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This dataset contains the information obtained on personality traits, social support and sociodemographic details

This project is associated with the article entitled “Octopus-Inspired Perceptive Soft Tentacles for Versatile Coordinated Manipulation,” published in Device journal by the first author Yufeng Wang. It contains the main raw data and source code used in the study.

Figure S1. Aive and dead scabies mites under conventional and ultraviolet-induced fluorescence dermatoscopy (UVFD). A. Viable scabies mite under magnified non-polarized dermatoscopy. B. Non-viable scabies mite under magnified non-polarized dermatoscopy. C. Viable scabies mite displaying bright green fluorescence under magnified UVFD. D. Non-viable scabies mite exhibiting no fluorescence of empty carapax under magnified UVFD.

This thermochronological fission-track dataset was collected along the Bhagirathi Valley in the NW Himalaya, India. The data belongs to the part of the PhD work of Sanjeeb Behera and is an outcome of a Ministry of Earth Sciences (MoES) funded project. All analytical work was conducted at the National Facility for Low-Temperature Thermochronology, Kurukshetra University, Kurukshetra, Haryana, India. The dataset corresponds to the research article titled “Synchronous Sequential Thrusting and Extension-Controlled Exhumation of the Higher Himalayan Crystalline in the Bhagirathi Valley, NW Himalaya.” We employed 3D thermo-kinematic modeling to constrain exhumation patterns, controls, and fault parameters. This repository includes the forward and inverse modeling tables, relevant figures, and a compilation table of cooling ages. This supplementary materials are version 3.

Replication Package for Environment, Pollution Emissions and the Real Exchange Rate, submitted to Economic Modelling (ECMODE-D-25-00873)

The data set contains 20 sheets documenting a solar-tracking system study. It combines metadata, literature comparisons, mechanical and geometric parameters, generalized coordinates, dynamic variables, inertial, aerodynamic, irradiance, and control parameters. It also includes simulation scenarios and time-series outputs for solar position, trajectory tracking, torque, motion, wind response, actuator power, and net energy gain. Key results compare a proposed dual-axis tracker with a fixed baseline, showing PV energy capture, tracking-energy consumption, net useful energy, and improvement percentages. Sensitivity sheets examine inertia and wind effects, while validation data compares tracking accuracy, disturbance recovery, torque, and energy performance with published studies.

Data were collected from public GitHub repositories using Python scripts and GitHub Code Search. Solana Rust smart contract source files were retrieved with keywords including declare_id!, anchor_lang, and solana_program, combined with a Rust language filter. Files without extractable Solana Program IDs were excluded. Valid source files were organized into program-unit metadata and handler-level chunks. File-level annotations were generated using Semgrep and Solshield, with auxiliary review from Qwen-3.5-Plus and DeepSeek-v3.2.

Numerical source data underlying the figures of the above single-author article (submitted to Gene, Elsevier): RT-qPCR relative RNA levels, BRIC (5'-bromouridine immunoprecipitation chase) RNA-decay time courses, and paraspeckle-quantification values, plus the oligonucleotide list (Supplementary Table S1). One Excel workbook with one sheet per figure panel and a README sheet describing the conventions. Image-only panels (western blot, RNA-FISH) are the figure images in the article and are not tabulated here.

The following folder contains the ReadMe file and the code file needed to run the code and replicate the results of our work entitled "Regional Digital Infrastructure and Cross-regional Mergers and Acquisitions: Evidence from China".