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, optoelectronics, microelectronics, and quantum technologies. Our department encompasses 12 research groups and several research centers, including nanofabrication , miniature integrated systems , and
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printing method for the printing of semiconducting silicon, silicon-based devices (such as diodes, transistors and solar cells) and integrated electronic circuits. The printing method, called "LIFT" (Laser
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intermolecular charge-transfer dynamics, which involve ultrafast laser ionization triggering molecular structural rearrangement, focusing on charge redistribution by proton and electron transfer mechanisms
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elements in the universe. While much of our research is theoretical, we also conduct observational studies primarily in radio astronomy and operate a powerful computer cluster for advanced numerical