This dataset provides the resources for replicating and extending the research work. It includes the source code, videos, images, and essential results that document every stage of the study. The provided code facilitates direct implementation and validation of the methodologies, while the videos and images offer visual insights into the experimental procedures and outcomes. Key results are meticulously documented to highlight the significance of the findings.

Entrepreneurial education still faces diverse challenges, including discrepancy between the theory and the practice with regard to professional standards for credentialing and preferential access to quality training opportunity. Although the ability of Digital Learning (DL’s) is to provide scalable, adaptive and attractive learning, the issues to ensure quality assurance and the way to evaluate the skill validation are still open.

Analysis of bacterial biofilms is particularly challenging and important with diverse applications from systems biology to biotechnology.  Among the variety of techniques that have been applied, time-of-flight secondary ion mass spectrometry (ToF-SIMS) has many promising features in studying the surface characteristics of biofilms. ToF-SIMS offers high spatial resolution and high mass accuracy, which permit surface sensitive analysis of biofilm components. Thus, ToF-SIMS provides a powerful solution to addressing the challenge of bacterial biofilm analysis.

In this work, an ultrathin plasma-enhanced atomic layer deposition (PEALD) alumina (Al2O3) was first introduced between top platinum (Pt) and underneath a-IZO. As consistently verified by experiment and simulation, such interlayer fundamentally eradicate the interface oxygen deficiency and MIGS, contributing to a much higher ΦB and noticeably JR, while the optimized ultrathin thickness readily allow the electron tunneling, resulting in minimal impact on the forward current.