Abhisek Kole

Experience

• 

  Nanyang Technological University

  Jul 2017 - Jun 2018

  Research Associate

  • Advanced Semiconductor Device Fabrication and Testing: Successfully optimized, fabricated, and tested GaN/AlGaN quantum well structures, demonstrating enhanced photocurrent response and significant performance improvements, validated through experimental measurements.• Cutting-Edge Biosensor Design and Simulation: Developed a gold nanopore-based biosensor with 10x enhanced sensitivity for DNA sequencing, utilizing advanced simulation techniques like NEGF and DFT, resulting in publications in top-tier international journals.• Innovative Neuromorphic Computing Contributions: Created nanoscale conductive filaments with rectification properties mimicking biological synapses and achieved breakthroughs in synthetic synaptic gap junction design, advancing brain-inspired computing platforms.• Proficiency in Advanced Data Analysis Tools: Demonstrated expertise in complex data analysis and modeling skills using Python and Mathematica for semiconductor device development. Show less

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  National University of Singapore

  Jun 2018 - Jul 2019

  Research Engineer

  • Breakthrough in Nonlinear Hall Effect (NLHE) and Wireless Technology: Demonstrated the NLHE in Weyl semimetal TaIrTe4 at room temperature, leading to innovative battery-free, bias-free RF energy harvesting applications, paving the way for advancements in energy harvesting and wireless communication.• Advanced Nano-device Fabrication and Precision Measurement: Developed high-precision nano-devices using advanced fabrication techniques like electron beam lithography and ALD in a cleanroom environment, and conducted transport measurements in Type II Weyl semimetals using sophisticated tools such as the PPMS from Quantum Design.• Expertise in Data Analysis and Material Characterization: Applied complex data analysis and modeling skills using Python and Mathematica to analyze topological material behavior, contributing to significant advancements in semiconductor and materials research. Show less

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  Max Planck Society

  Sept 2019 - Jan 2022

  Researcher

  • Pioneering Ultrafast Laser Pulse Engineering: Developed ultrafast mid-infrared laser pulses with sub-picosecond duration using advanced optical techniques, enabling precise control of photon-dressed states in topological materials, opening new avenues in semiconductor and optoelectronic research.• Innovative Ultrafast Optoelectronic Circuitry Fabrication: Fabricated cutting-edge ultrafast optoelectronic circuits using MoTe2 crystals, advanced lithography, and thermal evaporation, enabling high-speed pump-probe electrical measurements crucial for next-generation semiconductor devices.• Proficiency in Data Analysis and Material Characterization: Leveraged Python and Mathematica to perform complex data analysis and model photon-dressed states, contributing to breakthroughs in topological material characterization and semiconductor applications. Show less

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  Forschungszentrum Jülich

  Mar 2022 - now

  Researcher

  1. Fabrication of Nanowire-based Majorana STM Tips by utilizing ZEISS Sigma 300 SEM with Micromanipulator for quantum computing application.2. The Nanowire/Superconductor or Metal heterostructure Fabrication by Univax 400 and FHR sputtering system.3. Optical and E-Beam lithography (EBPG 5000) for various nano and microstructures.4. SEM, EDX and EELS for the characterization of heterostructure interface.