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This study aims to identify factors influencing attitudes towards remote work, categorise employed Latvians into proponents and opponents of remote work and analyse these groups in the work-family-community-self integration.

This study adopts the job demands-resources theory. Empirical research is based on a survey of employed Latvians (Feb–Mar 2021, n = 1,052, n = 853,200). The focus is on employed Latvians with remote work experience, constituting 534 individuals (50.7% of the sample). The sample aligns with the demographic profile of employed Latvians, with data weighted by age and sex (across 12 age–sex combinations) from the Central Statistical Bureau of Latvia. Research hypotheses include identification of “discriminatory” factors influencing the attitudes towards remote work, distinguishing between proponents and opponents; examination of distinct job demands and resources related to the work-family-community-self integration within the groups of proponents and opponents of remote work.

Survey results indicate that 11.2% respondents worked remotely before the COVID-19 pandemic, typically without formalisation. Among those with remote work experience, 40% support it, whereas 60% oppose it. Rather than social and demographics or employer support, work-related values play the most significant role in shaping attitudes. Proponents generally acquire more job resources than demands through remote work, fostering the work-family-community-self integration; conversely, opponents experience the opposite trend.

This study provides empirical insights into the attitudes of employed Latvians towards remote work in the work-family-community-self integration, using the job demands-resources model. Notably, it innovatively evaluates the institutionalisation of remote work.

The purpose of this study is to prepare a state-of-the-art review on advanced ceramic materials including their fabrication techniques, characteristics, applications and wettability.

This review paper presents the various types of advanced ceramic materials according to their compounding elements, fabrication techniques of advanced ceramic powders as well as their consolidation, their characteristics, applications and wetting properties. Hydrophobic/hydrophilic properties of advanced ceramic materials are described in the paper with their state-of-the-art application areas. Optical properties of fine ceramics with their intrinsic characteristics are also presented within. Special focus is given to the brief description of application-based manipulation of wetting properties of advanced ceramics in the paper.

The study of wetting/hydrophobicity/hydrophilicity of ceramic materials is important by which it can be further modified to achieve the required applications. It also makes some sense that the material should be tested for its wetting properties when it is going to be used in some important applications like biomedical and dental. Also, these advanced ceramics are now often used in the fabrication of filters and membranes to purify liquid/water so the study of wetting characteristics of these materials becomes essential. The optical properties of advanced ceramics are equally making them suitable for many state-of-the-art applications. Dental, medical, imaging and electronics are the few sectors that use advanced ceramics for their optical properties.

This review paper includes various advanced ceramic materials according to their compounding elements, different fabrication techniques of powders and their consolidation, their characteristics, various application area and hydrophobic/hydrophilic properties.