Visual Impact Research Articles

Noise control for curtain wall construction in residential buildings - a retrofit solution

In modern high-rise residential buildings, designers and architects utilize curtain wall construction either for the entire building or a portion of the building to achieve the desired visual impact in an urban setting. This poses significant challenges to satisfy the building code acoustical requirement (e,g., sound transmission class) between residential suites on adjacent floors. Apparent sound transmission class tests were completed after the curtain wall system was installed and concluded non-compliance with the Ontario Building Code acoustical requirement. A retrofit noise mitigation option was proposed and implemented. The ASTC field test was repeated and concluded compliance with the building code acoustical requirement.

A Study on the Colour Elements and Symbols of Foshan Awakening Lion Head

This paper studies the colour symbolism of the Foshan awakening lion head, a key element of Foshan’s cultural heritage and the lion dance. The lion head’s colours are closely tied to the region’s history, culture, and community beliefs. The study examines various colours and their meanings, exploring how they contribute to the lion head’s visual and symbolic impact. Using qualitative methods, including literature reviews, artisan interviews, and field observations, the research looks at traditional and evolving colour schemes in Foshan Awakening Lion Heads. The findings show that each colour and pattern holds specific cultural significance, symbolising values like auspiciousness and prosperity. The paper stresses the importance of preserving these colour symbols to maintain the cultural identity of the Foshan lion dance, while also recognising the need for respectful evolution in response to contemporary tastes.

Intelligent Monitoring System for Integrated Management of Historical Buildings

This study demonstrates the effectiveness of a multi-method approach for the restoration of a historic building (train station) in Poland. The project employed field investigations, laboratory analyses, and close-range photogrammetry to create a Historic Building Information Model (HBIM). This comprehensive data set informed the development of targeted conservation strategies that addressed the station’s specific needs while respecting its historical significance. Interventions prioritized the use of locally sourced and sustainable materials, minimized the visual impact on the exterior, and achieved net-zero emissions through improvements to the building envelope and a switch to a heat pump heating system. Additionally, an intelligent monitoring system was implemented to continuously collect data on environmental conditions and structural displacement. These data will be used to develop a predictive model for future maintenance needs, allowing for a preventative approach to conservation and minimizing resource consumption. Overall, this project serves as a model for integrating advanced technologies in historical building conservation, promoting sustainable practices, and ensuring the longevity of irreplaceable cultural landmarks. The key findings derived from this approach encompass a comprehensive assessment of the station’s condition, optimized conservation strategies, insights from HBIM modeling, and the ongoing benefits of the intelligent monitoring system. Field investigations revealed several areas of concern, such as structural cracks, material deterioration, moisture infiltration, and significant heat loss through the building envelope. This information was crucial for developing targeted conservation strategies. The use of internal thermal insulation systems, particularly capillary active mineral blocks, significantly improved thermal performance. Moisture management interventions, including the restoration of the rainwater drainage system and the application of moisture-proof insulation, reduced reliance on the municipal water supply. The intelligent monitoring system, with sensors measuring temperature, humidity, and structural displacement, plays a crucial role in ongoing conservation efforts. This system allows for continuous monitoring and the development of predictive models, ensuring targeted and preventative maintenance, reducing resource consumption, and extending the lifespan of the building.

Leveraging the teamwork model for effective integration of interactive materials on mobile devices in visual media communication, innovation, and impact on society

The issue of waste in printed materials can be effectively addressed by leveraging technology, especially mobile devices, in language learning initiatives. This research focuses on integrating interactive materials through the TEAMWORK model, with the ELENE project serving as a case study. The overarching goal is to assess how the TEAMWORK model can streamline planning and execution in mobile-assisted language learning endeavours. By evaluating effectiveness, identifying challenges and best practices, and offering practical recommendations, this study aims to improve language education outcomes through technology integration while reducing the environmental impact associated with traditional printed materials. The research methodology involves a thorough examination of integrating interactive materials on mobile devices using the TEAMWORK model, with a specific focus on the ELENE project. It commences with a comprehensive literature review and progresses to qualitative data collection through interviews and observations. The TEAMWORK model serves as a guiding framework for planning and execution, with data gathered through surveys and usage analytics. Analysis techniques are employed to evaluate the model’s impact on project outcomes and to derive practical recommendations for stakeholders, all aimed at enhancing language education practices and technology integration. The research results highlight the effectiveness of integrating interactive materials on mobile devices using the TEAMWORK model, as evidenced by the ELENE project. Qualitative analysis revealed that the structured approach provided by the TEAMWORK model significantly improved planning and execution phases, leading to better project outcomes and increased learner engagement. Quantitative data further corroborated these findings, demonstrating measurable enhancements in language proficiency and user satisfaction. Challenges such as technical constraints and resource limitations were effectively managed through proactive risk mitigation strategies outlined by the model. Overall, the results underscore the value of the TEAMWORK model in optimizing mobile-assisted language learning initiatives and offer valuable insights for stakeholders involved in similar endeavours. The integration of interactive materials on mobile devices, guided by the TEAMWORK model within the ELENE project, has significantly improved language learning outcomes. Through structured planning and execution, the TEAMWORK model effectively enhanced project outcomes and increased learner engagement. Practical implications include actionable recommendations for stakeholders involved in similar projects, offering insights for maximizing the effectiveness of technology integration in language education.

Prevalence, time course, and visual impact of peripapillary hyperreflective ovoid mass-like structures (PHOMS) in pediatric patients with optic nerve pathologies

BackgroundPeripapillary hyperreflective ovoid masslike structures (PHOMS) are a recently defined optical coherence tomography (OCT) finding. The purpose of this study was to characterize the presence of PHOMS and their visual significance in pediatric patients with and without optic nerve pathologies. MethodsThis retrospective study evaluated 400 patients (<18 years of age) including normal control subjects and patients with optic neuritis, papillitis, optic nerve head drusen (ONHD), and papilledema. Information on demographics, visual function, and structural parameters were obtained. ResultsPHOMS were found in 7 of 2,582 of normal control eyes (7%), 9 of 59 eyes with optic neuritis (15.3%), 58 of 76 eyes with ONHD (76.3%), 3 of 11 eyes with papillitis (27.3%), and 180 of 308 eyes with papilledema (58.4%). PHOMS were more prevalent in the papilledema (P < 0.001), ONHD (P < 0.001), and optic neuritis (P = 0.028) eyes than in control eyes. We identified 5 cases where PHOMS developed de novo. This occurred over an average of 2.3 years (range, 0.2-7.4 years). Sixteen cases of PHOMS resolved over an average of 1.1 years (range, 0.3-4.0 years). Cross-sectionally, PHOMS were not associated with visual acuity (P = 0.551), retinal nerve fiber layer thickness (P = 0.068), ganglion cell volume (P = 0.375), or visual field mean deviation (P = 0.795). ConclusionsPHOMS are present in a majority of children with papilledema or ONHD. PHOMS are dynamic and may form de novo over time with optic nerve pathology and may resolve either through treatment or atrophy. There was no relationship between the presence of PHOMS and poor visual function in our study cohort.

Construction of a dual colorimetric fluorescent imprinting polymer hybrid system for the detection of alpha-fetoprotein based on the multi-FRET effect and modeling of its color response mechanism

The hybrid ratiometric fluorescence sensors (GKHMIPs & RKHMIPs) encompass luminescent substances incorporated within a core-shell architecture. These sensors manifest a diverse array of hues in response to variations in the concentration of alpha-fetoprotein, accomplished through disparities in the quantum dots (QDs)-protein response. This study is devoted to comprehending the principles governing the alteration of fluorescence during the recognition process of the ratiometric fluorescence sensor. A compensation mechanism, rooted in the correlation between fluorescence and protein response, is postulated through a fluorescence interaction model (multi-FRET model). Multi-FRET model can be divided into FRET process and Fluorescence compensate process (FCP), FCP occurs when electron orbits are filled, hindering the fluorescence resonance energy transfer process and leading to the return of excited state electrons to the ground state by alternative pathways. Based on the multi-FRET model we demonstrate the Sherpa formular to calculating the fluorescence-target relation. To assess the visual impact, the CIE-Lab model is introduced to validate the rationale behind the multi-color colorimetric model. The influence of different mixing ratios on the visualization effect is elucidated using the concentration fluorescence response model, and the optimal relationship between wavelength combinations in the tricolor mixing model is proposed.

Visual Impact of High-Rise Buildings on the Surrounding Environment: A Case Study in Northern Cyprus

High-rise buildings represent modernity and economic power. Nevertheless, their abnormal scale and presence canalter and define the identity of the city. On the island of Cyprus, with its unique history and modern aspirations, lowrise buildings are considered the predominant type of construction due to the country's social and cultural nature.Therefore, the existence of those buildings puts the city at a disadvantage in having new high-rise buildings, which canchange the country's identity and culture. The construction of multiple high-rise buildings can be observed in differentparts of Nicosia. Through this study, we will focus on one particular building. We will analyse how that building affectsthe skyline of the city, its visual impact, and shadow casting. The results showed a clear impact on the city's image andvisibility across different locations in the city. Due to the location of the building, the shadow impact is limited to a fewareas near the building.

Placing Value in Domestic Interiors

This article explores the interplay between place and value in the display of art in domestic spaces in seventeenth-century Amsterdam, using the painting collection of Pieter de Graeff (1638-1707) and Jacoba Bicker (1640-1695) as a case study. With the aid of a schematic 3D reconstruction of their house, based on De Graeff’s inventory and other sources, this research brings these artworks back to their original domestic context, testing hypotheses regarding their placement and visual impact while investigating display patterns. The 3D spatial mapping of De Graeff’s inventory connects the paintings’ monetary values with their location, and helps evaluate the symbolic and emotional values attributed to family portraits and other artworks. The article is accompanied by a methodological section in the HTML format detailing the 3D reconstruction process and sources.

The Development of Stage Arts Driven by New Infrastructure

With the continuous advancement of stage technology, modern stage designers are able to operate various elements of stage art at a more sophisticated level, achieve more complex stage effect previews, and optimize the visual impact of performances. This technological advancement not only improves the rapid and accurate communication of design intent, but also gives stage design a highly personalized and innovative feature. The development trajectory of stage design shows the infinite possibilities of the integration of art and technology, and reveals the continuous leap from traditional handicrafts to modern stage machinery, and then to today s digital technology integration and innovation. This process highlights the vigorous vitality of stage design driven by the exploration of new processes and new materials, as well as its cutting-edge nature in exchanges and cooperation with other art categories and scientific fields. In future development, stage art design, as a multidisciplinary interactive field, will continue to play an important role in artistic creation and technological innovation, and constantly promote stage art to explore unknown areas.

Enhanced Selective Contact Behavior in a‐Si:H/oxide Transparent Photovoltaic Devices via Dipole Layer Integration

Transparent photovoltaic (TPV) devices have the potential to revolutionize photovoltaic (PV) technology by enabling on‐site generation while minimizing visual impact. However, a major challenge in the development of TPV, as well as for many PV technologies, is the open‐circuit voltage (Voc) deficit, which limits their efficiency. In this work, the development of wide‐bandgap inorganic‐based TPV devices is reported with a focus on low‐cost, earth‐abundant, stable, and nontoxic materials. The device structure consists of an ultrathin hydrogenated amorphous silicon (a‐Si:H) absorber and metal‐oxide layers as selective contacts. Herein, novel approach is presented to significantly improve device performance, especially in Voc, by introducing molecular dipoles in the device electron‐transport layer. By incorporating polyethyleneimine or poly(amidoamine) G1 and G2 dipoles, Voc (from 410 mV up to 638 mV) is significantly increased without sacrificing the average photopic transmittance of the device, leading to a record efficiency for this particular approach in TPV. Measurements confirm excellent long‐term stability. This approach can potentially allow tuning the work function of the selective contacts enabling the use of low‐cost, earth‐abundant materials that are not optimized for a particular absorber. Furthermore, this solution circumvents the issue of low Voc by a simple interface treatment.

A qualitative exploration of e-cigarette prevention advertisements' effectiveness among college students in China.

The rapid growth of e-cigarette usage among youth and young people has emerged as a significant public health concern. It is imperative to initiate effective vaping prevention campaigns and undertake relevant research to address this pressing issue. This research seeks to identify effective video advertisements to deter young people from starting to use e-cigarettes. It aims to offer evidence-based insights and recommendations for creating communication materials and designing messages for youth e-cigarette prevention efforts. College students aged 18-24 years (n=40) participated in focus groups within this qualitative study. After viewing four stimulus videos, participants discussed what they perceived as effective and ineffective video characteristics, as well as suggestions for future videos. Effective video characteristics included the use of real-life testimonials, displaying specific health hazards, revealing harmful chemical ingredients and the deceptive nature of flavors, and positively perceived effectiveness. Participants generally found that videos with strong visual impact and graphics were more engaging and that approaches using fear and emotion were more effective. Ineffective characteristics included complex and exaggerated information, lack of empathy and irrelevance, insufficiently specific information, extreme and death-themed content, industry messages, as well as preachy tones, animations, metaphors, dull formats, excessive length, and scenes of e-cigarette use. Developing anti-e-cigarette campaign materials for youth necessitates target audience-focused qualitative research. This helps in deeply exploring and identifying effective themes and messages, as well as video characteristics and details while avoiding ineffective or even misleading messages and themes from young people's perspectives outside the United States. Future development of e-cigarette prevention videos for Chinese college students may consider incorporating localized real-life testimonial cases to convey specific harms, including self-efficacy information, and utilizing fear and emotional appeals.

Public Perception of Accommodation Structures in the Cultural Landscape: An Exploration of Integration and Significance

Since the end of the communist era in Romania (c. 1989) an economic shift has influenced new construction in the rural parts of the region. New construction faces challenges due to a potential clash between the historic architectural style of the region and the surrounding environment that has been highlighted by the architectural guidebooks from the Romanian Order of Architects. Research surrounding the preference of the region’s inhabitants is limited. A survey was conducted to analyze three main questions and their significance for individuals native to the region and for specialists. This survey addresses how the respondents (1) will define the blending (and the differences between blending and integration), (2) how respondents evaluate the blending of construction styles, and (3) if it is important to pay attention to the visual impact of new construction. These architectural considerations were identified after a literature review illuminated concerns regarding landscape blending disparities due to new construction and where the survey was conducted using a diverse sample population of individuals who were engaged in the study via social media. Respondents were shown images of buildings and asked to rate the blending of these structures with the cultural landscape using a scale from one to five. The survey data were collected and analyzed to determine preferences in each key area. The findings indicate that respondents perceive blending as a valuable tool, with a significant visual impact, favoring positive examples irrespective of their professional background. Notably, there is a substantial preference for positive examples over negative ones regarding color. However, respondents without experience in the field tend to choose negative options more often. Researchers anticipate that these findings could inform the planning process and aid in seamlessly integrating new construction with the traditional and natural elements of the region.

Using Event-Related Potentials to Evidence the Visual and Semantic Impact: A Pilot Study with N400 Effect and Food Packaging.

Packaging design is pivotal in motivating consumer decisions, as a key communication tool from creation to purchase. Currently, the interpretation and evaluation of packaging's impact are shifting toward non-traditional methods. This pilot study evaluated the packaging perception of York Ham and Turkey Breast products. The event-related potential (ERP) technique, the methodology priming words (positive and negative), and target images (original and modified packaging) were applied. A total of 23 participants were sampled using a 32-channels scalp elastic electrode cap and viewed 200 trials of word-image matching. Participants responded whether the images and adjectives matched or not, using the two groups of images. The results demonstrate an N400 effect in the parietal area. This region was observed to show evidence of cognitive processing related to congruency or incongruency, by contrasting the priming and target of this study. The evaluation positioned the York Ham packaging as the best rated. The findings show a relevant contribution to ERPs and research related to the food packaging perception.

PROBLEMS OF VISUAL QUALITIES OF THE ARCHITECTURAL ENVIRONMENT IN GREEN STANDARDS

The architectural community, which is closely involved in green standards, is already aware of the need to consider the aesthetic qualities of the architectural environment in rating systems of environmental certification. The study’s relevance is related to the need to find ways to factor the impact of the aesthetic component of architecture on human health in architectural projects. The purpose of the study is to justify the need to include the aesthetic properties of architectural objects under design in rating systems for environmental certification of architecture. Rating systems for environmental certification of buildings are not universal; each has its characteristics. Analysis of the most common systems shows that they do not take into account and do not regulate the appearance of buildings from the point of view of human visual perception. At the same time, the visual and aesthetic qualities of the architectural environment affect human health and well-being, which makes them components of ecology and a matter for consideration. The author’s research focuses on some of the most common and basic standards: LEED, BREEAM, and WELL. We determined that several green standards address the visual impact of architecture as a component of human health and ecology. We also found that during certification, according to the relevant standard, in most cases, the visual impact comes down to providing a view from the window, the level of lighting inside the room, and insolation, among others. At the same time, there is no regulation of the aesthetic impact of a building on a person; there is no methodology for its evaluation. There is an obvious need to consider the aesthetic qualities of architecture. Its quantification and scoring are possible within the framework of the corresponding credits of the environmental certification rating system. For this, we propose an appropriate technique, which consists of conducting a statistical survey of some categories of respondents who answer a series of questions about visual perception and give a generalised assessment of the architectural project. The study substantiates the expediency of introducing criteria for assessing the aesthetic properties of architectural structures into the system of green standards; it analyses the requirements of green standards regarding the aesthetic properties of the architectural environment. The article also develops the principles of forming criteria for assessing the aesthetic properties of architectural structures. It argues that the aesthetic visual qualities of architectural objects affect human health and that we should consider them in the environmental certification systems of architecture. Therefore, the study is forming a unified green standard template, one of the criteria of which will allow for the awarding of points for the visual environmental friendliness of a building undergoing green certification. Keywords: green standards, BREEAM, LEED, visual ecology, visual qualities, aesthetic properties.

Thermal image visualization using multi-discriminator CycleGAN with unpaired thermal–visible image training set

Thermal imaging utilizes the differences in thermal radiation within a scene to capture images, effectively compensating for the limited imaging capabilities of visible-light cameras in low-light environments. In order to further enhance thermal imaging, we propose a novel approach that transforms the visualization of thermal images into an image conversion task. Our method, named TIVNet (Thermal Images Visualization Network), is based on a multi-discriminator cycle-consistent adversarial network (CycleGAN) and operates in the YUV color space to accurately colorize and represent thermal infrared images. The utilization of color and texture discriminators in our framework ensures that the converted images exhibit appropriate color styles and capture fine details, respectively. In the generator, we employed a Dense Residual Module (DRM) to facilitate the reuse of features and enhance the flow of information. By utilizing the DRM, we aim to enhance the overall performance and efficiency of the generator network. Additionally, we incorporated the Dual-channel Self-Attention Module(DCSA) to enhance the feature representation. By leveraging self-attention, the generator can effectively learn and exploit the inherent relationships between different regions, leading to improved feature representation and, consequently, more accurate colorization and representation of thermal infrared images. Notably, our proposed method leverages unsupervised learning, eliminating the need for a fully paired thermal infrared-visible image dataset. Through extensive experimentation on publicly available datasets as well as our own, we demonstrate that our approach outperforms state-of-the-art methods in thermal image visualization. Furthermore, the converted images produced by TIVNet exhibit a high level of realism, thereby enhancing the visual impact of thermal imaging. This improvement is particularly beneficial for human perception and subsequent target recognition tasks. Our findings suggest that the application of our method yields superior results both quantitatively and qualitatively, showcasing its potential for advancing thermal imaging capabilities.

Application in environmental art design practice based on a fuzzy evaluation system

Environmental art design (EAD) has recently encouraged creative thinking by investigating novel materials, technologies, and techniques for designing environmental art that advances sustainability. EAD faces challenges in integrating novel materials and technologies while promoting sustainability. Environmental art design is targeted at human living areas; here, adequate and excessive utilization of resources is minimized, and the social and natural environments are utilized aesthetically. Aesthetic excellence in environmental art design, along with growing technological accomplishments and cultural heritage, is concentrated on meeting the demands of human aesthetic pursuits in the new era, which lacks earlier techniques. Hence, an algorithm named environmental art design using fuzzy (EADF) to evaluate the environmental criteria for better decision-making is introduced. Initially, a fuzzy-based technique for order preference similar to the ideal solution (FTOPSIS), which considers multiple variables such as visual appeal, environmental impact, sustainability, and audience involvement in the community, was employed in the design process. Environmental art designers utilize fuzzy TOPSIS to assess works of art using several criteria. It seeks to make accurate decisions and accomplish desirable creative effects by considering ambiguity and subjectivity. The approach utilizes fuzzy variable entropy analysis to determine questionable attribute weightings and employs triangular fuzzy numbers to represent criteria and analyze preference values. Artworks are evaluated for deviation from ideal results using the Euclidean distance measure, enabling logical ranking evaluation and comparison. The EADF model outperforms the other models when considering different input factors. EADF excels in color (83.74), composition (82.37), emotion (85.61), contrast (97.52), clarity (98.16), harmony (95.49), and sensitivity (96.44) when evaluated in environmental art design, showcasing its usefulness. This work has implications for directing artists, designers, and decision-makers toward environmentally sustainable and artistically impactful art practices. Hence, the performance of this EADF model is validated using audience involvement, environmental impact, sustainability, and a visual appeal score.

Impact Of Visual Content In LinkedIn Marketing Strategies

In today's digital world, professional networking sites like LinkedIn require novel approaches to catch attention and encourage interaction. This research looks at the effect of visual content on LinkedIn's marketing strategy. The study investigates how using visuals like photos, infographics, and videos affects important metrics including user engagement, brand recognition, and lead generation. It investigates how visual content satisfies the platform's algorithm, potentially enhancing organic reach and exposure. Furthermore, the study looks at the psychological elements of visual content consumption on LinkedIn. It investigates how images may improve information retention, elicit emotions, and promote brand storytelling to create a more compelling marketing message. The study intends to establish a link between the utilization of visual material and effective LinkedIn marketing outcomes by analyzing user behavior and content performance statistics. The findings might be useful for people and organizations looking to improve their LinkedIn presence and achieve marketing objectives. Keywords: LinkedIn marketing strategies, Visual content impact, User Engagement, Brand awareness, Lead generation, Organic reach, Content performance data, psychological aspects, Information retention, Brand storytelling

CineMol: a programmatically accessible direct-to-SVG 3D small molecule drawer

Effective visualization of small molecules is paramount in conveying concepts and results in cheminformatics. Scalable vector graphics (SVG) are preferred for creating such visualizations, as SVGs can be easily altered in post-production and exported to other formats. A wide spectrum of software applications already exist that can visualize molecules, and customize these visualizations, in many ways. However, software packages that can output projected 3D models onto a 2D canvas directly as SVG, while being programmatically accessible from Python, are lacking. Here, we introduce CineMol, which can draw vectorized approximations of three-dimensional small molecule models in seconds, without triangulation or ray tracing, resulting in files of around 50–300 kilobytes per molecule model for compounds with up to 45 heavy atoms. The SVGs outputted by CineMol can be readily modified in popular vector graphics editing software applications. CineMol is written in Python and can be incorporated into any existing Python cheminformatics workflow, as it only depends on native Python libraries. CineMol also provides programmatic access to all its internal states, allowing for per-atom and per-bond-based customization. CineMol’s capacity to programmatically create molecular visualizations suitable for post-production offers researchers and scientists a powerful tool for enhancing the clarity and visual impact of their scientific presentations and publications in cheminformatics, metabolomics, and related scientific disciplines.Scientific contributionWe introduce CineMol, a Python-based tool that provides a valuable solution for cheminformatics researchers by enabling the direct generation of high-quality approximations of two-dimensional SVG visualizations from three-dimensional small molecule models, all within a programmable Python framework. CineMol offers a unique combination of speed, efficiency, and accessibility, making it an indispensable tool for researchers in cheminformatics, especially when working with SVG visualizations.

Method for selecting viewpoints of architectural heritage landscapes

The selection of viewpoints is a crucial aspect in conducting visual impact assessments of architectural heritage. To address this issue, a quantitative viewpoint selection method based on GIS spatial analysis is proposed. The first step involves defining the factors that influence the selection of viewpoints for architectural heritage. Next, the city’s historical architectural areas are divided into units based on courtyards. Subsequently, a candidate set of viewpoints is constructed by extracting the skeleton lines and characteristic points of sub-regions. Finally, following the principles of viewpoint selection, the method achieves the selection of viewpoints for the visual impact assessment of architectural heritage. The Forbidden City is chosen as the practical area for implementation, and the results demonstrate that the viewshed coverage range in the architectural heritage area is as high as 96%. It represents that this approach for visual impact assessments of architectural heritage is more grounded.

Nature Inspired Practices in Super Tall Building Designs: Similarities of Form

Nowadays, competition between cities for super tall buildings is increasing. These buildings exceed the 300-meter height threshold, reaching enormous dimensions and playing a decisive role in the iconic character, visual impact, and prestige, and economic growth, technological and architectural progress of cities. In this context, the aim of the study is to formally analyze super tall buildings inspired by nature. In the study, which is evaluated according to two variables, super tall buildings are analyzed within the scope of the search for inspiration from nature in their form and interior formations. The study involves a content analysis of the ten tallest buildings in the Council on Tall Buildings and Urban Habitat (CTBUH) database. The formal analysis of the buildings revealed that the nature-inspired approach significantly influenced the design of the super tall buildings. This study emphasizes that combining super-tall designs with nature-inspired principles can create a new paradigm in architectural design. This combination improves the quality of life of individuals living in urban areas by enabling them to establish a closer relationship with nature. In this context, nature-inspired super tall buildings promote physical and mental well-being and create spaces that enhance indoor comfort.