1401 research outputs found
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Quantum Mpemba effect without global symmetries
No full textData for exact diagonalization and iTEBD results. The dataset includes separate data files for each figure in the manuscript, in the .npz format which can be loaded through python
Systematic Fluorination is a Powerful Design Strategy Towards Fluid Molecular Ferroelectrics
No full textComplete raw data associated with the paper "Systematic Fluorination Is a Powerful Design Strategy toward Fluid Molecular Ferroelectrics"
We are environments for each other [trio] (City St George's 23-05-2025)
No full textComposition for electric violin, piano and electromagnetic resonator. Performed by Mira Benjamin (electric violin) and Zubin Kanga (piano and electromagnetic resonator). Recorded live at City St George's, University of London, 23rd May 202
Dataset for the study of Photocurrent generation by plant light-harvesting complexes is enhanced by lipid-linked chromophores in a self-assembled lipid membrane
No full textThis dataset shows the raw data, analysed data and documentation related to figures and tables from the study "Photocurrent generation by plant light-harvesting complexes is enhanced by lipid-linked chromophores in a self-assembled lipid membrane". This includes: absorbance spectra, fluorescence decay curves and spectra, analysis of fitting of fluorescence spectroscopy data, photocurrent data, action spetcra
Codes and Data - Climate Change Assessment of Barotse Floodplain Floodwave
Get PDFThis dataset includes climate forcing data, hydrological and hydrodynamic model outputs, flood pulse calculations, and geographical vector files for modeling the hydrology and flood dynamics of the Upper Zambezi Basin. It uses climate projections from ISIMIP and models from HYDROMAD and LISFLOOD-FP. The dataset contains daily precipitation, temperature, discharge projections, daily flood extents, and monthly water depth simulations. Spreadsheets detail flood pulse variable calculations, and the dataset also includes codes for modeling, analysis, and figure production. The structure aligns with the associated research paper, with folder names matching relevant sections
Capturing Dynamic Assembly of Nanoscale Proteins During Network Formation
No full textThe structural evolution of hierarchical structures of nanoscale biomolecules is crucial for the construction of functional networks in vivo and in vitro. Despite the ubiquity of these networks, the physical mechanisms behind their formation and self-assembly remains poorly understood. Here, we use photochemically cross-linked folded protein hydrogels as a model biopolymer network system, with a combined time-resolved rheology and small-angle x-ray scattering (SAXS) approach to probe both the load-bearing structures and network architectures thereby providing a cross-length scale understanding of the network formation. Combining SAXS, rheology, and kinetic modelling, we propose a dual formation mechanism consisting of a primary formation phase, where monomeric folded proteins create the preliminary protein network scaffold; and a subsequent secondary formation phase, where both additional intra-networks crosslinks form and larger oligomers diffuse to join the preliminary network, leading to a denser more mechanically robust structure. Identifying this as the origin of the structural and mechanical properties of protein networks creates future opportunities to understand hierarchical biomechanics in vivo and develop functional, designed-for-purpose, biomaterials
On-chip Raman spectroscopy of live single cells for the staging of oesophageal adenocarcinoma progression
No full textGenerated datasets, figures and MATLAB/Python scripts used for the duration of this work. All raw, EMSC-corrected and pre-processed Raman data is available
Dataset for Airborne observations of ice-nucleating particles during the 2022 DCMEX campaign, New Mexico
No full textDeep convective clouds play crucial roles in atmospheric processes, generating lightning, severe weather, and significant rainfall, while their extensive anvils reflect solar radiation. However, models face limitations due to a lack of understanding of microphysical processes in these clouds. Ice-nucleating particles (INP), essential for initiating primary ice production, have only rarely been measured in air directly relevant for convective clouds. This makes separating the roles of primary and secondary ice difficult to resolve. Here we report the abundance and likely composition of INP during the Deep Convective Microphysics Experiment (DCMEX) campaign in New Mexico, USA, using measurements made from the FAAM BAe 146 aircraft during flights over and around the Magdalena Mountains. INP were collected on filters during sampling circuits around the mountain range at varying altitudes and then analysed offline for immersion mode ice-nucleating activity using droplet freezing assays and composition using scanning electron microscopy
Data and code associated with "Dynamics of bistable Neel domain walls under spin-orbit torque"
No full textData and code associated with "Dynamics of bistable Neel domain walls under spin-orbit torque
Dataset associated with "Controlling the Optical Properties of Transparent Auxetic Liquid Crystal Elastomers"
No full textThis dataset contains transition temperatures, refractive indices and order parameters of a family of acrylate-based auxetic liquid crystal elastomers. This also includes refractive index anisotropy, birefringence and transmission spectra data of liquid crystal elastomers