Volume 13 | Issue 11 |

 Abstract

Gender equality and women empowerment are pivotal components of social, economic, and political development contributing towards a more sustainable landscape globally. The article throws lights on the transforming nature of women empowerment. The historical account of malicious practices like sati pratha (practice), female feticide, dowry, domestic violence gave momentum to women empowerment and called for an equal status of women in the society. But an array of problems like pay-disparity, sexual harassment at workplace and rape continue to hinder the goal of women empowerment and equality affecting the overall growth of the nation. This paper focuses on the past, present and future trends of women empowerment and gender equality. This paper aims to explore the advent of feminism and its vileness towards gender equality.

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Gender Equality, Empowerment, Development, Education

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E-business and e-commerce have significantly changed India's economy by introducing new ways to trade and altering how people shop. They have also created new opportunities for companies in various sectors. The rapid spread of internet access, affordable smartphones, payment systems like UPI, and strong social media presence, along with government-supported tech initiatives, have made India a leading high-speed digital market globally. This study examines the growth path, main drivers, business models, and impacts of online business activities in the country. It also explores emerging trends such as shopping through social apps, mobile transactions in agriculture, and tech services focused on farming. Additionally, it addresses growing concerns about deceptive website practices that affect consumer choices. The information collected from schools, market reports, and online business platforms helps identify current trends and future directions. Although e-commerce has opened new doors for many, issues such as shopper safety, shipping delays, technical literacy, and fair practices by websites still require significant attention.

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E-business, e-commerce, India, digital marketplace, social commerce, mobile commerce, agritech, dark patterns, consumer protection.

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Vandhyatva ( infertility) is conditions when a female is unable to conceive within 1 year of regular unprotected intercourse. There are 2 types of infertility primary infertility refers to couple who have not become after at least 1 years having sex without using birth control method, And secondary infertility as couple who have been able to get pregnant at least once, but are now usable. Description of Vandhyatva ( infertility) has been mentioned in Charaka Samhita, Sushruta Samhita, Harita Samhita, Kashyap Samhita, Ashtang Sangraha Madhava Nidana, Bhavprakasha Rasa ratna Samucchay. Beeja, artava, and pushpa can be correlation with ovum which is one of most important factor for conception and infertility. So this study describe leads to infertility it's causes, symptoms, pathology, and it's management.

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Vandhyatva, infertility, Charaka Samhita, ovum, Beeja, pushpa etc.

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Snake bite is one of the neglected public health problems which could lead to acute iatrogenic effects including the nervous system leading to paralysis, drooping eyelids, tingling. The cardiovascular system causing bleeding disorders. The renal system resulting kidney failure. The local tissue causing damage and dysfunction. It also causes pain, swelling, redness, systemic effects like nausea, weakness, and respiratory distress. Plant-derived traditional herbal remedies have served as a prolific reservoir of therapeutic compounds, employed worldwide to forestall and manage a plethora of human maladies since the dawn of civilization, The present investigation, conducted within the Pachamalai hills of the Tiruchirappalli district, sought to explore the expansive potential of medicinal flora in the treatment of ophidian envenomation. Thorough surveys and inquiries -glycemic equilibrium documented a total of 95 plant species, representing 91 distinct families, utilized by local communities for the management of glycemic equilibrium. This study meticulously delineates these botanicals, furnishing their binomial nomenclature and vernacular appellations, alongside precise descriptions of the specific plant components employed in medicinal preparations for snakebites. Saliently, prominent families identified in the survey encompassed Fabaceae, Mimosaceae, Apocynaceae, Amaranthaceae, and Asteraceae.

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Snake bites, traditional medicine, indigenous groups, medicinal plants, Pachamalai.

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Manual scavenging -- the practice of manually cleaning, carrying, disposing, or handling human excreta from insanitary latrines, sewers, and septic tanks -- is one of the most degrading forms of labor known to humanity. Despite being legally banned in multiple countries, including India, it continues to persist in different forms, reflecting deep-rooted social inequality, caste-based discrimination, and state failure to ensure human dignity. The practice violates fundamental human rights, including the right to life, dignity, equality, and safe working conditions. This research paper examines manual scavenging from a global legal perspective, analyzing the human-rights dimensions, the international legal framework, and the national legislations addressing this issue -- with India as the central focus. It discusses the historical and social roots of the practice, the legal evolution of prohibitions and rehabilitation measures, the gaps in implementation, and the global parallels where unsafe sanitation work continues. The paper argues that the persistence of manual scavenging represents not just a failure of law enforcement but a failure of moral and constitutional duty. The conclusion emphasizes the urgent need for holistic reform combining legal enforcement, social change, mechanization, and rehabilitation to restore dignity to affected communities and eradicate the practice permanently.

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manual scavenging, human rights, caste discrimination, sanitation workers, India, forced labor, law and dignity, rehabilitation, human-rights violations

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This research investigates the influence of cultural values, trust in institutions, and moral principles on the public's acceptance of AI surveillance technologies. As AI-based monitoring systems become more integrated into various aspects of life, their interpretation and legitimacy differ significantly across different cultures. Utilizing cross-cultural theory and case studies, this study explores how societies view the trade-offs between security and privacy, efficiency and autonomy, and trust and control. It examines how cultural meanings shape the perception of AI surveillance as either a protective measure or a threat to civil liberties, and how institutional narratives support these views. The findings indicate that societies with higher levels of institutional trust and collectivist values tend to be more accepting of AI surveillance, whereas individualistic and low-trust environments show greater resistance and ethical concerns. The paper concludes by discussing the implications for global AI governance and culturally sensitive technology policies.

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AI surveillance, cultural values, institutional trust, privacy, ethics, cross-cultural analysis, technology acceptance, governance.

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Abstract: Cardiac arrhythmias constitute a heterogeneous spectrum of rhythm disturbances arising from abnormalities in the initiation or propagation of electrical impulses within the heart. These disorders range from benign ectopic beats to malignant ventricular tachyarrhythmias capable of causing sudden cardiac death. Their management continues to challenge clinicians due to complex underlying mechanisms, multifactorial etiologies, and variable prognostic outcomes. The growing global burden of arrhythmias, particularly atrial fibrillation, underscores the urgent need for evidence-based strategies that integrate diagnostic precision with personalized therapeutic interventions. This comprehensive review explores the epidemiological trends, risk determinants, and pathophysiological mechanisms contributing to arrhythmogenesis. It critically evaluates conventional and advanced diagnostic modalities, including electrocardiography, electrophysiological mapping, cardiac imaging, and the emerging role of artificial intelligence and wearable technologies in rhythm monitoring. Pharmacological management is discussed within the framework of the Vaughan-Williams classification, emphasizing antiarrhythmic drug selection, rate and rhythm control, and anticoagulation strategies for thromboembolic prevention. Equally important, non-pharmacological interventions such as catheter ablation, implantable cardioverter-defibrillators (ICDs), and pacemaker therapy are reviewed for their pivotal roles in rhythm stabilization and mortality reduction. Current guideline recommendations from the A??, ACC, and ESC are summarized, highlighting the paradigm shift toward early rhythm control, precision cardiology, and integration of genetic testing for inherited arrhythmia syndromes. Emerging innovations, including gene-editing technologies, stem-cell-based myocardial repair, and machine-learning algorithms for risk stratification, represent the future of arrhythmia management. Ultimately, optimizing patient outcomes requires a multidisciplinary approach encompassing accurate diagnosis, individualized treatment planning, lifestyle modification, and continuous follow-up. With ongoing advancements in biomedical technology and data-driven medicine, the future of cardiac arrhythmia management is poised for significant transformation toward safer, more effective, and patient-centered care.

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Keywords: Atrial fibrillation, Ventricular arrhythmia, Catheter ablation, Electrophysiology, Cardiac arrhythmia management, Brugada syndrome, Genetic testing.

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Making Education skill oriented by adding different subjects in a harmonious way. NEP 2020 is endeavoring to make students independent and skill enriched when they move out of the portals of their school system. Integration of different subjects have lead the learning procedures a different dimension. STEAM is the abbreviation of Science, Technology, Engineering, Arts and Mathematics and its inclusion in school curriculum is going to be a great milestone in developing the personality of our students and making them self-reliant, independent and skill oriented. My paper presentation on the above topic, actually gave me an opportunity to unravel a research done a few years back in the Session 2016-17 with a group of twenty two interested and enthusiastic students. The research endeavor was titled The Nachiketa Project, after the famous mythological character, known for his inquisitiveness. The study of The Nachiketa Project revealed that academic performance of students can be improved by its implementation. Research work is suitably supported with relevant data for reference purposes. The analogy of The Nachiketa Project and Integration of STEAM is very interesting. Both the models ultimately result into the development of skill, collaboration and empowerment of our students. Both the techniques to develop the personality of our students are in accordance with our new National Education Policy 2020. I would like to admit that the presentation is a maiden work of research and it would also enlighten us how Integration of STEAM can be oriented in Schools. The submission also attempts to demonstrate integration in Middle School Curriculum. The feasibility of Integration of STEAM with cross curricular approach would make students critical thinkers and analyzers.

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BEHIND THE SCENES- MAKING STEAM WORK IN SCHOOLS

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The increasing demand for efficient energy usage in residential areas has driven the evolution of conventional energy meters into intelligent smart metering systems. This project focuses on the analysis and implementation of Artificial Intelligence (AI) technologies in residential smart meters to enhance energy monitoring, consumption forecasting, and load optimization. By leveraging machine learning algorithms such as LSTM and XGBoost, smart meters can not only record real-time data but also predict future energy usage patterns, enabling users and utility providers to make informed decisions. The study explores the role of AI in enabling demand-side management, anomaly detection, and personalized energy recommendations. Through the use of historical consumption data, AI models are trained to identify trends, peak hours, and potential inefficiencies in the system. The results demonstrate the effectiveness of AI-based smart meters in reducing energy wastage, lowering electricity bills, and promoting sustainable living. This project highlights the potential of integrating AI into residential energy systems and sets the foundation for future developments in smart grid technologies .The increasing demand for efficient energy usage in residential areas has driven the evolution of conventional energy meters into intelligent smart metering systems. This project focuses on the analysis and implementation of Artificial Intelligence (AI) technologies in residential smart meters to enhance energy monitoring, consumption forecasting, and load optimization. By leveraging machine learning algorithms such as LSTM and XGBoost, smart meters can not only record real-time data but also predict future energy usage patterns, enabling users and utility providers to make informed decisions. The study explores the role of AI in enabling demand-side management, anomaly detection, and personalized energy recommendations. Through the use of historical consumption data, AI models are trained to identify trends, peak hours, and potential inefficiencies in the system. The results demonstrate the effectiveness of AI-based smart meters in reducing energy wastage, lowering electricity bills, and promoting sustainable living. This project highlights the potential of integrating AI into residential energy systems and sets the foundation for future developments in smart grid technologies

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Smart meters, Artificial Intelligence, Energy forecasting, LSTM, XGBoost, Smart homes, Load optimization

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