Publicerad 18 januari 2019 Vi har fortfarande inte fått filen med de upplupna lönerna från Statens Servicecenter. Det innebär alltså att det dröjer innan vi kan ge klartecken för rapportuttag. Vi återkommer med besked.

https://www.ekonomiwebben.lu.se/artikel/status-slutbokforingar - 2025-07-09

Publicerad 18 januari 2019 Filen med de upplupna lönerna är inläst. Periodiseringarna är bokförda, pålägg och fördelning av 91:an är körda på nytt. Det som återstår är resultatavräkningen, vilket kommer ske under helgen. Vi lämnar en ny lägesrapport angående den på måndag morgon.

https://www.ekonomiwebben.lu.se/artikel/lagesrapport-helarsbokslutet - 2025-07-09

Publicerad 21 januari 2019 Även resultatavräkningen bokfördes klart i fredags. Det går alltså bra att börja ta ut rapporter, men kompletterande central bokföring kan komma att göras till och med 24 januari på grund av motpartsavstämningen med andra statliga myndigheter.

https://www.ekonomiwebben.lu.se/artikel/resultatavrakningen-ar-bokford - 2025-07-09

Publicerad 21 januari 2019 Nya uppföljningskrav ställs på universitet och därför finns det en ny finansiär: 216 Polismyndigheten.Gå igenom dina aktiviteter som berörs av detta och ändra till denna finansiär på flik 2. Tänk även på det när du bokar ut från utredningskontot och när du bokar om gamla poster. Sektionen Ekonomi har ändrat till rätt finansiär i kundregistret.

https://www.ekonomiwebben.lu.se/artikel/ny-finansiar-216-polismyndigheten - 2025-07-09

Publicerad 23 januari 2019 Instruktioner till Bokslut på institution-uppgiften Avstämning av stödverksamhet skickas ut imorgon. I samband med det förlänger vi också tiden för inlämning i LU Box till den 8 februari. 

https://www.ekonomiwebben.lu.se/artikel/avstamning-stodverksamhet - 2025-07-09

Publicerad 24 januari 2019 Nu finns en ny instruktion/mall för avstämning av stödverksamheten. Avstämningen utgår från rapport 102 i EOS där årets utfall och kapital på aktiviteterna 990098 samt 990099 ska vara enkla att hitta via ett Förval – läs mer i dokumentet. Rapport 307b används för vidare analys och det finns inget krav på att använda den, rapporten är ett hjälpmedel för att lättare kunna

https://www.ekonomiwebben.lu.se/artikel/uppdaterad-instruktion-avstamning-stodverksamhet - 2025-07-09

Publicerad 25 januari 2019 En extra uppdatering körs över lunch 25 januari i EOS. Avvakta med att ta rapporter till efter kl 13.

https://www.ekonomiwebben.lu.se/artikel/uppdatering-i-eos - 2025-07-09

Published 15 August 2017 NanoLund spin out Sol Voltaics secured 21 million US dollar in a funding round over the summer. The new finance will be used to accelerate commercialization of its highly anticipated solar efficiency boosting technology, SolFilm™ which promises to increase conventional solar panel efficiencies by up to 50%“This latest round of finance gives us the critical capital required

https://www.nano.lu.se/article/21-million-dollar-funding-sol-voltaics - 2025-07-09

Published 30 June 2017 June 8th 2017 the deputy Vice-Chancellor appointed Arkady Yartsev Professor in Chemical Physics with specialization in ultrafast spectroscopy. Read more about Arkady on his homepage.

https://www.nano.lu.se/article/arkady-yartsev-appointed-professor - 2025-07-09

Published 26 June 2017 Håkan Pettersson has been elected Sweden's representative in the International Union of Pure and Applied Physics (IUPAP) Commission on Semiconductors.The Commission on Semiconductors (C8) was established 1957 to promote the exchange of information and views among the members of the international scientific community in the general field of Semiconductor Physics.Read more abo

https://www.nano.lu.se/article/hakan-pettersson-iupap-semiconductor-commission - 2025-07-09

Published 7 July 2017 In a new study, Donatas Zigmantas and Erling Thyrhaug from NanoLund, together with researchers from the University of Copenhagen, have studied nanoclusters consisting of 20 silver atoms. For the first time, the researchers managed to measure the exact energy levels and identified that the ultrafast energy flow is linked to the structural changes that occur when light excites

https://www.nano.lu.se/article/silver-atom-nanoclusters-could-become-efficient-biosensors - 2025-07-09

Published 13 September 2017 Researchers from NanoLund and from Fudan University in China have successfully designed a new structural organization using the promising solar cell material perovskite. The study shows that solar cells increase in efficiency thanks to the material’s ability to self-organise by standing on edge.The current research study deals with perovskite, a new and promising materi

https://www.nano.lu.se/article/solar-cells-more-efficient-thanks-new-material-standing-edge - 2025-07-09

Published 21 April 2017 Researchers involved in NanoLund have succeeded in producing nanotubes from a single building block using so-called molecular self-recognition. The tube can also change shape depending on the surrounding environment. The results can contribute to the future development of transport channels for drugs through the cell membrane.In the present study, researchers from Lund Univ

https://www.nano.lu.se/article/nanotubes-build-themselves - 2025-07-09

Published 7 April 2017 A group of researchers active at NanoLund have made the first iron-based molecule capable of emitting light. This could contribute to the development of affordable and environmentally friendly materials for e.g. solar cells, light sources and displays.Through advanced molecular design, the Lund researchers have now successfully manipulated the electronic properties of iron-b

https://www.nano.lu.se/article/modern-alchemy-creates-luminescent-iron-molecules - 2025-07-09

Published 7 April 2017 The usual way of cultivating cells is to use a flat laboratory dish of glass. However, inside a human body, the cells do not grow on a flat surface, but rather in three dimensions. This has lead researchers at Lund University in Sweden to develop a porous “spaghetti” of tissue-friendly polymers with cavities in which the cells can develop in a more natural way.The Lund resea

https://www.nano.lu.se/article/cells-grow-more-naturally-spaghetti - 2025-07-09

Published 24 March 2017 Please save the date for NanoLunds annual meeting 2017 on Thursday, September 7.We are planning to hold the meeting in Lund, in an all-day format with talks and posters during the day and a joint dinner in the evening. More information and the opportunity to register will come well before the summer break.

https://www.nano.lu.se/article/nanolund-annual-meeting-7-september-2017 - 2025-07-09

Published 23 March 2017 Professor Kenneth Wärnmark at the Department of Chemistry and active in NanoLund has been awarded the 2017 Edlund Prize from the Royal Swedish Academy of Sciences, for his cutting-edge research on iron-based dyes in solar cells.Read more on the homepage of the Royal Swedish Academy of Sciences (in Swedish).

https://www.nano.lu.se/article/chemist-receives-prize-royal-swedish-academy-sciences - 2025-07-09

Published 15 March 2017 Today’s computers use vast amounts of electric power – so much so that the inability to cool the processors actually hampers the development of more powerful computers. In addition, they cannot do two things at the same time, which affects the processing speed needed.The EU is now funding a large project that aims to develop technology for an extremely powerful computer bas

https://www.nano.lu.se/article/parallel-network-based-biocomputation - 2025-07-09

Published 15 March 2017 Researchers of NanoLund, in collaboration with the group of Stefan Hell at the Max Planck Institute for Biophysical Chemistry in Göttingen, have published an article in Nano Letters showing that nanowires can be imaged using super resolution optical microscopy. In the article, GaInP nanowires were imaged using ground state depletion at a five fold resolution enhancement com

https://www.nano.lu.se/article/nanowire-imaging-super-resolution-optical-microscopy - 2025-07-09

Published 3 April 2017 The Swedish Research Council has decided to support a project lead by Jonas Tegenfeldt on diagnosing disease such as sleeping sickness and malaria in remote locations with the help of a nanotechnology based device coupled to a mobile phone camera.The method will enable quick and precise diagnosis with very minuscule amounts of sample and will first be tested in Ghana and Tan

https://www.nano.lu.se/article/mobile-phone-microscope-diagnostics - 2025-07-09