Volume 14 | Issue 5 |

 Abstract

Tic syndrome, encompassing both Tourette's Syndrome (TS) and Chronic Tic Disorders (CTDs), represents a group of neurodevelopmental conditions characterized by repetitive, involuntary motor and/or vocal movements. The neurochemical underpinnings of tic disorders involve dysregulation of dopaminergic and GABAergic pathways, glutamate signaling, and potential nutritional deficiencies -- particularly in the B-vitamin group. This project investigates the design, formulation, and comprehensive evaluation of an oral tablet combining two nutraceutical-therapeutic agents: L-Theanine (200 mg), a bioactive amino acid derived from green tea known to enhance GABAergic tone and modulate glutamate excitotoxicity; and Cyanocobalamin (Vitamin B12, 1000 mcg), an essential cobalamin involved in neuronal myelination and neurotransmitter synthesis.

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Using L-Theanine and Vitamin B12 as Active Pharmaceutical Ingredients

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In Ayurveda, Constipation, often referred to as Vibandha or Baddha Purisha, signifies an inhibition or blockage in the Purishavaha Srotas, i.e. Sangha, a term denoting the obstruction of channels responsible for the smooth movement and elimination of stool within the body. It is a frequently encountered issue in the paediatric population and significantly impacts the physical well-being, physiological functioning and overall quality of life of affected children.

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Vibandha, Constipation, Purishavaha Srotas, Bowel, chikitsa

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Manual explosive ordnance disposal (EOD) presents extreme physical risks to field technicians. Traditional remote-controlled defusal assets minimize these hazards but are frequently restricted by the localized range boundaries and signal dropouts typical of radio-frequency architectures. This paper presents an Internet of Things (IoT) driven mobile robotic platform designed for unrestricted long-distance bomb reconnaissance and neutralization. Controlled via an ESP8266 NodeMCU microcontroller interfaced with the Blynk cloud framework, the system routes remote locomotion and manipulation instructions over standard IP networks. From an automotive engineering perspective, the platform features a highly maneuverable wheeled chassis driven by high-torque DC gear motors, an integrated multi-axis robotic arm, and a relay-isolated wire-cutting end-effector. For real-time hazard identification and situational awareness, the vehicle incorporates a front-mounted inductive proximity metal sensor tied to a local warning buzzer, alongside an independent ESP32-CAM module supplying live video telemetry. Operational trials indicate that the platform maintains reliable, low-latency control loops through structural obstructions, offering an adaptable, low-cost unmanned ground vehicle (UGV) solution for tactical safety operations.

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Unmanned Ground Vehicle (UGV), Internet of Things (IoT), Bomb Defusal, ESP8266 NodeMCU, Chassis Dynamics, Cloud Telemetry.

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Through the lenses of the maritime-infrastructure nexus and geoeconomic competition in the Indo-Pacific from 2020 to 2026, this article conducts a qualitative case study and policy analysis to examine the development of the geopolitical rivalry between China and India. The study uses the theoretical lens of "weaponized interdependence" to examine how commercial maritime infrastructure, supply chain corridors, and logistics tracking software have evolved into tools of state coercion and strategic leverage, going beyond conventional naval power comparisons. It analyzes India's asymmetric counter-strategy and breaks down China's "Strategic Strongpoints" throughout the Indian Ocean Region (IOR). According to the study, New Delhi uses macro-diplomatic frameworks such as the Quadrilateral Security Dialogue (Quad) in conjunction with state-backed private capital accumulation to create rival port hubs. The Indo-Pacific Partnership for Maritime Domain Awareness (IPMDA) is given particular attention, demonstrating how open-source intelligence (OSINT), AI-driven satellite monitoring, and data-sharing networks are essential defenses against maritime asymmetry. The study concludes by bridging these tangible realities with the politics of perception by examining how maritime maneuvers and satellite tracking data contribute to hostile domestic information ecosystems and "visual warfare." The study comes to the conclusion that the maritime-economic sector has emerged as the defining boundary of the Asian "Cold Peace," where the balance of power is determined by control over international trade and information flows.

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Weaponized Interdependence, Geoeconomic Competition, India-China Rivalry, Strategic Strongpoints, Asymmetric Counter-Strategy, Maritime Domain Awareness, and Visual Warfare.

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The present study aimed to investigate the emotional intelligence of high school students in relation to their emotional environment. Emotional intelligence plays a significant role in the academic achievement, social adjustment, and personality development of students. The emotional environment of home and school greatly influences students' emotional stability and behavior. Therefore, the study examined the relationship between emotional intelligence and emotional environment among high school students. A descriptive survey method was used for the study. The sample consisted of 200 high school students selected through random sampling from different schools. Standardized tools were used to measure emotional intelligence and emotional environment. Statistical techniques such as mean, standard deviation, and correlation analysis were applied to analyze the data.

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A Study of Emotional Intelligence of High School Students in Relation to Home Environment

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In the modern work environment--characterized by competition, globalization, and technological advancements--organizations are no longer confined solely to the pursuit of economic success; rather, they are also expected to uphold socio-ethical responsibilities. In this context, the five major vows of Jain philosophy--Ahimsa (Non-violence), Satya (Truth), Asteya (Non-stealing), Brahmacharya (Chastity), and Aparigraha (Non-possession)--prove to be highly relevant. Ahimsa manifests in the workplace as cooperation, tolerance, and compassion; Satya serves as the foundation for transparent communication and honest conduct; Asteya emphasizes honest dealings and the equitable utilization of resources; Brahmacharya lays the groundwork for gender respect and a safe work culture; and Aparigraha inspires sustainable development and the balanced distribution of resources. The effective dissemination of these values is possible only through communication, as it is the primary means of establishing trust, clarity, and accountability between employees and leadership. Ethical communication--rooted in honesty, openness, clarity, and respect--fosters shared responsibility and cultivates an empathetic, transparent, and sustainable culture within the organization. Thus, the integration of Jain philosophy and communication not only economically empowers modern organizations but also propels them forward toward the realization of social justice and sustainable development.

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Ahimsa (Non-violence), Satya (Truth), Asteya (Non-stealing), Brahmacharya (Chastity), and Aparigraha (Non-possession)--prove to be highly relevant.

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The primary goal of a Formula SAE (FSAE) suspension system is to maximize the tire con- tact patch under severe dynamic loading while keeping the unsprung mass as low as possible. This paper details the engineering approach behind the double wishbone pull-rod suspension system developed for our FSAE race car. We bypassed basic theoretical models and utilized LOTUS SHARK software to iteratively optimize the hardpoints, targeting specific kinematic behaviors like controlled camber gain, roll center migration, and anti-dive/anti- squat characteristics. For the physical architecture, we balanced weight and strength by machining the wheel hubs and uprights from Al6063-T6 aluminum, while relying on high- carbon steel for the control arms. Complete load transfer calculations were performed for longitudinal and lateral acceleration scenarios, which fed directly into our finite element analysis (FEA) using ANSYS. By structurally optimizing the load paths, we achieved a factor of safety above 2.1 across all primary sus- pension components. The final setup delivers highly predictable handling, minimal chassis roll, and improved overall tractability on tight autocross circuits.

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: Formula SAE, Vehicle Dynamics, Suspension Kinematics, Double Wishbone, FEA, Unsprung Mass, LOTUS SHARK.

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The automotive industry consistently demands components that offer high precision, superior surface finishes, and robust resistance to varied environmental conditions. Traditional manufacturing methods for car mirror housings, such as injection molding or machining, often involve prohibitive tooling costs, long lead times, and limited flexibility for rapid design iteration. This project investigates the design and development of a car mirror prototype utilizing Stereolithography (SLA), a premier resin-based additive manufacturing technique. The SLA process operates by curing 2D layers of liquid photopolymer resin using ultraviolet (UV) radiation--typically via a computer-controlled laser--to build a solid physical part layer by layer. To meet automotive-grade requirements, the prototypes were developed using a specialized polycarbonate-like resin. Polycarbonate is an engineering thermoplastic valued for being strong, transparent, and impact-resistant, with high durability and heat resistance. By leveraging SLA's ability to produce intricate geometries and smooth surface qualities, this study aims to evaluate the prototype's dimensional accuracy, mechanical strength, and functional performance relative to traditionally manufactured components. The successful development of these prototypes demonstrates significant advantages, including cost reduction, accelerated product realization, and enhanced quality of the final mirror casing. Furthermore, this research explores the critical process parameters--such as layer thickness, laser exposure, and post-curing--that are essential for optimizing the material properties of polycarbonate-based resins in a professional manufacturing context.

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Keywords--Stereolithography (SLA), Additive Manufacturing, Polycarbonate Resin, Car Mirror, Rapid Prototyping, Automotive Engineering.

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Creative Commons Attribution 4.0 and The Open Definition

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The representation of women in Indian cinema has changed significantly, mirroring larger social, cultural, and political shifts in the country. The representation of women has gradually changed from the early decades, when female characters were frequently limited to the conventional roles of obedient spouses and mothers, to the rise of more nuanced and independent heroines. The 1970s and 1980s parallel cinema movement challenged popular narratives by introducing more complex and realistic female characters. Stronger roles and films that focus on women have become more popular in recent years, bringing attention to topics like gender inequity, identity, and empowerment. The path of women in Indian film is a dynamic interplay between tradition and modernity since issues like typecasting and underrepresentation still exist despite advancements.

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Cinema, Bollywood, Female Character, Progress, Society, Feminist ideas,

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Creative Commons Attribution 4.0 and The Open Definition

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By 2040, NEP 2020 seeks to change India's educational system. The National Education Policy 2020 suggests a number of changes for both higher education and schooling, including technical education. One of the main aims of the NEP is to promote job givers than job seekers. Hence the researcher felt the need to examine the influence of NEP on students' intention to take entrepreneurship as a career option. For this purpose, primary data was collected from Two hundred students. The result shows that intention of students to take entrepreneurship as a career has increased. The respondents felt that there is adequate provision in NEP in students' intention to take entrepreneurship. The schoolwork found that despite management initiatives to encourage free enterprise, the number of businesspeople has not meaningfully augmented.

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 Keywords

NEP, Entrepreneurship intention.

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Creative Commons Attribution 4.0 and The Open Definition