Our Work

Pure hydrogen was produced by means of chemical looping steam methane reforming with novel oxygen carriers. Ni-ferrite, Ni-ferrite-ZrO2, and Ni-ferrite-CeO2 were synthesized as oxygen carriers and cha…

Pure hydrogen was produced by means of chemical looping steam methane reforming with novel oxygen carriers. Ni-ferrite, Ni-ferrite-ZrO2, and Ni-ferrite-CeO2 were synthesized as oxygen carriers and characterized by X-ray diffraction (XRD), Brunauer-Emmett-Teller (BET) method, scanning electron microscopy (SEM), dynamic light scattering (DLS), and hydrogen temperature-programmed reduction (H2-TPR). The performances of the as-synthesized oxygen carriers in the cyclic oxidation-reduction were investigated in the packed-bed microreactor at a defined temperature range and under atmospheric pressure. Ni0.39Fe2.61O4-ZrO2 exhibited the best performance and maximum methane conversion among the other oxygen carriers. In addition, high selectivities for H2 and CO were reached. 

Ushbu tadqiqot ishida oziq-ovqat sanoati korxonalarida ta'minot zanjirini boshqarish bo'yicha Niderlandiya, Germaniya va Singapur tajribalari tahlil qilingan. Xorijiy amaliyotda logistika, xarid, ishl…

Ushbu tadqiqot ishida oziq-ovqat sanoati korxonalarida ta'minot zanjirini boshqarish bo'yicha Niderlandiya, Germaniya va Singapur tajribalari tahlil qilingan. Xorijiy amaliyotda logistika, xarid, ishlab chiqarish, ombor, transport va taqsimot jarayonlarini integratsiyalash, ta'minot manbalarini diversifikatsiya qilish, raqamli monitoring, mahsulot sifati va oziq-ovqat xavfsizligini ta'minlash hamda logistika xarajatlarini maqbullashtirishning ahamiyati yoritilgan. Xalqaro tajribani O'zbekiston oziq-ovqat sanoati korxonalariga moslashtirish orqali ta'minot uzluksizligi, resurslardan foydalanish samaradorligi, logistika samaradorligi va korxonalar raqobatbardoshligini oshirish yo'nalishlari asoslangan.

An inverse-logarithmic-square evolution law, motivated by numerical studies of non-autonomous maps and Riemann zeros, has been proposed as a generator of CMB-like fluctuations. We isolate its linear l…

An inverse-logarithmic-square evolution law, motivated by numerical studies of non-autonomous maps and Riemann zeros, has been proposed as a generator of CMB-like fluctuations. We isolate its linear lattice sector and ask which features of a temperature sky can identify the evolution law. An exact modal transfer gives $P_N=|T_N|^2P_0$: Gaussianity is inherited from Gaussian initial conditions, and a freely adjustable initial mode spectrum can absorb a change of cooling law wherever the transfer is nonzero. We verify this degeneracy numerically and compare $\ln^{-p}$ schedules with $\(p=0,1,2,3\)$, matched in accumulated propagation, using 2048 simulated skies and the observed Planck PR3 SMICA temperature map. With fixed geometry and either of two initial power spectra, all four schedules show substantial mismatch in reserved low-multipole bands. Their ordering depends on the initial spectrum; a Planck-spectrum Gaussian reference performs better under the same shape diagnostic. These results constrain the tested generators, without excluding every logarithmic model. A separate initial-field reconstruction attains $\(r=0.997\)$ on fitted pixels, illustrating the freedom rather than selecting the dynamics. A distinct thin-shell spectral extension reaches acoustic multipoles, but a three-parameter fit still misses their observed sequence. Reusing the exact transfer also accelerates repeated linear final-field calculations, as quantified against the direct implementation. The contribution is an exact, reproducible separation of dynamical effects from initial-condition freedom, together with a route to tests using newly released polarization and lensing products.

The GRAPHEGIA project was present at Graphene Week 2026 (September 2026, in Porto, Portugal) sharing its research progress and results with the European graphene researchers’ and innovators&rsqu…

The GRAPHEGIA project was present at Graphene Week 2026 (September 2026, in Porto, Portugal) sharing its research progress and results with the European graphene researchers’ and innovators’ community. Konstantinos Mylonas, Materials & Processes Engineer at PLEIONE Energy (Greece), presented a poster on industrial-scale laser modification of graphene and graphitic anodes for high-capacity, fast-charging lithium-ion battery cells.  This poster combined work from two EU-supported research projects developing high-performance, durable graphene-enabled next-generation Li-ion batteries: GRAPHERGIA (G.A.n° 101120832) and INERRANT (G.A.n°101147457).  

Code and data associated with the article "Revisiting established deforestation figures in the Republic of Guinea". The data consist of aggregated and clipped rasters from the following sources : CCI:…

Code and data associated with the article "Revisiting established deforestation figures in the Republic of Guinea". The data consist of aggregated and clipped rasters from the following sources : CCI: ESA Climate Change Initiative Land Cover time-series, 300m (ESA, 2017) GLAD GFC: GLAD Global Forest Change, 30m (Hansen et al., 2013) JRC TMF: JRC Tropical Moist Forest, 30m (Vancutsem et al., 2021)  

This software provides the digitized experimental data, the MATLAB and Python codes used for the identification, and the identified parameter set for copper in accordance with the thermodynamic disloc…

This software provides the digitized experimental data, the MATLAB and Python codes used for the identification, and the identified parameter set for copper in accordance with the thermodynamic dislocation theory (TDT

Data behind LIVIA Atlas: AlphaFold-Multimer protein interaction screens scored with iLIS (AFM-LIS), keeping the interface and contact residues of every prediction. livia-atlas-human-proteome.zip: hum…

Data behind LIVIA Atlas: AlphaFold-Multimer protein interaction screens scored with iLIS (AFM-LIS), keeping the interface and contact residues of every prediction. livia-atlas-human-proteome.zip: human proteome-wide screen. Schmid et al. (2025), doi:10.1101/2025.11.10.687652. livia-atlas-human-kinase-tf.zip: human kinase–transcription factor screen. Kim et al. (2025), doi:10.1101/2025.10.10.681672. livia-atlas-flypredictome.zip: FlyPredictome, Drosophila melanogaster. Kim et al. (2026), doi:10.64898/2026.04.14.718529. Keyed by FlyBase gene; identity.tsv maps every construct name to its gene, and sets.json marks subsets such as the fly kinase–TF screen (Kim et al. 2025). livia-atlas-{human,zebrafish,yeast,worm}-kinase-kinase.zip: kinase–kinase screens in human, zebrafish, yeast and C. elegans. livia-atlas-viral-dimers-afdb.zip: protein pairs of 2,765 viruses (1,699,288 predictions: every pair within each viral proteome, homodimers included, never across viruses) from the AlphaFold Database viral protein complexes release (EMBL-EBI, Google DeepMind, NVIDIA and collaborators, 2026; CC BY 4.0), one AlphaFold-Multimer model per pair, rescored with lis.py. Each zip is uncompressed, so the website reads single files by byte range. Inside: manifest.json, proteins.json, edges.tsv (pairs past the 10% FPR cutoff), and one bundle per protein in b/ (lis.py rows with residues, and a FASTA). Please cite the source of each screen. Version 0.1.1: FlyPredictome constructs carry the sequences that were folded and are placed on their genes by sequence; kinase–kinase screens added. Version 0.1.2: a gene whose isoforms were folded separately keeps one bundle per isoform, so a page can read the reference first: b/<gene>.zip holds the reference and an isoforms.json listing the others, each in b/<gene>~<k>.zip. Version 0.1.3: the viral screen is added. In the existing screens, scores are cut, not rounded (4 decimals in bundles, 3 in edge lists); 3,192 residue lists that the old scorer had shortened are emptied and flagged; missing scores are null; a sequence pair folded more than once is counted once, by its highest-iLIS prediction, while each screen keeps its own; and the fly kinase–kinase screen is complete (34,271 pairs; one batch had been filed with the kinase–TF screen). Known issue: in about 216 FlyPredictome batches (ligand–receptor, large-scale proteomics and other sets; not the kinase sets) residue numbers start at 0; they are being rescored for the next version. Versions were renumbered from 1.x to 0.1.x on 27 September 2026 (1.0 is 0.1.0, 1.1 is 0.1.1, 1.2 is 0.1.2); their files and DOIs are unchanged.

View the below recordings for a unique glimpse into the 2020 University of York MSc residential course in Health Economics (run by the Department of Economics and Related Sciences). Each lecture is on…

View the below recordings for a unique glimpse into the 2020 University of York MSc residential course in Health Economics (run by the Department of Economics and Related Sciences). Each lecture is one hour in duration and offers a sample of the course material delivered during the Evaluation of Health Care module, which focuses specifically upon concepts around informing decisions using cost-effectiveness analysis, economic evaluation in LMICs, and prioritising interventions. Visit the University of York MSc Health Economics course pages for more informationPlease note: these materials are available for study purposes only and should not be used for commercial purposes or re-presented without the permission of the author. The materials are provided on an 'as is' and 'as available' basis and the University of York makes no warranty or representation as to the accuracy or completeness of the information included on this website. To the extent permitted by law, the University of York, expressly excludes all liability for loss or damage (howsoever arising) suffered as a result of any use of the materials. For full details about the terms of use for these materials, please visit the Global Health Economics Hub.

The eDNAuqa-Plan Policy Recommendations Fact sheet has been developed by the eDNAqua-Plan Consortium members.