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LP3 Annual Report 2025

The “new” LP3 was established as a center in June 2016 by the Faculty of Science, the Faculty of Medicine, and LTH, through the merger of the “old” LP3—specialised in protein production—and Lund University’s protein crystallisation facility. It is also now part of the National Infrastructure, Protein Production Sweden (PPS). The “new” LP3 was created as a center in June 2016 by the Faculty of Scie

https://www.lp3.lu.se/lp3-annual-report-2025 - 2026-10-31

Abhijit Das

Postdoctoral fellow Contact details Email: abhijit [dot] das [at] fysik [dot] lu [dot] se Organisation Synchrotron Radiation Research Service point: 14 Webpage Abhijit Das profile in Lund University research portal Other affiliations Member of Strategic Research Area NanoLund: Centre for Nanoscience Profile area member Lund Laser Centre, LLC Profile area member LTH Profile Area: Nanoscience and Se

https://www.sljus.lu.se/abhijit-das - 2026-11-01

Alumni news and stories

Stay informed and connected through the alumni newsletter, blog and social media channels. Discover research news, alumni stories and updates from Lund University. Alumni newsletter, ' Lundensaren ' Lundensaren is sent out six to seven times per year to Lund University alumni as an e-newsletter. In this newsletter you can read about research news, fellow alumni, special offers, developments, what

https://www.lunduniversity.lu.se/alumni/alumni-news-and-stories - 2026-10-31

Chiara Le Roux

Affiliated Contact details Email: chiara [dot] le_roux [at] fysik [dot] lu [dot] se Organisation Particle and nuclear physics Service point: 14 Webpage Chiara Le Rouxs profile in Lund University research portal Publications Displaying of publications. Sorted by year, then title. Filter by type All Article Doctoral Thesis (compilation) Preprint (in preprint archive) Filter Medium effects in small s

https://www.particle-nuclear.lu.se/chiara-le-roux - 2026-11-01

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Three different semiconductor nanowires are combined into a single optoelectronic artificial neuron. Our device provides a path towards low power computations with significantly reduced circuit footprint, thus addressing critical limitations in neuromorphic photonics. The false-coloured scanning electron micrograph shown in Figure 1a depicts the fabricated nanowire neuron. Two pin-doped InP nanowi

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Intense ultrashort-pulsed laser systems based on Ti:sapphire chirped pulse amplifiers (CPA) operating at 800 nm have been a workhorse of ultrafast science for several decades. More recently, driven by the progress in laser technology, sources with central wavelengths further in the infrared have emerged as powerful tools, in particular to generate soft X-ray (SXR) radiation via high-harmonic gener

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Photonics-based approaches to neuromorphic hardware offer advantages in speed and connectivity but often suffer from large device footprints.[1] Here, we present an ultra-compact artificial neuron built from semiconductor nanowires. A scanning electron micrograph of the nanowire device is presented in Figure 1a. Inside the dashed box, we show the neuron built from three III-V nanowires - two InP p

Gabriel Karlsson

Lecturer in Fine Arts Contact details Email: gabriel [dot] karlsson [at] khm [dot] lu [dot] se Organisation Malmö Art Academy Webpage Gabriel Karlssons profile in Lund University research portal Other affiliations Lecturer Malmö Art Academy Gabriel Karlsson is a junior lecturer. Publications Displaying of publications. Sorted by year, then title. Filter by type All Artistic work Filter VÄRN : Utst

https://www.khm.lu.se/en/gabriel-karlsson - 2026-11-01

CMES Newsletter

Latest news about Middle Eastern research at Lund University The CMES Newsletter provides an up-to-date overview of Middle Eastern research, activities and events at Lund University and beyond. Read the latest CMES Newsletter Subscribe to the CMES Newsletter 2026 September 2026 CMES Newsletter #62 June 2026 CMES Newsletter #61 May 2026 CMES Newsletter #60 April 2026 CMES Newsletter #59 March 2026

https://www.cmes.lu.se/outreach/cmes-newsletter - 2026-10-31