Iskanje po repozitoriju

Opis: The transition to a low-carbon economy represents a significant challenge and opportunity for Turkey, whose energy mix is 90% fossil fuel. In this context, this research aims to analyse the role of financial development (FD), economic complexity (EC), and environmental technology (PET) on renewable energy consumption (REC) in Turkey over the period from 1980 to 2020. The Fourier Bootstrap ARDL (FBARDL) approach, a new technique that can capture up to five smooth structural breaks and address small sample biases, indicates that a significant ‘green structural lock-in’ exists, where a 1% rise in FD and EC causes a 1.12% and 0.70% decrease in REC, respectively. In other words, Turkey’s financial development and economic complexity are still locked into fossil fuel consumption. In contrast, PET positively influences REC, where a 1% rise in PET causes a 0.12% rise in REC. The Granger causality test further confirms that FD and PET have a one-way causality to REC. The research contributes to the existing literature on the Turkish energy equilibrium, providing a much-needed antidote to the prevailing ‘positive finance’ assumptions in non-OECD economies.
Ključne besede: financial development, renewable energy, environmental technology, Turkey, Fourier Bootstrap ARDL
Objavljeno v RUP: 24.08.2026; Ogledov: 243; Prenosov: 6
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Opis: This paper examines technology transfer within the EIT RawMaterials framework, with a particular focus on innovation projects operating at Technology Readiness Levels (TRL) 4–7. Drawing on a sample of 18 completed projects spanning technology, product, and service development, the study analyses how ecosystem-based mechanisms facilitate the transition from research to market. The findings reveal heterogeneous innovation trajectories and a weak correlation between initial TRL levels and commercialisation outcomes. Successful technology transfer is strongly associated with early involvement of industry partners, the integration of business planning, and clearly defined intellectual property strategies. Furthermore, the results highlight the importance of coordinated ecosystem support – encompassing funding, networking, and performance-based incentives – in addressing the so-called innovation ‘valley of death.’ The paper contributes to the innovation management literature by providing empirical insights into ecosystem-driven technology transfer within a capital-intensive sector.
Ključne besede: technology transfer, innovation ecosystems, EIT RawMaterials, TRL, research–industry collaboration
Objavljeno v RUP: 09.06.2026; Ogledov: 427; Prenosov: 12
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Opis: Both universities and companies create value and innovation to maintain their position and remain competitive. Different, but still similar, with two goals that are shared. With their collaboration, they can enhance their pursuit of sustainability and as well corporate social responsibility by creating and delivering value and thus contributing to the well-being of society. This paper thus examines the determinants and indicators of successful university–industry collaboration (UIC) in the context of knowledge and technology transfer. The purpose of the research is to identify key factors that drive effective UIC and to establish measurable indicators for evaluating the performance of this collaboration. The paper aimed to understand not only what drives UIC but also how to measure its effectiveness. So, an exploratory, theory-building approach, adopting a systematic literature review is applied. By focusing on the determinants and measurable outputs of UIC, the paper provides insights into the strategic importance of measuring knowledge and technology transfer for a wide range of stakeholders involved in it. UIC for universities is a part of their third mission and their CSR, while with respect for companies, UIC is a result of practicing open innovation and pursuing corporate social responsibility. While consolidating these dimensions, the study also develops a holistic input–output indicator framework that not only clarifies how collaboration is initiated and structured but also how it can be evaluated in practice.
Ključne besede: corporate social responsibility, indicators, innovation policy, knowledge and technology transfer, sustainability, technology transfer office (TTO), university–industry collaboration (UIC)
Objavljeno v RUP: 13.04.2026; Ogledov: 654; Prenosov: 13
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Opis: Artificial intelligence transforms human learning and education. Social robots in the elementary classroom enter the human sphere in the critical period of child’s development. Social robotic educational technology, designed for long-term emotional connections and relationships, raises questions in the pedagogic relations and interaction. Research on teacher perceptions and readiness is deficient. This paper reports analyses of aspects of child-social robot interaction are of concern to pre-service teachers from China, Russia and Slovenia. Findings indicate that at the heart of participating pre-service teachers in China, Russia and Slovania concerns are authenticity and humanness. Our findings show their concerns are mainly rooted in the belief that the robot shouldnot acquire the ability to perform authentic interactions nor should undertake a teaching roles. There is a widespread agreement among participants from three cultural contexts that teachers remain essential in educational contexts. In contrast, concerns related to social Interaction indicate notable group differences. The article highlights the teacher’s responsible planning and use of artificial intelligence educational technology.
Ključne besede: pre-service teachers, artificial intelligence, social robot, humanoid robot, anthropomorphic robot, educational technology, concerns scale, China, Russia, Slovenia
Objavljeno v RUP: 16.03.2026; Ogledov: 750; Prenosov: 7
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Opis: Introduction The global increase in the older adult population has amplified interest in supporting aging in place. Age-related physical and cognitive limitations pose significant challenges, for example managing daily tasks such as medication or household activities can become increasingly difficult. This also burdens informal caregivers with emotional stress, time demands and care coordination. Assistive technologies can enhance autonomy, social connection and health management, but their long-term adoption and use remain limited. Methods Within the Pharaon project, the study explored factors influencing technology use among older adults after 12 months of use. The research focused on the Italian pilot while integrating insights from other European sites. Qualitative data from semi-structured interviews were analyzed thematically and validated through reflection meetings and iterative online questionnaires. Recurring factors were consolidated, prioritized and mapped to explore interconnections affecting adoption. Results Initial findings revealed 30 factors, including personal characteristics, motivational aspects, technical design, social dynamics, and environmental context. These were rated by participating teams and 25 were retained for deeper analysis. An interconnection analysis explored how these factors influenced one another. Highly interconnected factors, such as social context, personalized training, ease of use, and cognitive changes, were central to understanding and improving technology adoption. In contrast, aspects like education level, internet access, and technical requirements appeared less interconnected, indicating more isolated effects. Discussion This multi-site, empirical investigation emphasizes the complex and interconnected nature of technology adoption among older adults. Our findings underscore the need for user-centered design, tailored training, and sensitivity to social context. Furthermore, the interactive mapping of interrelated factors provides a practical framework for developers and policymakers to target impactful interventions. To our knowledge, this is the first cross-pilot study to empirically define and score factors affecting older adults’ technology use based on multi-pilot data across Europe, offering valuable insights for long-term, meaningful engagement.
Ključne besede: older adults, technology usage, factors influencing technology use, user experience, assistive technology
Objavljeno v RUP: 05.02.2026; Ogledov: 797; Prenosov: 9
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