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https://www.lu.se/formular/celebrating-25-years-lucsus-26th-september - 2026-07-08

We study the deeply virtual Compton scattering off a spin-one particle, as the case for the coherent scattering off a deuteron target. We extend our approach, formulated initially for a spinless case, and discuss the role of twist three contributions for restoring the gauge invariance of the amplitude. Using twist three contributions and relations, which emanate from the QCD equations of motion, w

The spontaneous crafting of hook-tools from bendable material to lift a basket out of a vertical tube in corvids has widely been used as one of the prime examples of animal tool innovation. However, it was recently suggested that the animals' solution was hardly innovative but strongly influenced by predispositions from habitual tool use and nest building. We tested Goffin's cockatoo, which is nei

We study the coherent photoproduction of light vector mesons in Pb-Pb collisions in the framework of color dipole approach. We employ the Glauber–Gribov formalism supplemented by an effective suppression factor RG accounting for the gluon shadowing correction. We adjust the latter to reproduce the deep inelastic structure function F2 (E665) and ρ meson photoproduction (ALICE) data. We achieve a go

The transition towards sustainable rail transportation has positioned hydrogen as a promising alternative to traditional fossil fuels. This thesis focuses on the analysis of design for onboard and offboard hydrogen storage systems for light trains, which plays an important role in facilitating the adoption of hydrogen-powered rail vehicles. It explores state-of-the-art hydrogen storage technolo

LU Holding AB 556500-1467 Box 117, SE - 221 00 Lund, Sweden, Visiting address The Spark, Medicon village, Scheeletorget 1, Lund Telephone +46 46-222 00 00 Internet www.innovation.lu.se 1 A" rsredovisning för LU Holding AB 556500-1467 Räkenskapsåret 2023-01-01 – 2023-12-31 Transaktion 09222115557517147306 Signerat CW, KE, JA, HP, CE, UR, RM, EU, ME LU Holding AB 556500-1467 Box 117, SE - 221 00

https://www.innovation.lu.se/sites/innovation.lu.se/files/2024-08/A%CC%8Arsredovisning%202023%20LU%20Holding%20ink%20revisionsbera%CC%88ttelse%20signerad.pdf - 2026-07-09

Predictors of Transitions From GADA as the Initial Autoantibody to Multiple Autoantibodies of Type 1 Diabetes in Children at Risk by a Dynamic Prediction Model - 10022025_679_176_MP280_You_Ped Diab_2025.pdf PdrdYpbg :pshbkd Mpdchbsnpr ne SpZmrhshnmr Dpnl F9C9 Zr sgd HmhshZk 9tsnZmshancw sn Ltkshokd 9tsnZmshanchdr ne Swod 0 ChZadsdr hm Bghkcpdm Zs Phri aw Z CwmZlhb Mpdchbshnm Lncdk Kt Wnt0 DZkZrshm

https://www.teddy.lu.se/sites/teddy.lu.se/files/2025-11/176%20You%20et%20al.%20Predictors%20of%20Transitions%20From%20GADA%20as%20the%20Initial%20Autoantibody%20to%20Multiple%20Autoantibodies%20of%20Type%201%20Diabetes%20in%20Children%20at%20Risk%20by%20a%20Dynamic%20Prediction%20Model%20-%20Ped%20Diab_2025.pdf - 2026-07-09

The annual cycle shows activities to handle during the academic year 2025-2026. Activities are listed with the dates on which they can be carried out or with their deadlines. Study periods (LP)LP 1/HT1: from end of August until including OctoberLP2/HT2: from November until beginning of JanuaryLP3/VT1: from middle of January until including MarchLP4/VT2: from April to the beginning of JuneActivitie

https://www.intradesign.lth.se/description-annual-cycle-2526 - 2026-07-07