Explore the vast range of titles available.

This study explores academic research on technology commercialization. Technology commercialization is currently a popular research topic. Universities urgently need the topic of commercialization of technology to capitalize on research products. Many universities are having difficulties with this issue, but this is also a moment for them to benefit from innovation and commercialization. The present study offers opportunities, especially regarding the critical success factors affecting technology commercialization. Therefore, the present study discusses both existing and future research related to technology commercialization. By using publish or perish (PoP) 8, the Authors collected 200 papers related to studying future research opportunities. From 200 papers, 127 papers 127 journals for further study. Among them are 53 papers from Q1 (Scopus indexed), 27 papers from Q2, nine papers found from Q3, and five papers from Q4. It was found that current research trends on this topic predominantly come from developed countries such as the USA, UK, and Italy. Many of them used a qualitative approach that focused on prominent and state universities. Future research may focus on the context of emerging market economies. In addition, combining both qualitative and quantitative approaches from different universities may also provide a greater understanding of technology commercialization and academic entrepreneurship as a whole.

Enabling factors for the commercialization of maritime autonomous technologies (MAT) have previously been identified in the literature: Digitalization, environmental requirements, changes in regulations and crew shortage, amongst others. We utilize a recently developed theoretical framework, the External Enabler Framework (EEF) from Per Davidsson, for clarifying enabling factors, enabling mechanisms, and their characteristics, and how they affect business venturing related to MAT. This paper relates to the Norwegian capacity-building project MIDAS, funded by the Norwegian Research Council. The data is from a survey with a hundred respondents from the Norwegian maritime industries, conducted in September 2023. When comparing the EEF framework with our survey data, we identify four out of eight enabling factors and three out of nine mechanisms to be relevant for MAT. Comments are given on the applicability of EEF to such a complex industry sector as the maritime sector.

Quantum key distribution (QKD) provides in principle unconditional security of key sharing based on the laws of physics only. In the last decade, several experimental and commercial QKD networks have been built and operated worldwide. Demonstrational applications of QKD in financial institutions, government networks, and critical infrastructures such as the power grid have been initially explored. However, large-scale deployment and full-scale commercialization of QKD networks still faces some technological and standardisation challenges. In this paper, recent developments and in-field deployments of QKD networks are reviewed and advancements in QKD standardisation are also discussed.

Digital museums, vital for cultural communication, are undergoing a digital transformation to enhance social impact. A study of 243 articles from 2005-2022 visually maps the field's status, trends, platforms, scholars, and hotspots. It proposes an integration framework for digital museums' \"online-offline\" models, considering research perspectives, influencing factors, processes, and effects. Digital museums are affected by social attention, visitor experience, and environmental turbulence. The \"online-offline\" model complements existing models, promoting museums' development based on their unique characteristics.

This paper presents a solution for aligning medium and short-distance FSO communication links using YOLOv5 for UAV detection and DDPG for PID parameter tuning. Implemented and verified through simulations and physical tests, the system achieves robust and stable alignment under various UAV trajectories. Results show enhanced communication quality.

This paper explores typical business models for rural clean energy systems, analyzing the current state of rural energy production and consumption. Based on the specific characteristics of rural supply and demand, three business models are proposed. The paper also delves into the roles and responsibilities of market participants, designing business model frameworks suited for various scenarios. The aim is to promote the development and commercialization of rural clean energy through innovative business models, supporting the implementation of the rural revitalization strategy.