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Nanowire-based photovoltaics

Solar cells harvest the most plentiful renewable energy source on the planet, the sun. Geometrically enhanced light absorption in semiconductor nanowires make them interesting for the future generation of solar cells. High-efficiency solar cells use only about 1 g of material per m2. Projects within Nanowire-based photovoltaicsNanowire tandem cellsNanowire/perovskite solar cellsHot carrier solar c

https://www.nano.lu.se/research/semiconductor-technology/nanowire-based-photovoltaics - 2026-10-09

Photonic devices

Within photonic devices, we fabricate and study controlled emission and detection of photons using semiconductor devices. Project areas within Photonic devicesLEDsNanowire-based micro-LEDs for display and lighting applicationsNanowire carrier diffusion induced light emitting diodesDetectorsNanowire photodetectorsLEDsLighting and displays account for a major part of our energy consumption, and pres

https://www.nano.lu.se/research/semiconductor-technology/photonic-devices - 2026-10-09

Mentoring programme

The NanoLund mentoring programme focuses on professional development for PhD students and postdocs. The programme aims to provide a flexible and tailored approach, allowing the mentees to discuss professional ambitions and challenges with mentors from outside their research group. The mentor plays an important role as an independent resource to guide and help the mentees to develop their full pote

https://www.nano.lu.se/mentoringprogramme - 2026-10-09

Thesis projects available

This page describes topics that are available for master thesis projects within NanoLund. Students are invited to contact the supervisors for the projects they find interesting directly. Master project informationCurrent master project offersMaster project informationInformation about the master thesis requirements for the different faculties can be found below.Faculty of Engineering (LTH)Degree p

https://www.nano.lu.se/nanolund-thesis-projects - 2026-10-09

2022 Nanoscience Colloquia

27 January 2022 15:15 Prof. Magnus Berggren, Linköping University. Talk title: In-operando and in-vivo polymerization of trimers for neuromorphic and bioelectronic systems Magnus Bergren's personal page: research profile, short bio and publications 24 May 2022 15:15 Please note that this time the colloquium will be held in the Rydberg lecture hall. Dr. Esther Alarcón Lladó, AMOLF, Netherlands Talk

https://www.nano.lu.se/2022-nanoscience-colloquia - 2026-10-09

Nanolab Science Village

Transitioning to the next level, Lund University is building a new, state-of-the-art nano laboratory next to the exclusive research facilities ESS and MAX IV, in Lund’s Science Village. Nanolab Science Village will also offer researchers unique opportunities to provide humanity with new knowledge for a sustainable civilization – paving the way for the establishment of Lund University in the emergi

https://www.nano.lu.se/labs/lund-nano-lab/nanolab-science-village - 2026-10-09

Research that creates cutting-edge solutions

NanoLund’s vision is to be a world-leading research center that uses the unique opportunities offered by nanoscience to advance fundamental science and to address societal challenges. To realize our vision, we are organized into research areas. Materials & Manufacturing – Controlled synthesis and assembly of nanostructured materials are key in future sustainability applications.Quantum Science & T

https://www.nano.lu.se/research - 2026-10-09

Light & Materials Synergy Meeting 2026: Sensing and sensors

To enhance the collaboration within the Lund University Research Profile area Light and Matter, the Light & Materials Synergy Day is organised by the Lund Laser Centre and NanoLund. Time and placeOctober 14th, 2026Science Village Hall, The Loop, Rydbergs Torg 4, LundProgramme8:30 Coffee and registration8:55 The programme startsIntroduction: Light & Materials, Lund Laser Centre, NanoLund. Speakers:

https://www.nano.lu.se/synergymeeting2026 - 2026-10-09

Past Annual Meetings

Past Annual Meetings (2017–2025) Annual Meeting 2025(PDF 193 kB)Annual Meeting 2024(PDF 133 kB)2023 – Light & Materials Synergy Day (PDF 28 kB)Annual Meeting 2022(PDF 217 kB)Annual Meeting 2021(PDF 227 kB)Annual Meeting 2020(PDF 62 kB)Annual Meeting 2019(PDF 65 kB)Annual Meeting 2018(PDF 59 kB)Annual Meeting 2017(PDF 99 kB)

https://www.nano.lu.se/annualmeeting/past-annual-meetings - 2026-10-09

Probing excitations and charges in nanomaterials using photons

Research areas:Spatially and temporally resolved studies of charge carriers in semiconductors and metal.Micro photoluminescene studies of semiconductors and biological samplesHot carrier cooling in perovskite nanostructuresTerahertz Materials AnalysisQuantum dynamics of matter-light interactionQuantum optical properties of nanostructuresSpatially and temporally resolved studies of charge carriers

https://www.nano.lu.se/research/photons/probing-excitations-and-charges-nanomaterials-using-photons - 2026-10-09

Light-active materials

Research areas:Polaritons: Microcavity mediate strong light matter interactionPerovskite nanocrystal solidsEfficient Photoelectrode Fabrication for Renewable Energy TechnologiesPolaritons: Microcavity mediate strong light matter interactionResonance with a cavity mode provides means for strong light-matter interaction. We have prepared a microcavity with a high concentration of photosynthetic ligh

https://www.nano.lu.se/research/photons/light-active-materials - 2026-10-09

Photon emitters, detectors and converters

Research areas:Microwave photonicsNanowire carrier diffusion induced light emitting diodes.Making and characterisation of semiconductor micro-LED using cathodoluminescenceMicrowave photonicsMicrowave photons are one of the main interaction media in solid-state quantum devices such as superconducting and semiconducting qubits. We study experimentally and theoretically microwave photons interacting

https://www.nano.lu.se/research/photons/photon-emitters-detectors-and-converters - 2026-10-09

X-ray characterization of nanostructures

Research areas:Nanoscale X-ray analysisNanostructured X-ray detectorsX-ray-based spectroscopy of nanostructure devicesIn-situ X-ray studies under synthesis and fabrication conditionsNanoscale X-ray analysisWe are developing novel methods for X-ray analysis of nanostructures, in close collaboration with the MAX IV synchrotron facility. Modern X-ray optics can reach below 100 nm focus size, which al

https://www.nano.lu.se/research/photons/x-ray-characterization-nanostructures - 2026-10-09

Start

Fågel- och fjärilsdata Vi tar emot, lagrar och tillgängliggör miljöövervakningsdata. Datamängder Registersida med de datamängder vi hanterar. Tillgång till data Sök och ladda ner data via användargränssnitt och API. Leverera data Instruktioner och dokument för dataleverantörer Kontakt Frågor om data, datauttag och leveranserAnnelie Jönsson Forskare Biologiska institutionenEpost: naturdatavardskap

https://www.naturdatavardskap.lu.se/start - 2026-10-09

Leverera data

Vem kan leverera data till oss?Vi tar emot data från de dataleverantörer som är listade i vårt avtal med Naturvårdsverket. Tillhör du inte en av dessa organisationer men anser att data som du ansvarar för skulle passa att lagras och tillgängliggöras hos oss så är du välkommen att kontakta oss. Det är möjligt att vi i ett framtida skede, efter diskussion med vår uppdragsgivare, kan inkludera er dat

https://www.naturdatavardskap.lu.se/leverera-data - 2026-10-09

Tillgång till data

Om data Inom Naturdatavärdskapen har vi tagit fram en gemensam dataproduktspecifikation (DPS) för utdata, alltså data i det format som de tillgängliggörs av de tre datavärdarna. DPS:en beskriver bland annat innehållet och strukturen för dataprodukten, det vill säga den totala datamängden som ingår i Naturdatavärdskapen, samt vilka kvalitetskrav som finns på den. Innehåll och struktur framgår av de

https://www.naturdatavardskap.lu.se/tillgang-till-data - 2026-10-09

Om oss

Datavärd för fågel- och fjärilsdata UppdragetVi är på uppdrag av Naturvårdsverket nationell datavärd för data om fåglar och fjärilar som samlats in inom svensk miljöövervakning. Uppdraget startade under 2019, och vår uppgift är att ta emot, leveranskontrollera, lagra och tillgängliggöra dessa data. I uppdraget ingår också att ta fram vissa bearbetningar av data som till exempel kan förenkla dess a

https://www.naturdatavardskap.lu.se/om-oss - 2026-10-09

Om webbplatsen

Behandling av personuppgifter Lunds universitet behandlar personuppgifter i enlighet med EU:s dataskyddsförordning 2016/679, dataskyddslagen 2018:218 och annan relevant lagstiftning. Mer om hur vi behandlar personuppgifter finns på Lunds universitets centrala webbplats. Kakor (cookies) Den här webbplatsen använder kakor. En kaka är en liten textfil som lagras på din dator när du besöker en webbpla

https://www.naturdatavardskap.lu.se/om-webbplatsen - 2026-10-09

Datamängder

Registersida Datamängder inom datavärdskapetI tabellen nedan listas de delprogram inom den nationella och regionala miljöövervakningen (NMÖ, RMÖ) som detta datavärdskap hanterar och har publicerat data från. Efterhand som fler datamängder blir tillgängliga så skrivs de in i listan. Listan är uppdelad efter miljöövervakningens programområden som finns på Naturvårdsverkets webbplats. I tabellen hitt

https://www.naturdatavardskap.lu.se/datamangder - 2026-10-09

Nazarbayev University

Nazarbayev University is a premier flagship academic institution located in Astana, Kazakhstan, with the ambition of becoming a world-class research university. Opened in 2010 on the initiative of the First President of Kazakhstan, Nursultan Nazarbayev, it was established to serve as a national brand of higher education and a model for academic reforms in the country. It is unique in the region fo

https://www.norca.lu.se/nazarbayev-university - 2026-10-09