Current Issue - Cognitive Quest

Conscious Intelligence is the attribute of human minds! The Supreme positioned humans on the highest hierarchical level with sensitivity, intelligence and consciousness. With the advancement of time, the human mind mended technology to assist humans so as to ease their everyday lives. Artificial Intelligence can be well routed to assist and simulate an increasing number of human activities traditionally attributed to humans as a manifestation of the higher spiritual dimension in their nature. But replacement of human instinct and ethics will be a challenge to this augmenting process. Artificial Intelligence is ‘Artificial’ in its own ways as it involves a process of augmentation. Designing Robots and Humanoids is to provide extra hands to humans to fit in with the fast pace of life and artificial is legitimized only as an aid to nature. Technoscience has created transhuman with machine in the inner wiring of system. This augmented assistance no doubt is doing wonders in the terms of longevity of existence by providing assistance in medical domain and other spheres of life. Artificial Intelligence is a boon to society but has its own limitations. Have you ever thought of Humans without Consciousness? Humans have inner wiring of Ethics and Values but will Artificially Designed “Humanoids” have those Ethics and Values for which we are superior to other living entities? Designed brains follow installed software and commands given by Humans but they lack consciousness and human sensitivity. Have u ever thought of humans without humanity? Or Humans without compassion and values that we have imbibed and pass on to our generations along with our gene pool. Can you think of your future generations identifying siblings with a software rather than by the bond they share nourished by same womb? Will Software and coding take over the bonds of human connect and nourishment of values and ethics that a fetus receive through the umbilical cord?? Will humanoids have the empathy for the fellow beings around? Pandemic due to COVID-19 taught us a tough lesson for the need of social attitude of humans, necessity of being together and the real sense of “human is a social animal”. Will these artificially created Cyborgs will play the same role that humans have played during the pandemic that gave a jerk to the planet earth? Are we ready to suffocate ourselves in the crowd of millions of Humanoids around but not a single heart with compassion and ethics??Where we are pushing our generation we need to think of. Are we comforting ourselves with technological assistance or we are intervening the CREATOR’S creativity? Some roads never lead anywhere… Are we stepping on such path? Take a pause and think about it with conscious mind and a humane heart as technology can only assist humans but can’t replace humans!.

This research has critically evaluated the role and importance of ethical decision making for the companies of pharmaceuticals. This study has shed light on the facts and data of India. Practicing of ethical decision making may help a company maintain an honest, supportive, and fair culture. Ethics is necessary to ensure that the company doesn't get into legal trouble or face major losses down the road. This research has discussed them issues that can develop due to lack of ethics and integrity. Ethical decision making is the process in which you aim to make your decisions in line with a code of ethics.

The current strudy explores the pivotal role of advanced technologies in reshaping nutritional paradigms. Beginning with an emphasis on the importance of personalized nutrition, the article navigates through the historical evolution of AI in biomedical sciences and its recent applications in nutrition. Now a days, artificial neural networks emerge as potent tools for deciphering food composition and predicting nutritional outcomes. Understanding the intricacies of macronutrients (carbohydrates, proteins, fats) and micronutrients (vitamins, minerals), the article addresses the challenges of predicting individualized dietary needs.

This research explores the dynamic and multifaceted role of social media in contemporary libraries, emphasizing its impact on communication, outreach, and community engagement. As libraries navigate the digital age, platforms of social media have become integral tools for disseminating information, promoting resources, and fostering meaningful connections with patrons. Through an extensive review of literature, case studies, and empirical data, this study examines the various dimensions of social media integration in libraries. Communication and outreach efforts on social media platforms play a pivotal role in keeping patrons informed about library events, services, and resources. The study delves into the ways libraries leverage social media for real-time announcements, interactive sessions, and community engagement, fostering a more inclusive and participatory environment. Furthermore, the research investigates how social media serves as a conduit for promoting library events, both physical and virtual, reaching diverse audiences and enhancing overall visibility. This paper embarks on an exploration of the multifaceted and transformative role that social media plays in modern libraries, shedding light on how these platforms have become indispensable companions in the journey of knowledge dissemination and community building.

Double perovskites have emerged as a significant avenue for exploring diverse metals and oxidation states within halide perovskite compounds. Their remarkable properties and potential applications have captured increasing attention in recent times. These compounds, derived from the simple perovskite structure represented by the formula ABO3, exhibit a wide range of intriguing characteristics. The perovskite structure's flexibility in both composition and structure allows for the incorporation of nearly all elements from the periodic table. Researchers have delved into the structural, electronic, and optical properties of double perovskite Cs2AgBiBr6 using first principles methods, comparing them with those of hybrid perovskites like CH3NH3PbBr3.