Filtyp
ProgramThursday, May 7, 2026 | Skåne University Hospital Aula in Lund (Entrégatan 7)TimeSession8:45 – 9:00Name badge collection9:00 – 9:10Introduction by Martin Garwicz9:10 – 9:50Precision Prevention and Combination Therapies for Alzheimer’s Disease and Related DementiasProf. Miia Kivipelto (Karolinska Institutet)Chair: Niklas Mattsson-Carlgren9:50 – 10:20Coffee break10:20 – 11:00Next challenges i
https://www.neuroscience.lu.se/NSD2026-program - 2026-05-13
Neuroscience Day 2026 will provide an opportunity for students and researchers to showcase their work in a poster presentation format.Two stipends of 8,000 SEK will be awarded to the top two posters: one for best poster and one for best poster presentation.Please note that the deadline for abstract submission for Neuroscience Day 2026 has passed.
https://www.neuroscience.lu.se/events/neuroscience-day/abstract-submission - 2026-05-13
Previously invited speakersNote: Years with links lead to the relevant event page in Lund University's Research Portal with information on that year's organizing committee. Segerfalk Lecturers who have been interviewed at Lund University are linked to the relevant article.2025Sophie Scott, London, UKSandrine Humbert, Paris, FranceChristophe Heinrich , Lyon, FranceRebecca Böhme, Linköping, SwedenSe
https://www.neuroscience.lu.se/events/neuroscience-day/past-events - 2026-05-13
Please note that there is no Segerfalk Mini-Symposium planned for 2026. The next Segerfalk Mini-Symposium is planned to take place in 2027. If you are a researcher interested in hosting and organizing the next Segerfalk Mini-Symposium, please send a brief description of your proposal along with a budget outline (3-5 pages total) to Megg at megg [dot] garcia-ryde [at] med [dot] lu [dot] se (megg[do
https://www.neuroscience.lu.se/events/segerfalk-symposium - 2026-05-13
Lund University neuroscientists are at the forefront of one of the greatest challenges of our time - trying to understand how the brain works. Across disciplines, LU neuroscientists share the same goals: to make key discoveries about brain function, to train the next generation of scientists, and to translate discoveries from the laboratory towards clinical practice. Calendar Link to RSS More even
https://www.neuroscience.lu.se/lund-university-neuroscience - 2026-05-13
The aim is to develop a whole new generation of Brain Machine Interfaces (BMI), electrodes that can be operated into the brain and spinal cord. The electrodes will be able to communicate without wires with an external computer and thereby supply information to and from nerve cells and the central nervous system.By allowing both recordings and stimulations, direct brain – computer interactions will
https://www.neuronano.lu.se/research-1/aim - 2026-05-13
DIRECTORJens Schouenborg, Professor NeurophysiologyCOORDINATORSMartin Garwicz, Professor NeurophysiologyLinda Eliasson, PhD, Administrative CoordinatorSTAFFStaff pages
https://www.neuronano.lu.se/about-neuronano-research-center/organisation - 2026-05-13
The following links will lead to more information about the NRC staff.Johan Agorelius, Associate ResearcherHjalmar Bjartmarz, MDMatilde Forni, Associate ResearcherMartin Garwicz, ProfessorLina Gällentoft, Associate ResearcherLucas Kumosa, Associate ResearcherAlle Retelund, Research EngineerLina Pettersson, ResearcherAgneta SanMartin, Research EngineerJens Schouenborg, ProfessorJonas Thelin, Resear
https://www.neuronano.lu.se/about-neuronano-research-center/staff - 2026-05-13
List of publications.The Neuronano Research Center (NRC) in the Lund University Research portal.
https://www.neuronano.lu.se/research-0/publications - 2026-05-13
https://www.neuronano.lu.se/research-portal - 2026-05-13
DIRECTORProfessor Jens Schouenborgjens [dot] schouenborg [at] med [dot] lu [dot] se+46-46-222 7752COORDINATORSProfessor Martin Garwiczmartin [dot] garwicz [at] med [dot] lu [dot] se+46-46-222 7755Administrative Coordinator Agneta SanMartinagneta [dot] sanmartin [at] med [dot] lu [dot] se+46-46-222 1534 VISITING ADDRESS Neuronano Research CenterMedicon Village, 404:A2Scheelvägen 12223 81 Lund
https://www.neuronano.lu.se/contact-us - 2026-05-13
The Neuronano Research Center (NRC) is supported by: A Linnaeus Grant from the Swedish Research CouncilResearch Environment grant in natural and engineering sciences from the Swedish Research CouncilThe Knut and Alice Wallenberg FoundationFrimurarstiftelsen | Konung Gustav V:s och Drottning Victorias StiftelseA number of individual grants to PIs within the NRC from the Swedish Research CouncilBygg
https://www.neuronano.lu.se/research-0/research-funding - 2026-05-13
Visiting adress:Medicon Village, Scheelevägen 2, LundTraffic spring 2019A building project is on-going and it might me difficulties getting around. See mapParkingYou can park anywhere using Parkster, SMS or credit card. There are also 2 hr free parking for visitors close to building 303.Local busesThe closest bus stops are "Sparta" och "Ole Römers väg"
https://www.neuronano.lu.se/directions - 2026-05-13
Translational collaborationsLund University | Medical Faculty | Department of NeurosurgeryAarhus University Hospital | Danish Neuroscience Center, DNCCentrum för Neuronano Medicin | Region Skåne and Lund UniversityMedicon Bridge | Region Skåne and Lund UniversityResearch collaborationsLund University | Faculty of Engineering | NanoLund | The Center for Nano Science at Lund UniveristyLund Universi
https://www.neuronano.lu.se/research-0/collaborations - 2026-05-13
Latest Research Outputs About Neuronano Research Center
https://www.neuronano.lu.se/welcome-neuronano-research-center - 2026-05-13
The Neuronano Research Center (NRC) is a cross-disciplinary research and innovation center at Lund University, headed by professor Jens Schouenborg. NRC presently involves researchers from the Faculties of Medicine, Engineering and Science and is located at Medicon Village in Lund.The NRC vision has since the start in 2006 been to improve quality of life for disabled patients and individuals with
https://www.neuronano.lu.se/about-neuronano-research-center - 2026-05-13
Our research aim is to develop a new generation of biocompatible Brain Machine Interfaces (BMI), i.e. electrodes that can be implanted into the brain and spinal cord and be maintained there over long periods of time. The implantable electrodes will be used to establish stable high-fidelity communication between neuronal networks in the central nervous system and computers for research and therapeu
https://www.neuronano.lu.se/research-0 - 2026-05-13
GDPR – Processing of personal data at Lund University Information about processing of personal data at Lund University Cookies This website uses cookies. According to the Electronic Communications Act (25 July 2003) all visitors to a website must be informed if cookies are used and how they can be blocked. A cookie is a small file which is added to your computer when you visit a website. Any sub
https://www.neuronano.lu.se/about-web-page - 2026-05-13
https://www.neuronano.lu.se/about-nrc-2 - 2026-05-13
KURSBESKRIVNING Strålterapifysik Var tredje person i västvärlden drabbas av cancer, och antalet nya fall per år ökar stadigt. Strålbehandling är idag vårt mest effektiva alternativ till kirurgi, och mer än hälften av alla cancerpatienter behandlas i kombination med strålning. Dagens strålbehandling är tekniskt avancerad och kan levereras med hög precision. Samtidigt pågår en ständig utveckling. Me
https://www.msf.lu.se/extp45-stralterapifysik - 2026-05-13
