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HÖGSKOLEUTBILDNING I KYRKOMUSIK | 120 HP Hållpunkter för din ansökan Ansök till programmet på antagning.seAnsökningsperiod: 1 december 2025 – 15 januari 2026. Styrk din behörighet. Sista kompletteringsdag för att styrka din behörighet är 26 januari 2026. Kallelse till antagningsprov skickas i början av februari till den mejladress du angav vid ansökan. Skicka noter till pianoackompanjatör med vanl
KONSTNÄRLIGT MASTERPROGRAM I KYRKOMUSIK Hållpunkter för din ansökan Ansök till programmet på antagning.seAnsökningsperiod: 1 december 2025 – 15 januari 2026. Delprov 1. Ladda upp dina arbetsprover senast 21 januari 2026. En jury bedömer arbetsproverna och godkända sökande går vidare till delprov 2. Kallelsen till delprov 2 skickas till den mejladress du angav vid ansökan. Styrk din behörighet. Sis
KONSTNÄRLIGT MASTERPROGRAM I KYRKOMUSIK Hållpunkter för din ansökan Ansök till programmet på antagning.seAnsökningsperiod: 1 december 2025 – 15 januari 2026. Delprov 1. Ladda upp dina arbetsprover senast 21 januari 2026. En jurygrupp bedömer arbetsproverna och godkända sökande går vidare till delprov 2. Kallelsen till delprov 2 skickas till den mejladress du angav vid ansökan. Styrk din behörighet
Internationell samverkan är en central del av Musikhögskolan i Malmö, där ett starkt fokus ligger på att bygga broar mellan olika kulturer och musiktraditioner. Genom att etablera strategiska partnerskap med musikskolor och institutioner runt om i världen, främjar vi utbyte av kunskap, erfarenheter och konstnärliga uttryck som berikar både våra studenter och lärare. Partnerlärosäten Partnerskap in
https://www.mhm.lu.se/samverkan/internationell-samverkan - 2026-04-25
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https://www.nano.lu.se/studying-nanowires-synchrotron-light - 2026-04-25
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https://www.nano.lu.se/integrating-engineer-sustainability-and-safety-awareness-nanoeducation - 2026-04-25
NanoLund includes research groups in three faculties at Lund University as well as MAX IV and many groups outside Lund University. Our members are thus to be found in many places – however, a lot of our activities take place at the Physics Department (Fysicum) in the heart of Lund. NanoLund members can be found at several Lund University faculties as well as elsewhere. For more information about N
https://www.nano.lu.se/contact-and-people/how-find-us - 2026-04-25
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https://www.nano.lu.se/nanowires-promise-photovoltaics - 2026-04-25
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https://www.nano.lu.se/do-nanowires-cast-shadows-need-optics-modeling - 2026-04-25
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https://www.nano.lu.se/light-emitting-diodes-macro-nano - 2026-04-25
Kick-start your career in interdisciplinary nanoscience and nanotechnology A key success factor for NanoLund is our wide sharing of equipment that allows everyone – from doctoral students to new faculty – to access an incredibly wide range of capabilities within characterization, fabrication, and modelling, from the day they start working with us. NanoLund always welcomes applications from outstan
https://www.nano.lu.se/about-nanolund/career-opportunities - 2026-04-25
We strive to be an international, highly visible nanoscience center that offers exceptional scientific opportunities, training, and career development. We do this through a strong culture of openness and by offering access to an incredibly wide range of capabilities within characterization, fabrication and modelling. This is the place to be. Our research environmentNanoLund is built on a high degr
https://www.nano.lu.se/about-nanolund/nanolund-great-place-do-nanoscience - 2026-04-25
A world-leading research center creating cutting-edge solutions to societal challenges. Our vision, our mission and our aims to contribute to the society are all about understanding and improving the world – with the tools of nanoscience and nanotechnology. Our vision: To be at the Forefront of Nanoscience Our vision is to be a world-leading research center that uses the unique opportunities offer
https://www.nano.lu.se/about-nanolund/vision-mission - 2026-04-25
How to make contacts to randomly placed objects? Here I present an overview of the LabVIEW software I have developed that helps us to accurately and reproducibly fabricate contacts to nanowires randomly dispersed on a sample. It is used by many researchers working with transport measurements, transistor characterization, 4-probe measurements, Hall measurements, thermoelectric characterization etc.
https://www.nano.lu.se/software-resources-nanowire-contacting-and-electrical-measurements - 2026-04-25
The NanoLund Distinction will be awarded to PhD students within the NanoLund environment who have shown particular dedication to research, education, and outreach activities, have acquired broad knowledge within nanoscience research and its societal relevance and impact, and have demonstrated research independence and leadership. Many PhD students within NanoLund go far beyond the minimum requirem
https://www.nano.lu.se/education/phd-studies/nanolund-distinction-phd-students - 2026-04-25
2017/2018 seriesNanoscience colloquia are on Thursdays at 15:15 (unless otherwise stated) and are preceeded by coffee and cake from 15:00.The organisers of the 2017/2018 Nanoscience colloquia series are Jonas Johansson and Martin Stankovski. 2 November 2017, Thu, k-spaceProf. Dr. Gerhard AbstreiterTechnische Universität MünchenSemiconductor Hetero-Nanowires on Si for Photonic and Electronic Applic
https://www.nano.lu.se/20172018-nanoscience-colloquia - 2026-04-25
The ETEM setup at nCHREM. Photo: Daniel JacobssonThe national Center for High Resolution Electron Microscopy (nCHREM) offers instruments and expertise for imaging, analysis and sample preparation for a wide variety of sample types. The Hitachi 300kV ETEM, pictured here, is an Environmental Transmission Electron Microscope. Inaugurated in 2018 and financed by the KAW foundation, the instrument prov
https://www.nano.lu.se/labs/lund-nano-characterization-labs/nchrem - 2026-04-25
Lund University Scanning Probe Microscopy Facility (LUSP) mainly builds on scanning tunneling microscopy and spectroscopy (STM) and atomic force microscopy (AFM). Experiments can be performed in ultrahigh vacuum conditions (UHV), in air, and in liquids (with AFM). Research focuses on the surface characterization of semiconductor nanostructures, catalytically active materials, and two-dimensional m
https://www.nano.lu.se/labs/lund-nano-characterization-labs/scanning-probe-microscopy - 2026-04-25
Logotypes and templates are found here, as well as our bank of images that illustrate our nanoscience in instructive and artful ways. These images are available to our members for the purpose of promoting NanoLund science or, with permission from the copyright holders, for other purposes. On this page:NanoLund logotypesFind the right fontsPoster templatePowerpoint templateProfile imagesAnnouncemen
https://www.nano.lu.se/nanolundians/templates-downloads - 2026-04-25
At the nanoscale, electrons and atoms perform random thermal motion and can be subject to quantum effects. Can we use the kinetic energy of electrons to do useful work? Can quantum phenomena make energy conversion more efficient? We combine experiment and theory to explore the fundamentals of generating electricity from heat or light, and the use of information to generate work. A device for st
https://www.nano.lu.se/nanoenergy/nanothermodynamics - 2026-04-25
