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https://www.historiskamuseet.lu.se/english - 2026-05-01

Pufendorfinstitutet är ett tvärvetenskapligt institut med syfte att stimulera till samarbete mellan forskare från olika discipliner inom Lunds universitet. I "Teman" och" Advanced Study Groups" ges forskare från alla universitetets fakulteter möjlighet att tillsammans utforska vetenskapliga problem .The Pufendorf Institute for Advanced Studies is an interdisciplinary institute with the aim to stimulate collaboration between researchers from different disciplines within Lund University. In "Themes" and "Advanced Study Groups", researchers from all faculties of the university are given the opportunity to jointly explore scientific issues.

The Urban Systems and Dynamics group, led by Prof. Nik, advances the boundaries of Building Physics to explore the complex interactions between buildings, urban systems, and climate. Our research focuses on designing and optimizing strategies for buildings and urban systems (with a big focus on energy systems) that drive the sustainable urban transition and enhance the built environment's resilienThe Urban Systems and Dynamics group, led by Prof. Nik, advances the boundaries of Building Physics to explore the complex interactions between buildings, urban systems, and climate. Our research focuses on designing and optimizing strategies for buildings and urban systems (with a big focus on energy systems) that drive the sustainable urban transition and enhance the built environment's resilien

Our ultimate research vision is to discover, develop and implement novel neuroprotective and neurorestorative therapies for neurological disorders such as Parkinson’s disease, Huntingtons disease and stroke. My group works with translational research that is tightly linked to clinical research questions. Our experimental focus is to understand neurovascular disease mechanisms. We examine the dysfu

Our research uses advanced technology to generate neurons from novel cell sources with the aim to extensively define the subtype and function of the generated neurons and their potential for therapeutic use in the future. For this we are using reprogramming technology in animal models or human stem cell culture system, together with electrophysiology, RNA sequencing, tracing technologies and cell

https://biologi.blogg.lu.se/agenda-for-the-fun-meeting-19-3-26/ - 2026-05-02

Injectable Bioresorbable Organic Bioelectronics Neuropharmacology—our ambition is to supplement classical biochemical signaling with the modulation of bioelectricity using both ionic and electronic processes. We focus on organic electronics that self-assemble directly inside or near the nervous system to form electronic circuits that mimic its structure and organization, enabling seamless integratInjectable Bioresorbable Organic Bioelectronics Neuropharmacology—our ambition is to supplement classical biochemical signaling with the modulation of bioelectricity using both ionic and electronic processes. We focus on organic electronics that self-assemble directly inside or near the nervous system to form electronic circuits that mimic its structure and organization, enabling seamless integrat

https://www.geriatrik.lu.se/sites/geriatrik.lu.se/files/2025-10/Nyhetsbrev%20fra%CC%8An%20GA%CC%8AS-projektet%20december%202023.pdf - 2026-05-03