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As the existence of all life forms on our planet is currently in grave danger from the climate emergency
caused by Homo sapiens, the words “sustainability” and “eco-responsibility” have entered
the daily-use vocabularies of scientists, engineers, economists, business managers, industrialists,
capitalists, and policy makers. Normal activities undert...
Citations
... Robots are considered as the integral part in our society and play a vital role in different types of fields. The first robot for industries that is based on fluid drive was discovered in 1950 (Lenau and Lakhtakia, 2021). With the development of information technology and electromechanical engineering, the industrial robots were applied widely and extensively based on the electromechanical engineering. ...
In the current times modern robotic technologies have the capability to enable robots to work and operate in not so developed and unstructured and dynamically changing work environments. Various sectors and in the business organisations employees and managers are now transforming their workplace from a more traditionally structured ambience to a more technologically advanced environment. This way, robots have become an integral part in making such progress in the business world. One important approach to build these types of intelligent and automated robotic technologies is to take inspiration from biological systems. It can be very convenient as biological mechanisms, structures, and other underlying principles have the ability to provide new ideas to assist the improvement of existing robotic control, design and operation systems. This paper analyses the importance of biologically inspired robotic technologies in the business world. In this research article both secondary qualitative and quantitative data has been collected and analysed to develop the study. The research study reveals that for improving the efficiency and productivity in the business performance the influences of these Bio-inspired robots is huge. Keywords : Bio-inspired robots, technology, global business, technological revolution, business performance
Metasurfaces provide an extraordinary facility for engineered manipulation of electromagnetic radiation. These devices have been designed, fabricated, and tested for single-band and multiband operation as absorbers, filters, polarization converters, sensors, lenses, etc. Certain types of materials can be incorporated in a metasurface to control it through an agent such as temperature, mechanical stress, electrostatic field, and magnetostatic field. Inspired by multicontrollability in the bioworld, the concept of pixelated meta-atoms has emerged for multicontrollable metasurfaces. In this concept, each meta-atom is a finite array of pixels separated from their neighbors, the number of pixels per meta-atom depending upon the application. Each pixel can be either bare or patched by an electrically, or thermally, or magnetically, or optically controllable material. Multicontrollable absorbers, filters, and polarization converters have been designed to maximize device reliability.
