe the fellowship by its confirmed benefits rather than making a broader funding claim.

Where Do Fellows Conduct Research?

Research placements take place across the Chicago Quantum Exchange community.

The source identifies:

University of Chicago
Argonne National Laboratory
Fermi National Accelerator Laboratory
University of Illinois Urbana-Champaign
University of Wisconsin–Madison
Northwestern University
The Ohio State University
Purdue University

This gives students potential exposure to both major universities and U.S. national laboratories.

University of Chicago

The University of Chicago is one of the participating research institutions.

For 2026, the fellowship period there was listed as:

June 8 – August 14, 2026.

Argonne National Laboratory

Argonne National Laboratory is another research host.

The listed 2026 dates were:

May 26 – July 31, 2026.

National laboratory experience can be especially valuable to students considering research careers in large scientific institutions.

Fermilab

Fermi National Accelerator Laboratory also participates.

The 2026 dates were:

May 26 – July 31, 2026.

Purdue University

Purdue University hosted fellows during:

May 26 – July 31, 2026.

University of Illinois Urbana-Champaign

The University of Illinois Urbana-Champaign was also listed for:

May 26 – July 31, 2026.

University of Wisconsin–Madison

The 2026 fellowship dates there were:

June 1 – August 3, 2026.

Northwestern University

The Northwestern placement period was:

June 21 – August 29, 2026.

The Ohio State University

The Ohio State University hosted fellows from:

May 17 – July 25, 2026.

Why the Placement Dates Differ

Fellowship dates depend on the institution where a student is placed.

This means participants should not assume that every research placement runs on the same schedule.

The 2026 dates ranged from May through August depending on the host institution.

Industry Exposure

The OQI experience is not limited to university laboratories.

The program begins with an industry site visit designed to help fellows learn from companies working in quantum or quantum-adjacent technologies.

Previous cohorts have visited organizations including:

IBM Research
HRL Laboratories
PsiQuantum
Applied Materials

This allows students to see how quantum research can transition from academic science into commercial technology.

Exposure to IBM Research

Previous cohorts have visited:

IBM Research in Yorktown, New York.

For students considering quantum computing careers, exposure to a major corporate research environment can provide useful insight into private-sector research pathways.

Exposure to PsiQuantum

PsiQuantum is also identified as one of the organizations visited by previous fellows.

The value of such visits is not only technical.

Students can also learn about:

Industry research teams
Commercialization
Career pathways
Startup environments

Research Symposium

The fellowship concludes with the:

OQI Research Symposium.

At the symposium, fellows present their research to:

Current fellows
Previous cohorts
Faculty
Industry partners

Presenting research is an important professional skill.

It helps students learn how to explain technical work clearly to both specialists and broader audiences.

Research Literacy

The program is specifically designed to develop:

research literacy skills.

For undergraduates considering graduate school, this can be particularly important.

Research literacy includes learning how to:

Understand scientific literature
Formulate research questions
Work with research groups
Interpret results
Communicate findings

Networking With Academic Leaders

The fellowship also allows students to connect with leaders in:

Academia
Industry

This can help participants understand the different professional routes available within quantum science.

Career Awareness

One of the fellowship’s stated goals is to increase awareness of quantum career opportunities.

Students entering quantum science may initially assume their only option is becoming a university physicist.

In reality, quantum-related careers may eventually span:

Research laboratories
Technology companies
Cybersecurity
Finance
Pharmaceuticals
Imaging
Artificial intelligence
Advanced materials

The program specifically highlights several of these application areas.

Quantum Computing and Artificial Intelligence

The fellowship source identifies artificial intelligence as one of the fields where applied quantum research may have relevance.

For students interested in both AI and quantum computing, useful skills can include:

Python
Linear algebra
Probability
Algorithms
Machine learning

The exact skill requirements for OQI applicants are not provided in the visible source material, so these should be considered broader preparation suggestions rather than official eligibility conditions.

Quantum Computing and Cybersecurity

Cybersecurity is another application area highlighted by the program.

Quantum technology has potential implications for:

Cryptography
Secure communication
Quantum networks
Future security systems

Students interested in cybersecurity may therefore find quantum information science increasingly relevant.

Quantum Computing and Finance

Finance is also listed among fields where applied quantum research may have future relevance.

Potential areas of interest can include:

Optimization
Risk modeling
Computational finance

These are broad examples rather than specific projects guaranteed within the fellowship.

Quantum Science and Drug Design

Drug design is another application area highlighted by Chicago Quantum Exchange.

Quantum methods may eventually contribute to more advanced modeling of molecules and chemical systems.

This creates connections between quantum science and fields such as:

Chemistry
Pharmaceuticals
Computational biology

Quantum Science and Bioimaging

Bioimaging is also listed among potential application areas.

Quantum sensing technologies may eventually contribute to highly precise measurement and imaging applications.

Who Should Consider a Quantum Fellowship?

A fellowship like OQI may be particularly relevant to undergraduate students interested in:

Physics
Computer science
Electrical engineering
Materials science
Mathematics
Quantum information
Optics

The official source does not provide a complete eligible-major list in the visible text.

Applicants should therefore consult the current eligibility section when a future application cycle opens.

Do You Need Previous Quantum Experience?

The visible source does not state a specific prior quantum-research requirement.

The program is designed to open pathways into quantum science and increase student exposure to the field.

Applicants should not assume either that previous quantum research is mandatory or that no preparation is required unless the next application instructions explicitly say so.

Skills That Can Help Students Prepare

Students interested in quantum research can strengthen foundations in:

Mathematics

Useful topics include:

Linear algebra
Calculus
Probability
Complex numbers

Physics

Relevant areas may include:

Quantum mechanics
Electromagnetism
Modern physics

Programming

Programming skills can be helpful for computational research.

Common tools may include:

Python
Scientific computing libraries

Research Communication

Students should practice:

Reading academic papers
Writing technical summaries
Presenting scientific results

These are general preparation recommendations, not official OQI application requirements.

Is the Fellowship for Graduate Students?

The supplied page specifically describes OQI as an:

Undergraduate Fellowship.

Graduate students or postdoctoral researchers should therefore search for other quantum research fellowships that match their career stage.

Is the Fellowship for International Students?

The visible source provided here does not state nationality, citizenship or international-student eligibility conditions.

It would therefore be inaccurate to claim that the program is open worldwide without checking a future application cycle.

Applicants should review official eligibility requirements when the next cycle is published.

Is Visa Support Available?

The supplied source does not mention visa sponsorship or immigration support.

International students should not assume visa support is included.

Does the Fellowship Cover Airfare?

The program states that fellows receive:

travel to/from the program.

The source does not specify whether this means airfare in every case or what reimbursement limits apply.

Is Food Included?

The supplied visible source does not state that meals are covered.

Applicants should not assume food is included unless future program terms specify it.

Application Status for 2026

The Chicago Quantum Exchange clearly states:

Applications are closed for 2026.

Students looking for a future fellowship should monitor the official program page for the next application cycle.

What to Do While Waiting for the Next Cycle

Students interested in quantum computing can strengthen their profiles by:

Taking quantum mechanics courses
Learning Python
Studying linear algebra
Joining research groups
Completing quantum computing courses
Attending seminars
Exploring Qiskit or other quantum programming frameworks
Reading quantum research papers

These steps can make it easier to understand future fellowship opportunities.

How Competitive Might Quantum Fellowships Be?

The supplied source does not provide:

Number of applicants
Number of fellows
Acceptance rate

Applicants should therefore avoid unsupported claims about exact competitiveness.

However, research fellowships involving major universities and national laboratories are likely to require strong preparation.

How to Prepare a Strong Research Application

When future applications open, students can prepare by developing:

A Focused Research Interest

Applicants should understand why they are interested in quantum science.

Relevant Coursework

Highlight subjects such as:

Physics
Mathematics
Computer science
Engineering

Research Experience

Even research outside quantum computing can demonstrate:

Scientific reasoning
Data analysis
Persistence
Lab skills

Programming Projects

Computational projects can demonstrate practical technical ability.

Strong Academic References

Research fellowships often value recommendations from professors or research supervisors, although the supplied source does not confirm the exact OQI reference requirements.

Why National Laboratory Experience Matters

Working in environments such as Argonne or Fermilab can expose students to:

Large research teams
Advanced scientific infrastructure
Interdisciplinary research
Government-funded science

This can help students decide whether they want to pursue careers in national laboratories or advanced academic research.

Why University Research Experience Matters

Placements at institutions such as:

University of Chicago
Northwestern
Purdue
Ohio State
UIUC
UW–Madison

can expose students to graduate-level research environments.

This can help participants prepare for future:

Master’s programs
PhD programs
Research assistantships

Funding Behind the Program

The fellowship is supported through multiple organizations and institutions.

The source identifies support from organizations including:

University of Chicago
U.S. Department of Energy Office of Technology Transitions
Q-NEXT
Illinois Quantum Information Science and Technology Center
Hybrid Quantum Architectures and Networks
Wisconsin Quantum Institute
The Ohio State University
Gordon and Betty Moore Foundation
Brinson Foundation

This reflects the collaborative nature of quantum science research and workforce development.

Quantum Careers Beyond Academia

One of the most important lessons from programs like OQI is that quantum careers can exist both inside and outside universities.

Potential career environments can include:

National laboratories
Technology companies
Quantum startups
Research institutes
Finance
Cybersecurity
Healthcare
Advanced manufacturing

The program’s industry-site visits reinforce this connection between academic research and commercial applications.

Common Mistakes When Looking for Quantum Fellowships

Assuming Every Quantum Fellowship Is for Graduate Researchers

Programs such as OQI specifically target undergraduates.

Calling a Program Fully Funded Without Evidence

Use the confirmed benefits instead.

Ignoring Application Status

The 2026 OQI cycle is closed.

Assuming International Eligibility

Check citizenship and residency requirements when the next cycle opens.

Applying Without Understanding the Field

Candidates should develop at least a basic understanding of quantum information science.

Ignoring Mathematics

Quantum computing requires strong mathematical foundations.

Frequently Asked Questions

What is the Open Quantum Initiative Fellowship?

It is an undergraduate summer research fellowship focused on quantum information science and engineering.

Who organizes the fellowship?

The program is offered through the Chicago Quantum Exchange with support from member and partner institutions.

What fields does the fellowship cover?

The source identifies:

Quantum Computing
Quantum Communication
Quantum Sensing
Quantum Optics/Information Science
Quantum Materials

How much is the stipend?

$7,000.

Is housing provided?

Yes.

Fellows receive on-campus housing at their host institution.

Is travel included?

The program states that travel to and from the program is provided.

Is it fully funded?

The fellowship provides a stipend, housing and travel, but the supplied source does not explicitly state that every possible expense is covered.

Where can fellows be placed?

Participating institutions include University of Chicago, Argonne, Fermilab, UIUC, UW–Madison, Northwestern, Ohio State and Purdue.

Is the program online?

No.

Students work in person with research groups.

Is it for undergraduate students?

Yes.

Is it for postdoctoral researchers?

No. The supplied program is specifically an undergraduate fellowship.

Are applications open now?

No.

Applications are closed for the 2026 cycle.

Does the fellowship include industry exposure?

Yes.

Previous cohorts have visited organizations including IBM Research, HRL Laboratories, PsiQuantum and Applied Materials.

Do fellows present their research?

Yes.

The program concludes with the OQI Research Symposium.

Can quantum research connect with cybersecurity?

Yes.

Cybersecurity is one of the applied fields specifically mentioned by the program.

Can quantum research connect with AI?

Yes.

Artificial intelligence is another application area highlighted by the program.

Can quantum research connect with finance?

Yes.

Finance is also mentioned as an area where applied quantum research may be relevant.

Why Quantum Fellowships Are Worth Considering

Quantum science remains a developing field where early research exposure can be particularly valuable.

Students who gain hands-on experience can begin understanding:

How quantum research is conducted
Which subfield interests them
Whether they prefer experimental or computational research
Whether they want graduate school
How academic research connects with industry

The OQI Fellowship provides this exposure through university and laboratory placements, industry interaction, research mentorship and a final symposium.

Final Thoughts

Quantum Computing Fellowships for Researchers Entering an Emerging Technology Field can provide valuable pathways into one of the most technically demanding and rapidly developing areas of science.

The Open Quantum Initiative Undergraduate Fellowship provides students with in-person summer research experience across quantum computing, quantum communication, quantum sensing, quantum optics and information science, and quantum materials.

Participants work with research groups at institutions including the University of Chicago, Argonne National Laboratory, Fermilab, UIUC, UW–Madison, Northwestern University, Ohio State and Purdue University.

Fellows receive a $7,000 stipend, on-campus housing and travel to and from the program, while also participating in industry exposure and presenting their work at the OQI Research Symposium.

The key limitation for applicants is timing: applications for the 2026 cycle are closed.

Students interested in future cycles should use the period before reopening to strengthen mathematics, physics, programming and research skills while monitoring the Chicago Quantum Exchange for updated eligibility rules and application dates.

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