Overview of the Quantum Physics Talk
On October 23, 2025, the American University of Ras Al Khaimah (AURAK) welcomed Prof. Michał Tomza, a leading figure in theoretical physics from the University of Warsaw, Poland. The event, organized by the Department of Mathematics and Physics within the School of Arts and Sciences, focused on “Quantum control of ultracold collisions and chemical reactions.” The presentation bridged advanced concepts in atomic, molecular, and optical (AMO) physics with practical applications in quantum chemistry and emerging quantum technologies.
Prof. Tomza – A Profile of Excellence
Prof. Tomza serves as the Head of the Quantum Molecular Systems Group at the Institute of Theoretical Physics, Faculty of Physics, University of Warsaw. His research portfolio spans theoretical and computational methods for manipulating ultracold matter, designing novel quantum molecular systems, and simulating complex quantum dynamics. He is a full professor, a member of the Polish Young Academy, and has received multiple honors from the Foundation for Polish Science and the Polish Academy of Sciences.
Key Themes Covered in the Talk
- Ultracold Matter: Techniques for cooling atoms and molecules to near absolute zero, enabling precise control over quantum states.
- Theoretical & Computational Methods: Algorithms and models that predict collision outcomes and reaction pathways at the quantum level.
- Quantum Simulations: Using engineered quantum systems to emulate and study complex chemical reactions, with implications for materials science and energy research.
Why This Matters for UAE Higher Education
The collaboration between Prof. Tomza and AURAK exemplifies the university’s commitment to cutting‑edge research and international partnership. For students and scholars in the UAE, the event highlights several opportunities:
- Exposure to Global Research Standards: Attending talks by world‑class scientists provides insight into the latest methodologies and encourages students to pursue research‑oriented careers.
- Interdisciplinary Learning: Quantum physics intersects with chemistry, engineering, and computer science—fields that are central to AURAK’s undergraduate and graduate programs.
- Networking with International Experts: Students can connect with visiting scholars, potentially opening doors to joint projects, scholarships, and future collaborations.
How AURAK Supports Students in Pursuing Quantum and STEM Careers
AURAK offers a range of undergraduate programs that align with the themes discussed by Prof. Tomza. For example:
- Computer Science & Engineering: Bachelor of Science in Computer Science and Bachelor of Science in Artificial Intelligence provide foundational knowledge for quantum computing and data analysis.
- Engineering Disciplines: Programs in Chemical, Electrical, Mechanical, and Civil Engineering cover the practical aspects of designing and building quantum devices.
- Mass Communication and Media: Students interested in science communication can learn to translate complex quantum concepts for broader audiences.
In addition, AURAK’s research centers—such as the Advanced Technology and Artificial Intelligence Center—offer laboratories and mentorship for students wishing to engage in experimental or computational projects related to ultracold physics.
Steps for Prospective Students to Engage with AURAK
- Explore Program Options: Visit the Undergraduate Degrees page to review courses that intersect with quantum science and technology.
- Attend Campus Events: Keep an eye on the Events calendar for guest lectures, workshops, and research showcases.
- Apply for Admission: Complete the online application via the Apply Now portal. The admissions team can advise on prerequisites for STEM programs.
- Request a Campus Visit: Schedule a tour to experience the facilities, meet faculty, and discuss research opportunities. Use the Online Payment page for any required fees.
- Stay Informed: Subscribe to the university newsletter or follow AURAK on social media for updates on research breakthroughs and student achievements.
Actionable Advice for Students Interested in Quantum Research
1. Build a Strong Foundation: Focus on core courses in physics, mathematics, and computer science. A solid grasp of quantum mechanics, linear algebra, and numerical methods is essential.
2. Engage in Research Early: Seek opportunities to assist faculty in laboratory or computational projects. AURAK’s Alumni and Career Services can connect you with mentors.
3. Develop Programming Skills: Proficiency in Python, MATLAB, or C++ is valuable for simulating quantum systems. AURAK offers courses and workshops in these languages.
4. Participate in Competitions: Join national or international challenges such as the AIChE Chemical Engineering for Good (ACE4G) to apply theoretical knowledge to real‑world problems.
5. Network with International Scholars: Attend talks like Prof. Tomza’s to meet experts, ask questions, and learn about potential research collaborations or scholarships.
Conclusion – AURAK as a Hub for Emerging Quantum Talent
The American University of Ras Al Khaimah’s partnership with Prof. Michał Tomza underscores the institution’s role as a catalyst for advanced scientific inquiry in the UAE. By offering robust STEM programs, state‑of‑the‑art research facilities, and a culture of international collaboration, AURAK equips students to contribute to the next generation of quantum technologies.
Ready to take the next step? Apply now to AURAK and join a community that values innovation, research excellence, and global engagement.
For more information on undergraduate programs in the UAE, explore our offerings today.
Have questions about the application process or want to schedule a campus visit? Contact admissions and let us guide you through your academic journey.
