Volume 11 | Issue 9 |

 Abstract

Nonlinear ion-acoustic(IA) waves in electron-positron-ion plasma with arbitrary degeneracy electron and positron

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Nonlinear ion-acoustic(IA) waves in electron-positron-ion plasma with arbitrary degeneracy electron and positron

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The Rajasthani Diaspora (India) represents a vibrant and culturally rich community spread across the globe. This article aims to provide a comprehensive exploration of the Rajasthani Diaspora shedding light on their cultural heritage, notable achievements, and the intricate network of connections that bind them together. The research utilizes a mixed-methods approach, combining quantitative and qualitative data collection techniques. Quantitative data is obtained from surveys, magazines & journals, while qualitative data is gathered through in-depth interviews, focus groups and ethnographic observations. These methods allow for a holistic understanding of the Rajasthani Diaspora and its multifaceted dynamics. The article explores the cultural aspects of the Rajasthani Diaspora including traditions, customs, language, arts and festivals. It highlights the residences and adaptability of Rajasthani cultural practices as they are preserved and transformed in diverse host societies. The research underscores the cultural exchange that occurs, resulting in the development of unique hybrid identities and enriching both the Diaspora and the local cultures they interact with. The article examines the achievements of Rajasthani Diaspora in various fields and explores the factors that have contributed to their success, such as entrepreneurial skills and strong community networks. The study also evaluates the impact of their contributions on the host societies and Rajasthan itself, fostering economic development, cultural enrichment and knowledge exchange. The interconnectedness of the Rajasthani Diaspora is a significant focus of this research. It explores the social networks and community organizations that facilitate communication, collaboration and support among Diaspora members. Overall, this research contributes to the understanding of Diaspora communities and their cultural preservation, achievements and social cohesion.

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Diaspora, Rajasthan, cultural, trade, entrepreneurship, community, development

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The adoption of Artificial Intelligence (AI) technology has significantly changed the manufacturing sector. This study investigates the complex effects of numerous AI elements on manufacturing industry labor forces. Concerns and opportunities surrounding AI's effects on employment, skill demand, job roles, and overall labor dynamics have surfaced as a result of the technology's rapid growth. It is investigated how AI may affect job security, employee engagement, and job happiness. In addition to initiatives to upskill and reskill workers, the report notes difficulties with workforce transfers and possible disruptions to established job hierarchies. A more flexible and responsive production environment is made possible by AI technologies, which also highlight prospects for human-AI collaboration.

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AI impact on Labour forces

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The two 'E's, economy and education hold the key to development and growth of any country. Education plays an important role to enhance the state's economy (Idris, et al., 2012). India has the third-largest higher education system in the world and comes after China. The Indian education system consists of three levels beginning from Primary followed by Secondary at school level and then Higher Education which includes three years of graduation, two years of Post-graduation and four years of Doctoral studies. The type of institutions that provide higher education include central universities, state universities, deemed universities, institutes of national importance, private universities, and colleges affiliated to the University. Education is basic to explore and refine the human potential for all round development of an individual and country as well. Time to time education policies are framed to give direction to the education system as per the requirement of present and future. India had three National Education Policies in 1968, 1986 and 2020 respectively. The latest one is the National Education Policy--2020. The world is growing with a faster pace due to rapid development of science and technology. It has brought prototype change in the lifestyle and social processes as a whole. Changing scenario has brought more challenges along with opportunities to live in. To keep pace with this and to face challenges at global level is exigent and formidable for students. Acquisition of different skills and knowledge-- and interdisciplinary approach towards the world are needed to the students to deal with changing situations. The new education policy 2020 proposes to implement numerous strategic changes in the area of education like research, innovation, infrastructure, multidisciplinary approach, etc. to enhance the development of India. National Education Policy (NEP 2020) aims at exploring the role of Science Education in development of 21st Century Learning Skills which have been recommended with the intent to prepare the learners to face the demanding situations which may vary with spatial and temporal scale. Transforming the education system is an attempt to change the world and face the upcoming challenges. If the recommendations of the policy implemented properly with the same intention and spirit, it can make India one of the leading countries in science and technology in the world and will ensure more opportunities at Global level.

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NEP 2020, Multidisciplinary approach, Skill Development, lab to land. Science and Technology

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Understanding the distribution of methane source and sink regions is important to quantitatively assess the observed changes in atmospheric concentrations and climate change. The Greenhouse Gases Observing Satellite-1 (GOSAT-1), is the world's first Earth observation satellite dedicated to greenhouse gas monitoring which measures the densities of carbon dioxide and methane from 56,000 locations on the Earth's atmosphere. In this regard, GOSAT-1 data from 2010 to 2018 has been analyzed to understand the methane spatiotemporal variability, seasonality and source and sink regions of methane concentration. During the 2010 to 2015 period, growth in atmospheric methane is attributed mostly to an increase in emissions from India, China and areas with large tropical wetlands. Maximum surface flux emits from India (4.756 Tg/y) and China (6.898 Tg/ y). Compared to other regions, China and India have a high source of methane. The hydroxyl radical is the main contributor to the methane's sink (troposphere OH). In India, CH4 concentration is maximum in September, and the minimum is in February/March. The tropical wetland or agricultural or combination of both of the rising global methane 2008 in words. The study helped in understanding the methane spatiotemporal characteristics, source and sink regions of methane, and budgeting the methane concentrations.

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GOSAT, in-situ flux data, Harmonic analysis, methane

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?? ?????? ???? 2020 ???? ?? ?????? ???? ?? ???? ???? ????? ?????? 29 ????? 2020 ?? ????? ???? ??? ??? ?? 1986 ??? ???? ??? ?? ?????? ???? ?? ??? ???? ?? ?????? ???? ??? ?? ??? ????? ???? ??? ??? ?? ???? ?? ???????? ????????? ??. ??????????? ?? ????????? ???? ????? ?? ??????? ?? ????? ???? ??? ??? ?? ?????? ???? ?? ??????? ?????? ????? ?? ????? ?? ?????? ?? ???? ??? ????? ???? ??? ??? ?????? ???????? ??????? ??? ?? ?? ????? ?? ??????? ??? ?????? ??? ??? ?? ?????? ???? ??? ????? ??? ?? ?????, ????????, ??? ?????? ??? ??????, ??????? ?????? ?? ??? ?????? ?????? ?? ????? ???? ??? ??? ????????? ?? ???? ????? ?? ?? ??? ????? ???? ????? ???? ????? ?? ???? ?? ???? ??? ????? ?? ?? ?????? ?? ??????? ???? ?? ??? ?? ?????? ??? ???? ??? ?????????? ?????? ?? ????? ???? ?? ??? ???? ????? ????-?????? ?? ?? ??? ?? ??? ?? ?????? ???? ??? ?????? ????? ??? ?? ??? ????? ???? ??????????? ??? ????????? ???????? ?? ???????? ????

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?? ?????? ???? 2020, ??????? ?????? ?????, ???? ??? ?????????? ?????? ?? ?????, ??? ?????? ??????, ????????? ?????????

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The aim of present study is to identify different chemical constituents. To study different activities of plant. To fabricate different types of formulation. Medicinal plants have been used in the treatment of various diseases as they possess potential pharmacological activities including antineoplastic, antimicrobial, antioxidant, anti-inflammatory, analgesics, anti-diabetic, anti-hypertensive, antidiarrheal and other activities. Phytoconstituents individually or in the combination, determine the therapeutic value of a medicinal plant. Alkaloids, flavonoids, phenolics, tannins, saponins, steroids, glycosides, terpenes etc. are some of the important phytochemicals with diverse biological activities. The pharmacological activity of a plantcan be predicted by the identification of the phytochemicals. Currently, phytochemicals are determined by various modern techniques, but the conventional qualitative tests are still popular for the preliminary phytochemical screening of plants.

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Phylanodiflora, Herbal plant, Phytochemical screening, Chemical Constituents

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The study indicated that the surrounding area of Jayashree Chemicals Pvt. Limited, Ganjam, Orissa a caustic soda plant released huge amount of mercury into the environment in the past 4-5 decades. Evaporated mercury from the Mercury cell house contaminated the surrounding biota leading to elevated mercury levels beyond prescribed limit was the major concern during analysis period. The effluent of a chlor-alkali industry (M/S Jayashree chemicals Pvt. Ltd., Ganjam) showed significant variation and difference in action at different concentrations is clearly evident from tables and figures explained in the result chapter. The highest concentration (concentration Z, 3.8% Effluent) showed typical mercurial toxic symptoms, beyond which survival of the alga became extremely difficult and at times, impossible under laboratory controlled conditions. The alga, Westiellopsis prolifica, Janet is more tolerant and less sensitive to toxicants. The analysis of variance ratio tests and correlation coefficient analysis carried out for all parameters studied indicate clearly that the toxicant, effluent containing mercury, is extremely toxic to blue-green alga. At higher concentration, all most all the growth parameters studied showed declining trend in exposed cultures, when compared to control cultures. At lower concentration of effluent (0.45% effluent), all the growth parameters showed an increasing trend in the exposed culture, when compared to control culture. Hence, it can be concluded that the toxicant (mercury contained) showed dichotomous behavior. At lower concentrations, the toxicant is growth regulatory and at higher concentration, the toxicant is growth inhibitory. The observed changes in the exposed cultures when compared to control cultures were only due to the toxicant, effluent. Hence, it can be concluded that the damage caused in the exposed system, at higher concentration, was only due to the toxicant and most important component of the effluent being mercury. Care should be taken to treat the effluent before discharge in to natural environments.

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Caustic-chlorine industry, Mercury, Effluent, Cyanobacteria, dry weight, pigment.

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The process of making medical decisions frequently entails intricate ethical predicaments that necessitate careful contemplation and moral resolution. The paper commences by providing a comprehensive elucidation of the idea of reflective equilibrium, along with its historical evolution as a prominent method employed in the realms of moral and political philosophy. The use of reflective equilibrium in medical decision-making is then shown through detailed case studies of ethical dilemmas that often come up in healthcare settings. The aforementioned case studies encompass a diverse array of circumstances, including but not limited to end-of-life care, organ transplantation, resource allocation in times of pandemics, assisted reproductive technologies, and the issue of informed consent within clinical trials. This paper investigates the process of comparing and evaluating intuitions in relation to known ethical principles, including autonomy, beneficence, non-maleficence, and justice, in order to reach a state of reflective equilibrium. This paper critically evaluates the benefits and limits associated with the application of reflective equilibrium in the field of medical ethics. Furthermore, this research examines the importance of attaining reflective equilibrium in the context of medical decision-making, highlighting its capacity to provide healthcare professionals and policymakers with a clear and coherent framework for addressing ethical challenges. In summary, the utilization of reflective equilibrium in the context of medical decision-making offers a potentially fruitful approach for addressing intricate ethical quandaries.

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Index Terms - moral intuitions, reflective equilibrium, medical decision-making, ethical principles.

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Scintillation counters have been widely used in particle detection. Particle detection suffers from a serious difficulty i.e. pile- up-effects caused due to the presence of backgrounds (non ?? events.) and high rate effects. The study of background level in the ??(958) mass region is very interesting and helpful in developing the technique to avoid the pile-up-effects. In this paper we have presented some results on the study of the background level in the ??(958) mass region produced in the ?-p-> ??n interaction near its production threshold. The yield curve corresponding to the minimum value of ?2 (14.84) of very high confidence level (CL) which is the best for the data and hence it can explain the background level.

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Meson , backgrounds , pion beam momentum , yield curve , CM gate ? - p interaction.

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