Aliaksei Hlukhau

Education

Jagiellonian University (2021 – 2025)

B.Sc. in Physics

Selected courses:

• Optics
• Quantum Mechanics I & II
• Linear Algebra
• Mathematical Analysis I–III
• Special Theory of Relativity
• Nuclear Physics
• Electricity and Magnetism
• Advanced Physics Laboratory
• Electronics (Lecture)
• Electronics Laboratory
• Matter Coming from Space
• Complexity Garage – creativity lab
• Basics of Astrophysics and Astronomy

Experience

Conference Volunteer — Quantum Optics XI, Jagiellonian University (September 2025 – present)

• Registration of participants and information desk assistance.
• Organizational and technical support during conference sessions.

Visiting Student — Helmholtz-Institut Mainz, Johannes Gutenberg University Mainz, Budker Group (July – August 2025)

• Participation in ZULF NMR research within the Budker Group.
• Experimental work in the institute‘s laboratory environment.

Research Volunteer — Department of Photonics, Faculty of Physics (2024 – present)

Experimental work in Zero- and Ultra-Low-Field Nuclear Magnetic Resonance projects.

Summer Internship — Department of Photonics (Supervisor: Prof. Szymon Pustelny) (July 2024)

• Worked in the GNOME project laboratory focused on dark matter research.
• Assembled and configured several spectroscopy setups on an optical table.

Board Member (supporting role) — Physics Student Association (UJ) (2021/22, 2022/23)

• Organized events including the Winter School and SMOK conference.
• Supported club operations (procurement, documentation, etc.).

Conferences & Presentations

• XXIII Interdisciplinary Student Conference “SEMPOWISKO” (May 2025): Talk: Reimagining Spectroscopy: The Capabilities of ZULF NMR
• International Student Physics Conference “SMOK” (April 2025): Talk: Spectroscopy in the Absence of Magnets: The Capabilities of ZULF NMR
• SMOK Conference (May 2024): Attendee

Technical Skills

• Electrical signal measurement: oscilloscopes (time/frequency analysis), multimeters (precise voltage/current/resistance)
• Function generators: configuration and use for driving circuits with test signals
• C++ programming: console apps, numerical algorithms, data structures, basics of OOP
• Optics & photonics: laser and detector principles, optical table alignment, spectroscopic experiments
• Electronics: analog circuits (op-amps, RC filters), breadboard assembly and testing, use of lab instrumentation
• Wolfram Mathematica: physical simulations, model fitting, publication-grade plots, automated analysis
• Arduino: microcontroller programming, sensors/actuators integration, prototyping measurement devices
• Raspberry Pi: prototyping measurement/control systems, sensor integration, Python (data acquisition) & Linux (administration, automation)
• 3D printing: Autodesk Fusion 360 modeling; enclosures and QuSpin magnetometer holders for ZULF NMR experiments
• LaTeX: scientific reports and presentations, templates, advanced math typesetting

Soft Skills

• Team collaboration in research groups
• Independent experimental work
• Engineering / ad hoc problem-solving in laboratory settings

Languages

• Polish (native)
• English (fluent)
• Belarusian (native)
• Russian (native)
• German (beginner)

Additional Activities & Interests

• Arduino-based electronic projects
• Electronics
• JavaScript programming