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22 september 2026 15:00 till 16:00 | Seminarium Understanding ultra-wide-bandgap materials: Challenges and opportunities for sustainable energyMed: Mathias Schubert, gästprofessor Viktor Rindert, doktorand Vanya Darakchieva, professorAvdelningen för fasta tillståndets fysik.Seminariet ges på engelska. I vårt engelska kalendarium finns en sammanfattning.HybridmöteVarmt välkommen till Mötesplats Ryd

https://www.fysik.lu.se/evenemang/motesplats-rydberg-understanding-ultra-wide-bandgap-materials-challenges-and-opportunities - 2026-10-05

29 september 2026 15:00 till 16:00 | Seminarium Aviation research: from physics to human factorsMed Elna Heimdal Nilsson, professor, Institutionen för flyg och aeronautiska vetenskaper.Seminariet ges på engelska. Du hittar en sammanfattning av seminariet i vårt engelska kalendarium.HybridmöteVarmt välkommen till Mötesplats Rydberg på plats i Rydbergsalen kl. 15.15.Fika (kaffe & kaka) serveras från

https://www.fysik.lu.se/evenemang/motesplats-rydberg-aviation-research-physics-human-factors - 2026-10-05

13 oktober 2026 13:15 till 15:00 | Ferdinand Omlor försvarar sin licentiatuppsats med titeln:"Ring-Shaped Double  Quantum Dots".Uppsatsen hålls tillgänglig på avdelningen för fasta tillståndets fysik, Fysiska institutionen, Lunds universitet.Opponent: Jose Carlos Abadillo-Uriel, Instituto de Ciencia de Materiales de Madrid, CSIC, Spanien.Examinator: docent Adam Burke, Fysiska institutionen, Lunds

https://www.fysik.lu.se/evenemang/licentiatseminarium-ferdinand-omlor - 2026-10-05

16 oktober 2026 13:15 till 16:00 | Johan Lundquist försvarar sin doktorsavhandling i fysik med titeln:"Machine Learning for Longitudinal Monitoring and Control of Ultra-Bright Electron Beams".Johan Lundquists avhandling finns att läsa och ladda ner via Lunds universitets forskningsportal.Fakultetens opponent är  Dr Rasmus Ischebeck, Paul Scherrer Institut, Schweiz. Om evenemangetPlats:Rydbergsalen

https://www.fysik.lu.se/evenemang/disputation-johan-lundquist - 2026-10-05

Vilda spekulationer inför NobelprisetFysikutredningens rapport har precis offentliggjorts, och det känns inte som att vi har färre frågor nu än vi hade när prefektbrevet skickades ut i september. Men det kommer vi att diskutera mycket under de närmaste veckorna, så låt mig i stället ägna mig åt andra roliga spekulationer: det är Nobelprissäsong!Vem tror du får fysikpriset i år? Blir det kanske någ

https://www.fysik.lu.se/om-oss/prefektbrev/prefektbrev-2026/prefektbrev-oktober-2026 - 2026-10-05

Fysik ingår som ett centralt ämne i många av LTH:s civil- och högskoleingenjörsutbildningar. Kurserna är sökbara för programstudenter vid LTH. Alla LTH-kurser som ges av fysiska institutionen finns beskrivna på LTH:s webbplats.Aktuella kurser på fysiska institutionen i LTH:s kurskatalog (extern engelskspråkig webbplats).LTH:s webbplats.Studenter vid andra fakulteter kan i undantagsfall söka kurser

https://www.fysik.lu.se/utbildning/kurser/kurser-pa-lths-programutbildningar - 2026-10-05

Lund University  Clinical Center for Spectral and Acoustic Imaging is an interdisciplinary center that have been established at the Faculty of Medicine and the Faculty of Enginering (LTH) at Lund University to ensure a solid platform with the required expertise. Our vision is to make photoacoustics a new clinical diagnostic tool and become world leaders in photoacoustic research. The infrastructur

https://www.photoacoustics.lu.se/welcome-clinical-center-spectral-and-acoustic-imaging - 2026-10-05

Photoacoustic imaging is one of the most promising non-invasive biomedical imaging techniques. It combines laser light and ultrasound to generate high resolution 3D images (resolution 15–40 μm, 2 cm depth) of the tissue structure and molecular composition. The analyzed tissue is irradiated with pulsed laser light, which causes so-called thermoelastic expansion, which in turn generates mechanical w

https://www.photoacoustics.lu.se/platform/photoacoustic-imaging - 2026-10-05

Diffuse reflectance spectroscopy (DRS) utilizes white light with a known spectrum, which is guided to the surface of the skin via an optical fiber. As light penetrates into the tissue, photons either scatter or become absorbed where only a fraction of the injected photons manage to escape back from the skin surface. This light is captured by a second fiber and measured with a spectrometer. Dependi

https://www.photoacoustics.lu.se/welcome-photoacoustic-center/commercial-diffuse-reflectance-spectroscopy - 2026-10-05

https://www.photoacoustics.lu.se/shortcuts - 2026-10-05

This project focuses on evaluating novel imaging techniques for measurement of perfusion and oxygenation in the anterior segment of the eye and the eye muscles during strabismus surgery. By doing this, the risk of anterior ischemia could be calculated and surgical techniques optimized. Strabismus is a state of impaired ocular alignment with a prevalence of 2-4% in the western world. In children, s

https://www.photoacoustics.lu.se/clinical-applications/strabismus-surgery - 2026-10-05

Unsupervised skin tumour delineation using hyperspectral imaging and machine learning. Hyperspectral imaging provides detailed spectral and spatial information of a surface in ways our eyes are not capable of visualizing. We use a custom-made hyperspectral imaging camera from Norsk Elektro Optikk (NEO), capable of providing spectral information between 400-1700 nm. While this allows us to produce

https://www.photoacoustics.lu.se/technical-development/machine-learning - 2026-10-05

Lund University funding for research infrastructure (Lunds Universitetsgemensamma medel för forskningsinfrastuktur)Lund University has allocated funds for university-wide financing of infrastructure. These funds are announced annually by the university joint research committee. Interdisciplinary research environments with special strategic importance for the university are the focus of the call.Th

https://www.photoacoustics.lu.se/funding - 2026-10-05

We use the photoacoustic imaging technology platform to solve clinical problems while developing technology to make this possible. Motion Tracking Machine Learning Spectral Unmixing Spectral Coloring Tissue Heating

https://www.photoacoustics.lu.se/technical-development - 2026-10-05

Pediatric surgery for gastrointestinal and genital malformations The purpose of this project is to develop, evaluate and implement novel bioimaging techniques for monitoring perfusion and oxygenation during pediatric surgery, with regard to congenital anorectal malformations, Hirschsprung’s disease and tumors, and to assess the correlation to postoperative complications in the skin and intestine.

https://www.photoacoustics.lu.se/clinical-applications/pediatric-surgery - 2026-10-05

PhD thesis from the Lund University Photoacoustic Center. The thesis are opened in a new window.Khodaverdi A. Development of Photoacoustic Imaging Techniques Towards Clinical Translation; Lund University; 2025-09-12Hult J. Skin tumor delineation using photoacoustic imaging and hyperspectral imaging; Lund University; 2024-11-22Bunke J. Novel Bioimaging Techniques using Spectral Information for Moni

https://www.photoacoustics.lu.se/dissertations - 2026-10-05

We have a Teledyne FLIR A655sc camera for highly resolved thermal imaging, which allows for non-invasive temperature mapping of tissue. This enables direct feedback of the potentially damaging effects of absorbing too much laser light, which is important for setting guidelines for safe clinical implementation of PAI. Thermal imaging is also useful as a complementary monitoring system for a range o

https://www.photoacoustics.lu.se/welcome-photoacoustic-center/thermography - 2026-10-05

Spectral coloring is a phenomenon that becomes relevant when studying light of different “colors” (wavelengths) propagating through tissue. It is expected that light gets attenuated as it reaches further into the tissue. However, since the absorbing species in the tissue interact with different wavelengths, the spectrum of light that remains to be absorbed at deeper layers will change shape and th

https://www.photoacoustics.lu.se/technical-development/spectral-coloring - 2026-10-05

Ultra-High frequency is the highest resolution of medical ultrasound available today. This groundbreaking technique opens up to new possibilities, for medical imaging, with resolution as fine as less than half a grain of sand.  Vevo® F2 With the VEVO® F2, FUJIFILM VisualSonics, is a unique and flexible system for research use, with the possibility of Ultra high to low frequency imaging (71–1 MHz).

https://www.photoacoustics.lu.se/welcome-photoacoustic-center/ultrasound - 2026-10-05

The study of eye movements is an important source of information for researchers (eg neurobiologists, psychologists and optometrists) and healthcare professionals (eg neurologists, ophthalmologists, ear-nose-throat doctors, orthoptists). Research has shown that the study of eye movements is a powerful tool for understanding how our psyche and our brain work. Understanding all eye movement disorder

https://www.photoacoustics.lu.se/clinical-applications/gaze-tracking - 2026-10-05