THz Electronics

• Simulated non-linear HHG response from the Beryllium 1D atom. • Identified the role of each Beryllium electron’s dynamics in HHG. • Found the resonance enhancement of the particular harmonic and revealed mechanism of its origin. • Expounded research success in the published article (Phys. Rev. Lett)

• Studied state-of-art first principal simulation method TD-CASSCF and its applications for high-field phenomena research. • Created and optimized 1D atomic structures for He, Li, Be, B, C, N and O atoms to get the most efficient simulation cost vs accuracy ratio. • Simulated advanced quantum computations in FORTRAN90. • Performed deep analysis of the electron dynamics in 1D atomic structures irradiated with high intensive femtosecond laser pulses. • Presented findings at the Japan Applied Physics Society Conference.

• Participated in prototype/pilot assembly, testing and verification before transfer to manufacturing site. • Supported the Outgoing Quality department with analysis, solution, and prevention of the problem related to the imperfection of manufacturing. • Modified the Field Test for a new model line-up, according regional AC-related problem.

• Participated in department-wide imaging spectroscopy projects. • Designed mechanical and optical parts of the camera lenses for the device, capable of measuring, detecting and collecting data of certain Earth’s vegetation. • Developed the controlling device for the easy adjustment of the unit with double Amici prism. • Established plans and procedures for adjustment and testing and documenting results.

Electrical Engineering and Information Technology, THz Technology

Nuclear engineering and management, Attoscience & Laser science / Master of Engineering

System Inovation & Nuclear engineering and management, Resilience Engineering / Master of Engineering

Opto-Electronic Engineering, Research-student

Department of Metaphysics, Library sciences

Opto-Electronic Instrument, Opto-Electronic Equipment and Systems for Scientific Research / Master of Engineering

IMEC, Photolitography

LG Electronics

ETS, 109 points