Semiconductor Technology
Semiconductors are vital for information technology, which is why we emphasize this field’s research for high-performance electric and optical devices.
Devices and applications based on semiconductors are at the heart of modern society. Within the NanoLund research area of Semiconductor Technology, we aim to develop and understand new materials, structures, and concepts for applications in high-performance electronic, optical, and energy-harvesting devices and applications.
On this page:
- Subareas within Semiconductor Technology
- Publications
- Recent PhD theses relevant to Semiconductor Technology
- Key faculty in Semiconductor technology
Subareas within Semiconductor Technology
Publications
- Davtyan, R. Guiding Light to Detect Life: Nanowires for Optical Biosensing. Solid State Physics, February 2026
- Aspegren, M. Symmetry and Transport in Crystal-Phase engineered Quantum Dots. Solid State Physics, April, 2026
- Graspi, A. Surface chemistry of model electrodes under electrocatalytic conditions: Developing Total Reflection X-ray Absorption Spectroscopy for operando studies. Synchrotron Radiation Research, May 2026
- Tirrito, M. Hybrid III–V Nanowire and Perovskite Architectures for Advanced Multi-Junction Solar Cells. Solid State Physics, May 2026
- Zhao, Y. Light Emission Induced by Charge Carrier Diffusion in Nanowires: from Synthesis to Characterization. Solid State Physics, May 2026
- Jönsson, L. From sparks to nanoparticles: controlling composition at the nanoscale. Solid State Physics, June 2026
- He, Y. Exploring Structural Dynamics and Photophysics in Metal Halide Perovskites and Related Materials. Chemical Physics, January 2025.
- Marnauza, M. Opening the Black Box of III-V Nanowire Growth. Chemistry, February 2025.
- Lamers, N. Development of Single Nanowire Optoelectronic Devices. Synchrotron Radiation Research. March 2025.
- Hu, T. In Situ Growth of GaP Nanowires with Alternative Seed Materials, Centre for Analysis and Synthesis, May 2025.
- Flodgren, V. Development of Optically Communicating Nanowire-based III-V Devices: Optical broadcasting for artificial neural networks. Synchrotron Radiation Research, June 2025.
- Havir, H. Quantum Dot Dissipation in Microwave Resonators: Toward High Bandwidth Charge Readout. Solid State Physics, October 2025
- Yadav, R. Low-dimensional Bismuth-induced structures on III-V semiconductor surfaces. Synchrotron Radiation Reserach, October 2025
- Olausson, P. III-V Devices for Emerging Electronic Applications. Nano Electronics, January 2024.
- Jash, A. Photoluminescence Studies of Polytype Heterostructured InP Nanostructures. Solid State Physics, February 2024.
- Alcer, D. Single Junction and Tandem Junction Nanowire Solar Cells. Solid State Physics, March 2024.
- Athle, R. , Ferroelectric Memristors - Materials, Interfaces and Applications. Electrical and Information Technology, March 2024.
- Bolano Losada, I. Modeling Photofunctional Transition Metal Complexes. Computational Chemistry, April 2024.
- Jeddi, H. InP/InAsP Quantum Discs-in-Nanowire Array Photodetectors: Design, Fabrication and Optical Performance. Solid State Physics, August 2024
- Adham, K. Charge Carrier Diffusion Induced Light Emitting Diodes. Solid State Physics, September 2024
- Irish, A., Interface Modification and Characterization of Nanostructured Semiconductors : A Bridge to Contemporary Electronics. Synchrotron Radiation Research, September 2024
- Navya Sri Garigapati, Radio Frequency InGaAs MOSFETs, PhD thesis, Faculty of Engineering, Lund University 2023
- Heera Menon, Infrared Photodetectors based on InSb and InAs Nanostructures via Heterogeneous Integration-Rapid Melt Growth and Template Assisted Selective Epitaxy, PhD thesis, Faculty of Engineering, Lund University 2023
- Jonatan Fast, Hot-carrier extraction in nanowires, PhD thesis, Faculty of Engineering, Lund University 2023
- Lasse Södergren, InGaAs Nanowire and Quantum Well Devices, PhD thesis, Faculty of Engineering, Lund University 2022
- Lukas Hrachowina, Growth and Characterization of Tandem-Junction Photovoltaic Nanowires, PhD thesis, Faculty of Engineering, Lund University 2022
- Sven Dorsch, Transport in nanowire-based quantum dot systems: Heating electrons and confining holes, PhD thesis, Faculty of Engineering, Lund University 2022
- Yen-Po Liu, Surfaces and interfaces of low dimensional III-V semiconductor devices, PhD thesis, Faculty of Science, Lund University 2022
- Yi Liu, Surface modification of III-V nanostructures studied by low-temperature scanning tunneling microscopy, PhD thesis, Faculty of Science, Lund University 2022
- Adam Burke
- Anders Gustafsson
- Anders Mikkelsen
- Andreas Wacker
- Anneli Löfgren
- Bo Monemar
- Carina Fasth
- Claes Thelander
- Cord Arnold
- Dan Hessman
- Erik Lind
- Håkan Pettersson
- Heiner Linke
- Hongqi Xu
- Ivan Maximov
- Jesper Wallentin
- Jonas Johansson
- Jonas Ohlsson
- Knut Deppert
- Lars Montelius
- Lars Samuelson
- Lars-Erik Wernersson
- Luke Hankin
- Magnus Borgström
- Martin Ek Rosén
- Martin Leijnse
- Martin Magnusson
- Mats-Erik Pistol
- Mattias Borg
- Nils Norlin
- Rainer Timm
- Regina Dittman
- Reine Wallenberg
- Stanley Heinze
- Vanya Darakchieva
- Ville Maisi
Topical meetings Semiconductor Technology
Date: Fridays, upon announcement
Time: 11:00-12:00
Place: k-space
Organizers: Erik Lind & Magnus Borgström
Coordinators Semiconductor Technology
People in Semiconductor Technology
People on the semiconductor e-mailing list