Special Issue: Advances in Nanotechnology and Its Applications in Applied Science

 

 

Special Issue Editors

 

Dr. Yuant Tiandho
Department of Physics,
Universitas Bangka Belitung,
Bangka, Indonesia.
Email: YuantTiandho@outlook.com
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Prof. Dr. Nithesh Naik
Department of Mechanical & Industrial Engineering,
Manipal Institute of Technology,
India.
Email: nithesh.naik@manipal.edu
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Prof. Dr. Osondu Everestus Oguike
Department of Computer Science,
University of Nigeria,
Nsukka, Nigeria.
Email: osondu.oguike@unn.edu.ng
Google Scholar

 

 

Special Issue Information  

Nanotechnology, a new technology, combines various fields of science and technology, including material science, mechanical design, and energetic technology. It has applications in the biotechnology, medical technology, and computer technology domains. To take advantage of its physical and chemical capabilities, it entails adjusting the size of nanoparticles at an atomic level. The extensive use of nanoparticles in the realm of human health care can be attributed to all these attributes. Several aspects of medical therapies, including imaging, gene and medication delivery, and diagnosis, are being improved by promising new nanotechnology-based technologies. In actuality, nanotechnology refers to any technology that operates at the nanoscale and has a wide range of practical uses. Creating and using chemical, tangible, and biological organisms at scales from multiple molecules or atoms to micron dimensions, as well as integrating the outcomes of nanotechnology into more complex structures, is what is essentially meant to be included in the field of nanotechnology. Applied science is the application of the scientific process to practical objectives and the knowledge derived from the method's results. It covers a wide range of academic fields, including engineering and medicine.

Greater understanding of living and reasoning systems, cutting-edge biotechnology procedures, the creation of focused distribution, the application of neuromorphic engineering, and creating sustainable environments are all included in this field. Numerous nations have made nanobiosystems development a top priority, and it is anticipated that its significance within nanotechnology will grow. Drug bioavailability is improved when drug particles are reduced to sub-micron sizes, since this increases the rate of dissolution significantly. Manufacturing materials and gadgets at the nanoscale and manipulating them to take advantage of their special properties are included in nanotechnology. Applying this definition reveals that nanotechnology has a wide range of applications in the many fields of engineering, medicine, and applied sciences. The geological backdrop served as a caution that an in-depth knowledge of the origins and development of materials and mineral deposits offers practical applications in the fields of mining, managing the environment, paleoclimatology, and the planet and interstellar sciences. The discovery of approaches to current environmental issues, precautionary measures for issues arising from the connections of materials and energy sources with the surroundings in the future, and potential risks associated with nanotechnology itself are all covered by the ecological uses of nanotechnology.

Topics of interest for the special issue include, but are not limited to, the following:

• Nanotechnology: a new tool for medical diagnosis and treatment
• Perspectives and synopsis of nanotechnology uses in applied science
• Applied nanotechnology: turning scientific findings into goods
• An overview of the advantages and uses of nanotechnology in applied science
• An assessment of the use of nanotechnology in contemporary veterinary medicine
• Basic and applied explorations of clay minerals  from nanotechnology
• Implications of quantum principles for data science and nanotechnology
• New developments in nanomaterials science, nature, and chemistry related to carbon nanotechnology
• A generalisation of contemporary ideas in nanoscience through nanophysics and nanotechnology
• Information on the advancement and expenditure on materials science and nanotechnology.

Deadline for manuscript submissions: 26 December 2025.

To submit your manuscript, click here