AI is today's wave of technology, and it caters to various problems. One of them is Nanotechnology. Nanotechnology is another thread of technology. The use of nanotechnology is well known, including in the health sector, cosmetic industry, and agriculture. The role of AI in healthcare is broad, from detecting lung disease to skin analysis. This study aims to explore healthcare possibilities by integrating AI and nanotechnology. The method of applying nanotechnology in the health sector uses a Nanomedicine Microscope. Nanomedicine is the medical application of nanotechnology used to diagnose, monitor, and control biological systems. Therefore, the author uses the Nanomedicine Microscope as the object in this study because the wonders of nanotechnology in various operations are also well established. The novelty in this paper focuses on AI and Nanotechnology together as possibilities for healthcare. AI and nanotechnology are two critical technologies. The ultimate goal is to integrate the uses and possibilities of these two technologies and do wonders in the healthcare domain. This study will benefit those working in AI and medicine. Nanotechnology integrating AI technology into the medical industry enables many conveniences, including task automation and analyzing large amounts of patient data for better, faster, and more affordable healthcare.

The people of Indonesia have a wide range of traditions and customs, as well as religious activities. The public's interest in Indonesian religious activities has grown as a result of the diversity of religious activities carried out by Indonesians. Multimedia has an essential role in allowing individuals to obtain information fast, especially as technology advances. As a result, in order to obtain information centrally, the public must search for appropriate information, which takes time. In circumstances like these, the issue is creating and developing an android-based multimedia system application that may assist the public in learning about the Indonesian people's religious activities. This study intends to assist Indonesians in obtaining information on their religious activities, so that they may quickly obtain information and learn about and comprehend their religious activities. The Luther–Sutopo version of the Multimedia Development Life Cycle (MDLC) was utilised, including stages for idea, design, material gathering, assembly, testing, and dissemination. This study led to the development of an Android-based multimedia system for religious activities among Indonesians.

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Human resource management digitization may help businesses update their HR processes and provide them a competitive edge. At the same time, it demands a change in work style and a change in the necessity for Human Resources. The purpose of the study is to determine how competency-based human resource management may be used in the digital age. Additionally, researchers examine the primary advantages and disadvantages of the present situation and examine how they affect the skills and roles of HR professionals. Analysis of secondary data characterizing the degree of current digital proficiency based on the responses of more than 7,000 respondents from six EU member nations is part of the qualitative research (Germany, Finland, UK, Portugal, Sweden and Slovakia). The findings show that professional HR applications are typically hesitant to incorporate new technology. Future scholars should note that this study solely focuses on how human resource management is used in the digital age. Therefore, further in-depth study on this issue may be carried out by choosing a larger focal area.