Simulations with nextnano – Today and Tomorrow

#quantum-cascade-lasers #photodetectors #simulation #solar #lasers #TCAD
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Founded in 2012, nextnano develops and commercializes software for simulating electronic and optoelectronic semiconductor nanodevices, including nanotransistors, LEDs, laser diodes, photodetectors, quantum dots, nanowires, quantum cascade lasers, solar cells, and qubits. The activities of nextnano GmbH are closely aligned with cutting-edge research with the vision to establish the nextnano software as a standard simulator for the next generation of semiconductor nanodevices.

 

In this webinar we briefly introduce purpose and capabilities of our tools: nextnano++, nextnano.NEGF, nextnanomat, nextnanopy, and nextnanoevo, including a short software demo. It will be followed by an outline of currently developed new features, planned to be available in 2026, and other prospects.


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  • Research School of Physics
  • 60 Mills Rd, Acton
  • Canberra, Australian Capital Territory
  • Australia 2601
  • Room Number: Rm 4.02
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  Speakers

Herbert

 

 

Biography:

Dr Herbert S. Mączko holds a degree of Doctor of Sciences in Physical Sciences earned at Wroclaw University of Science and Technology, Poland, where he specialized in calculations of electronic band structures and optical gain spectra for quantum wells using k·p method and Fermi’s golden rule. Prior to joining nextnano in 2022, he worked as an Assistant Professor at Wroclaw University of Science and Technology where he was characterizing semiconductor materials by photoluminescence and photoreflectance and analysing results with help of numerical simulations. During his time at university, he was extraordinarily involved in teaching of programming languages and of modelling semiconductor nanostructures. Now he leads the development of the software and internal R&D in nextnano GmbH, supervises simulations for novel semiconductor qubit technologies within the project “ELEQUANT”, and develops educational materials within the project “CHIPS of Europe”.