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The purpose of this paper is twofold: first, to propose a methodology to empirically investigate the longitudinal development of social media content concerning buildings characterized by iconic architecture and second, to report on the application of this methodology.

We collected and analyzed empirical data of social media content shared via Instagram between 2011 and 2019 on 16 buildings that can be considered iconic architecture projects. Using an automated pipeline, we collected and processed 264,000 posts and 140,000 images from Instagram for the selected case studies. By studying the posting activity of Instagram users through time series analysis and conducting content analysis of the social media posts by means of both image classification and topic modeling, we report on the development of users’ capturing and reception of the selected case studies on Instagram over time.

First, we identify two distinct time patterns of social media content: instantly popular buildings whose popularity fades over time and buildings that gradually gain popularity over time. Second, we distinguish differences in the content of social media posts: some buildings are primarily covered for their architectural features and others for their cultural function and facilities.

Using empirical investigation of Instagram data on iconic architectural projects, we have identified a correlation: buildings primarily posted for their architecture are generally also the ones to gain instant online popularity that subsequently faded over time. In contrast, buildings primarily posted for their function and facilities slowly gained popularity on the social media platform over time.

The surge of digital technologies and information communication technologies poses a challenge to traditional placemaking, influencing how people live, communicate and connect with their environments. In response, placemaking practices are integrating emerging digital technologies, giving rise to digital placemaking. This digital approach aims to present new opportunities for establishing a sense of place, encouraging unique interactions and adding value to communities in social, economic, cultural and environmental aspects.

This paper aims to examine the current landscape of digital tools and apps that facilitate digital placemaking. Conducting an extensive literature review, the research evaluates these tools based on their positive contributions to placemaking, categorizing them according to the aspects they enhance in the placemaking process. These aspects include social dynamics, cultural influences, environmental considerations, artistic qualities, heritage preservation, support for human well-being, urban development and opportunities for digital collaboration among citizens. Additionally, the paper explores digital pedagogy for placemaking, analyzing various tools for their educational approach, knowledge production methods and learning outcomes.

The findings indicate a growing trend in utilizing digital tools for placemaking, driven by technological advancements like augmented and virtual reality, artificial intelligence and the internet of things. Similar to traditional placemaking, digital practices are collaborative and context-dependent, requiring engagement from multiple stakeholders for optimal success. Notably, successful digital placemaking apps often incorporate interactivity and multimodality. Digital collaborative platforms can significantly impact placemaking and sustainable urban design, serving as effective tools for both bottom-up and top-down knowledge production and learning related to placemaking.

The findings of this study must be seen considering certain limitations. The scoping review utilized analysis of most relevant bibliometric databases, however, in the domain of digital placemaking there are undertakings by private companies, nongovernmental as well as governmental organizations which are not cited in the scientific databases. This limitation was tackled by using conventional search engines like Google and Bing to identify and study such projects. Also, it must be noted that the digital domain is rapidly developing and being integrated in digital placemaking. Even more, the artificial intelligence technology, which is being applied across all disciplines, with so far unforeseen possibilities, should be further examined how it is being adopted and implemented in the domain of digital placemaking and which are its impacts in the placemaking processes and outcomes.

Despite these advancements, many digital tools lack a comprehensive approach to address the various aspects of sustainability in placemaking. Consequently, further research is needed to develop digital tools that adopt a holistic approach, ensuring justifiability and feasibility in social, environmental and economic terms. Furthermore, in alignment with the goals of the EU Green Deal, incorporating Circular Economy principles into the development of new digital placemaking methods and tools is crucial.

The purpose of this research is as follows: DPP-BOH-PVA has been synthesized from 1,1′:3′,1″-terphenyl-5'-boronic acid (DPP-OH) and polyvinyl alcohol (PVA). The afterglow lifetime of DPP-BOH-PVA was studied by changing contents of DPP-OH (1, 2 and 4 Wt.%). These films were characterized with Fourier transform infrared, X-ray diffraction as structural analysis and DSC as thermal analysis. Afterglow lifetimes were evaluated as time-resolved emission decay profile analysis. Fiber films of DPP-BOH-PVA-2-E have been prepared by electrospinning method with the diameter of 5 μm and afterglow life time of 2.1 s (@ 535 nm) under ambient conditions. Stimulus responsive properties with afterglow emission for fiber film were investigated.

During the synthesis of the polymer, modification was carried out using DPP-OH/PVA with a molar ratio of 1/4, under an alkalinity medium with ammonium hydroxide and with a temperature of 80°C.

XRD results indicate that DPP-BOH-PVA film had high crystallinity, which is crucial for preparing organic room temperature phosphorescence (RTP) materials.

The reaction mixture must be stirred continuously. Temperature should be controlled to prevent the rapid evaporation of ammonium hydroxide.

This study provides technical information for the synthesis of multidimensional stimulation response RTP micron fiber thin film. The electrospinning technology may also promote the applications of the large areas of RTP films.

This resin will be used for the multidimensional stimulation response RTP fiber thin film.

The diameter of fiber film of PP-BOH-PVA-2-E by electrospinning method was in the range of 5 μm, and its afterglow lifetime decayed to be 2.1 s.

The digitalization of archival management has rapidly developed with the maturation of digital technology. With data's exponential growth, archival resources have transitioned from single modalities, such as text, images, audio and video, to integrated multimodal forms. This paper identifies key trends, gaps and areas of focus in the field. Furthermore, it proposes a theoretical organizational framework based on deep learning to address the challenges of managing archives in the era of big data.

Via a comprehensive systematic literature review, the authors investigate the field of multimodal archive resource organization and the application of deep learning techniques in archive organization. A systematic search and filtering process is conducted to identify relevant articles, which are then summarized, discussed and analyzed to provide a comprehensive understanding of existing literature.

The authors' findings reveal that most research on multimodal archive resources predominantly focuses on aspects related to storage, management and retrieval. Furthermore, the utilization of deep learning techniques in image archive retrieval is increasing, highlighting their potential for enhancing image archive organization practices; however, practical research and implementation remain scarce. The review also underscores gaps in the literature, emphasizing the need for more practical case studies and the application of theoretical concepts in real-world scenarios. In response to these insights, the authors' study proposes an innovative deep learning-based organizational framework. This proposed framework is designed to navigate the complexities inherent in managing multimodal archive resources, representing a significant stride toward more efficient and effective archival practices.

This study comprehensively reviews the existing literature on multimodal archive resources organization. Additionally, a theoretical organizational framework based on deep learning is proposed, offering a novel perspective and solution for further advancements in the field. These insights contribute theoretically and practically, providing valuable knowledge for researchers, practitioners and archivists involved in organizing multimodal archive resources.

Amazon Explore is a new online experience product from Amazon, which offers live stream sightseeing of destinations around the world. This paper aims to provide a first insight into how exactly Amazon Explore enters the virtual experience (VE) industry, and discuss the possible implications of its business model for the future of virtual and offline travel experiences.

Qualitative and quantitative methods of content analysis methods were employed in this study. The sample of this research consisted of 175 Amazon Explore products. Firstly, the authors analysed the content of each product, and then quantitative method were used to present the data. With this analysis, the authors presented how Amazon Explore is testing the foundations for new business models, and discuss the possible implications for the future of tourism. One year later, those same Amazon Explore products were reviewed again to check development progress. The following were the main questions regarding VE: How interactive are Amazon Explore products? How does Amazon Explore aim to ensure the monetisation of these products in an economically sustainable way in order to go beyond the “freemium” business model, often associated with VE as just another destination marketing tool?

This article presents the discussions of VE and virtual reality (VR). The authors determined the level of interactivity of the diverse VE offered themes with a model of four levels of interactivity. The results show that the analysed products achieve mostly only low levels of interaction. Regarding monetisation, Amazon Explore shows three possible future directions in the development of VE: as a marketing tool, as an extension of the offline experience and as potentially someday replacing real travel as part of the future monetisation scenario.

The article offers the first insights into Amazon's extension into the realm of VE in two time periods in 2020 and 2021, and, based on these preliminary results, discusses four possible scenarios for the future development of VE monetisation.

This paper considers the exhibition: UnDoing. This research-through-curation project examined interactions within existing spaces and situations. This established links between the selected exhibits, the gallery, the city and with the continuum of the previous exhibition.

Carefully selected architects, designers and artists were invited to contribute—those who pursued a contextual approach; whose practice explored the way buildings, places and artefacts are reused, reinterpreted and remembered.

Through the act of curation, this research uncovered a series of different approaches to constructed sites and existing buildings, from layered juxtaposition, the refusal to undo, to interventions of new elements within architectural works.

Curation offered the opportunity to consider works of architecture and of art through the same lens, for direct comparisons to be made and the influence of one upon the other to be comprehended.

The examination processes the architect employs is similar to that of the artist; the development of an understanding of place, and from this synthesis, creative interpretation. However, despite the similarities in the starting position, the elucidation developed by the artist can be vastly different to that of the architect.

The juxtaposition and new classifications created by the exhibition encouraged visitors to look at art, architecture and the city in a different way; to grasp the direct link between the different subjects; and the possibilities created.

The two driving factors for UnDoing were places of previous occupation and the city of Manchester. The qualities of surrounding constructed environment combined were combined with attitudes towards existing structures and places.

The present study investigates information-sharing behaviour and awareness of students towards the infringement of copyright and associated rights while information sharing. The purpose of this study is to seek answers to the issue of whether or not students infringe on the rights of others and, if they do, whether they do so deliberately or unwittingly. Even though the Copyright Act and copyrighted works are often disregarded, students, teachers and peers are long-term trading and adapting new e-resources for their use.

The study collected data from students in India through a survey using Google Forms from January 2022 to May 2022. It analysed it using SPSS software to identify behaviour patterns, trends and factors influencing actions and awareness regarding potential copyright issues during data sharing.

The study finds that many students in India engage in copyright infringement, either deliberately or unwittingly. Many students are unaware of copyright laws and regulations and do not understand the consequences of their actions.

The study’s findings are limited to students in Tamil Nadu, India, and may not represent students in other countries or regions. The findings can inform policies and educational programmes that promote ethical and legal behaviour among students and help reduce the incidence of copyright infringement.

This study’s originality and value stem from its unique approach of merging information sharing, seeking and copyright concepts.

This paper aims to identify and evaluate the industrial heritage of the Safawi region, which has suffered from neglect and government dispossession. It proposes strategies for documenting and repurposing the Al-Safawi cinema, advocating for its transformation into a historical museum. Repurposing culturally significant structures as museums offers opportunities to address challenges, preserve heritage, promote sustainable urban development, improve local quality of life, and attract tourists.

Employing an inductive approach, this research uses qualitative methods, including detailed descriptive analysis, along with contemporary digital documentation tools such as RTC360 Laser Scanning, Digi Cad 3D, Autodesk Revit, AutoCAD, and Photoshop.

The study demonstrates that converting heritage buildings into museums requires minimal alterations to maintain authenticity and historical integrity. These findings provide valuable insights into architectural considerations that inform decision-making processes for museum projects, contributing to discussions on museum standards, practices, and adaptive reuse within the Jordanian context.

This study stands out for its use of advanced digital tools within the Jordanian context, representing a significant advancement in digital documentation practices. Few studies have explored the Safawi area and its heritage, making this research particularly innovative. By advocating for minimal alterations to preserve authenticity, it sets a valuable precedent for museum projects in the country, enhancing efforts in heritage conservation and cultural enrichment. This initiative highlights the evolving landscape of digital engagement in Jordan and its potential implications for cultural heritage management.

The purpose of this study is to offer a checklist that can be used for both creating and evaluating digital collections, which are also sometimes referred to as data sets as part of the collections as data movement, suitable for computational use.

The checklist was built by synthesising and analysing the results of relevant research literature, articles and studies and the issues and needs obtained in an observational study. The checklist was tested and applied both as a tool for assessing a selection of digital collections made available by galleries, libraries, archives and museums (GLAM) institutions as proof of concept and as a supporting tool for creating collections as data.

Over the past few years, there has been a growing interest in making available digital collections published by GLAM organisations for computational use. Based on previous work, the authors defined a methodology to build a checklist for the publication of Collections as data. The authors’ evaluation showed several examples of applications that can be useful to encourage other institutions to publish their digital collections for computational use.

While some work on making available digital collections suitable for computational use exists, giving particular attention to data quality, planning and experimentation, to the best of the authors’ knowledge, none of the work to date provides an easy-to-follow and robust checklist to publish collection data sets in GLAM institutions. This checklist intends to encourage small- and medium-sized institutions to adopt the collection as data principles in daily workflows following best practices and guidelines.

This investigation delves into the rationale behind the preferential applicability of the non-Newtonian nanofluid model over alternative frameworks, particularly those incorporating porous medium considerations. The study focuses on analyzing the mass and heat transfer characteristics inherent in the Williamson nanofluid’s non-Newtonian flow over a stretched sheet, accounting for influences such as chemical reactions, viscous dissipation, magnetic field and slip velocity. Emphasis is placed on scenarios where the properties of the Williamson nanofluid, including thermal conductivity and viscosity, exhibit temperature-dependent variations.

Following the use of the OHAM approach, an analytical resolution to the proposed issue is provided. The findings are elucidated through the construction of graphical representations, illustrating the impact of diverse physical parameters on temperature, velocity and concentration profiles.

Remarkably, it is discerned that the magnetic field, viscous dissipation phenomena and slip velocity assumption significantly influence the heat and mass transmission processes. Numerical and theoretical outcomes exhibit a noteworthy level of qualitative concurrence, underscoring the robustness and reliability of the non-Newtonian nanofluid model in capturing the intricacies of the studied phenomena.

Available studies show that no work on the Williamson model is conducted by considering viscous dissipation and the MHD effect past over an exponentially stretched porous sheet. This contribution fills this gap.