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This research aims to investigate the impact of missing visual information on tourists’ decision-making processes and visit intention. Drawing on perception completion law and signaling theory, the study hypothesized that tourists might use visual information to infer about a destination, even if the information is incomplete or ambiguous.

To assess the impact of missing visual information, the authors asked a group of 392 participants who had no prior familiarity with a specific garden museum to envision the interior environment of the museum garden and provide feedback on their emotional responses and aesthetic evaluations. To aid in their imagination, they were presented with a video showcasing the surrounding landscape and exterior of the museum.

The study found that participants could anticipate their overall experience of the location by inferring the resemblance of unseen areas to the images they had viewed, even without prior exposure or information. This study provides valuable insights into the cognitive processes underlying tourism decision-making and advances our understanding of how people form expectations of new and unfamiliar places.

The originality of this research relies on the mediating role of missing aesthetics and emotion on the relationship between available aesthetics and visit intention using a structural model. This study highlights the significant role of visual information in influencing tourist decision-making, even with incomplete or ambiguous data.

The host–guest molecules are often used in various fields and applications. This paper aims to discuss the role of host–guest complexes in the textile industry, focusing on calixarenes as a potential adsorbent for hazardous dyes. The paper begins with an introduction to nanotechnology and its many uses, including textiles.

The risks associated with the utilisation of dyes and its adverse effects on the environment are then also highlighted. This paper also discusses the structure and characteristics of calixarenes and their potential use as an adsorbent to extract toxic metals from aqueous solutions. The paper also explains the molecular structure of calixarenes, especially the ability of its upper and lower rims, which can be altered to yield derivatives with various selectivities for diverse guest ions and small molecules. In addition, the application of various host–guest molecules in the textiles industry to extract dyes also had been discussed.

In conclusion, the paper highlights the essential in establishing a systematic review on the significance of selective adsorbents, such as calixarenes, to isolate particular targets from diverse matrices in the textile industry.

Only discussing several applications for several host–guest molecules.

The paper concisely describes various host–guest molecule applications in the textile industry, with each molecule being elaborated upon in detail.