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Avdelningen för ledningsstöd ansvarar för fakultetsövergripande processer inom forskning, utbildning, samverkan, drift och lokaler samt generell myndighetsutövning. Avdelningen ger strategiskt och operativt stöd till institutions- och fakultetsledningar och arbetar med att utveckla effektiva arbetssätt samt samordning inom lednings- och beslutsstöd.
Vår forskning utvecklar ny kunskap om arkitekturens och den byggda miljöns disciplin och praktik i syfte att utbilda nästa generation av designutövare. Rumsliga processer av global urbanisering fungerar som en plattform för att undersöka och påverka kopplingar mellan människor, natur, konst, material och teknik. Vår tvärvetenskapliga forskningsstrategi integrerar teorier och metoder från designdiOur research develops new knowledge about the discipline and practice of architecture and the built environment in order to educate the next generation of design practitioners. Spatial processes of global urbanisation serve as a platform to investigate and influence connections between people, nature, art, materials and technology. Our interdisciplinary research approach integrates theories and m
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
Institutionen för processteknik och tillämpad biovetenskap bildades i januari 2024 efter en sammanslagning av Institutionen för kemiteknik och Institutionen för livsmedelsteknik. Välkommen till en institution som tar sig an ett brett spektrum av forskningsfrågor, ger utbildningar som är efterfrågade av arbetsmarknaden och samarbetar i en internationell miljö. Många av våra forskare och lärare arbWe were formed in January 2024 after a merger of the Department of Chemical Engineering and the Department of Food Technology, Engineering and Nutrition. Welcome to a department that addresses a wide range of research issues, provides education that is in demand by the labour market and collaborates in an international environment. Many of our researchers and teachers work at the global forefront
The construction of the European Spoliation Source (ESS) faces many challenges from the neutron beam transport point of view: the spoliation source is specified as being driven by a 5 MW beam of protons, each with 2 GeV energy, and yet the requirements in instrument background suppression relative to measured signal vary between 10(-6) and 10(-8). The energetic particles, particularly above 20 MeV
The BCJR algorithm is an important channel decoding method. We extend it to trellis rate-distortion data compression. Beginning from source coding principles, the derivation of the algorithm avoids channel coding or soft output ideas. The encoder does not use entropy coding; equiprobable reproducer letters are emphasized since these maximize entropy. The BCJR method is demonstrated by tests of a
The BCJR algorithm is an important method of channel decoding. We extend it here to rate-distortion encoding. The arguments begin from source coding principles and make no use of channel coding or soft output ideas. An important role is played by codeword ensembles with equiprobable reproducer letters. The BCJR method is demonstrated by tests of a tailbiting BCJR with the Gaussian source. The outc
The European Spallation Source (ESS), currently under construction in Lund, Sweden, will house a suite of 16 user instruments for neutron scattering experiments. The spallation source of the ESS will emit relatively long, 2.8 ms, neutron pulses with an integrated flux that will greatly exceed that of current facilities. This leads to both large advancements in instrument performance as well as to
Som utbytesstudent är du fortfarande student vid Lunds universitet. Studierna ska kunna tillgodoräknas i din examen vid Lunds universitet. HeltidsstudierEn ingående förutsättning för utbytesstudier är att det är studier på heltid. För att kunna tillgodoräkna dig dina studier utomlands som 30 hp per termin måste du säkerställa att du tar så många poäng/credits som vi på fakulteten betraktar som hel
https://www.sam.lu.se/utbildning/internationella-mojligheter/utbytesstudier/4-krav-tillgodoraknande - 2026-07-07
Fuel cells are considered as a promising alternative environmentally benign power source to the existing ones depending on petroleum oil. Especially, proton-exchange membrane fuel cells (PEMFCs) have been intensively developed during the last decade because of their wide application windows including various portable, stationary and transportation applications. The market has been and will be main
Many animals use vision to detect, discriminate, or recognize important objects such as prey, predators, homes, or mates. These objects may differ in color and brightness-having chromatic and achromatic contrast to the background or to other objects. Visual models are powerful tools to investigate contrast detection, but need to be calibrated by experimental data to provide robust predictions. The
We present a-posteriori analysis of higher order finite element approximations (hp-FEM) for quadratic Fredholm-valued operator functions. Residual estimates for approximations of the algebraic eigenspaces are derived and we reduce the analysis of the estimator to the analysis of an associated boundary value problem. For the reasons of robustness we also consider approximations of the associated in
Calcitonin gene-related peptide (CGRP) research was initiated by Poyner et al.,(1) who found that the calcitonin gene encodes the 37-amino acid neuropeptide CGRP in neuronal tissue. Within months, the Lund group produced antibodies toward α-CGRP and developed sensitive methods to study the role of this peptide in the cranial circulation. Intracranial vessels and the trigeminal ganglion harbor this
