Abstract-The theory of gravity, as described by Einstein’s General Relativity, does not include a particle mediator for gravitational forces. However, in attempts to unify quantum mechanics and general relativity, gravitons are postulated as the quantum mediators of gravity. This research presents a theoretical framework in which the attraction of gravitons increases as the temperature of a system increases. We explore how temperature-induced fluctuations in quantum fields could influence the gravitational force mediated by gravitons, potentially offering new insights into the interplay between thermodynamics and gravitational forces at quantum scales.

Abstract-Thermal management is a critical aspect of lithium-ion battery (LIB) manufacturing, influencing product quality, process efficiency, and safety. This paper examines various methods for controlling temperature during key production stages such as electrode preparation, cell assembly, and electrolyte filling. Techniques like active cooling, infrared (IR) heating, and advanced thermal monitoring systems are analyzed for their effectiveness. Using case studies, experimental data, and thermal simulations, the research evaluates the impact of temperature control on material integrity, energy efficiency, and manufacturing throughput. Results indicate that optimized thermal management not only improves battery performance and lifespan but also reduces operational costs and energy consumption. Recommendations for future innovations in thermal management technologies are discussed to meet the growing demand for high-quality LIBs in electric vehicles (EVs) and energy storage systems.

Abstract-The exponential growth in lithium-ion battery (LIB) production has brought challenges, including significant waste generation and environmental impact. This paper explores strategies for recycling and reusing waste materials in lithium battery manufacturing to align with circular economy principles. It examines key technologies like hydrometallurgy and pyrometallurgy, evaluates their economic and environmental implications, and analyzes case studies of recycling initiatives within manufacturing facilities. By integrating experimental data and economic modeling, the study demonstrates the potential of recycling to reduce production costs, decrease reliance on virgin materials, and lower carbon emissions. The findings highlight a pathway for lithium battery manufacturers to adopt sustainable practices without compromising profitability.

Abstract-A chatbot is a piece of computer software that may initiate conversations between users and other machines. A broader audience can be reached with chatbot technology, which is text-based and secure. Chatbots for scholarly research are developed using AI algorithms that interpret user messages and assess user demands. Without being physically present at the company, the chatbot’s objective is to match user input when answering inquiries. The application responds to the students’ inquiries by using its intelligence. These kinds of applications can be menu-driven, form-based, command line, graphical user interface (GUI), natural processing language, etc. Web-based and TGUI are the two most popular types of user interfaces; however, sometimes another type is required. Conversational user interfaces based on chatbots are useful in this situation. One type of bot that has been utilized in chat systems is the chatbot. Users can interact with them through graphical interfaces, and this is currently the trend. They usually offer a stateful service, meaning that each session’s data is saved by the application. It’s common to be unsure about where to find information on a college’s website. It could be difficult for someone who isn’t a student or employee to locate information about colleges. A chatbot for college questions is the result of fixing these problems. It is a quick, easy, and educational widget that improves user experience on college websites by giving consumers useful information. The chatbot uses artificial intelligence (AI) and natural language processing (NLP) technology to answer user questions. Questions concerning academics, examination cells, admission, users’ attendance and grade point average, placement cells, and other diverse activities are all effectively addressed by this user interface. Chatbots are systems with integrated data that enable them to recognize user inquiries and provide answers. This approach might be an online application that provides the student with the answers to their query. Students prefer using the bot to converse and pose inquiries. After analyzing the user’s inquiry, the program provides an answer. The inquiry is answered by the machine as though it were being asked by someone. With the use of algorithms, the program answers the pupils’ query.

Abstract-This paper introduces a novel approach to decentralized finance (DeFi) through a Token Stacking and Earn Reward System. By utilizing blockchain technology and smart contracts, this system allows users to stack tokens to earn rewards securely and transparently. The process is fully automated, eliminating intermediaries, which improves both efficiency and trust. This research focuses on the architecture, mechanisms, and advantages of such a system, highlighting the significant role of decentralized technologies in the evolution of financial systems.

Abstract-Climate change has significantly altered global hydrological patterns, leading to extreme fluctuations in water availability. This study explores the application of Deep Reinforcement Learning (DRL) to develop a predictive model for analysing climate change’s impact on water resources. By leveraging meteorological and hydrological datasets, the proposed model aims to forecast variations in water availability, quality, and demand. The study integrates climate variables such as temperature, precipitation, and humidity to enhance the decision-making capabilities of policymakers and environmental planners. The findings of this research provide a robust framework for sustainable water resource management.

Abstract-The goal of the project is to develop a system, which uses Mobile technology that keeps control of the Industrial effects and activities by using Fire, Smoke, Temperature, LDR and PIR sensor. From the sensors quantities are measured and given to the controller (Arduino). Input value will convert the analogical values into digital format and forwards to the controller. The controller will process this information and it will continuously update to server. If the sensors values exceed from the predefined values, then system will give the alert message and information is updated on the server through GPRS (General Packet Radio Service) modem. GPRS (General Packet Remote system) is the technology that underpins most of the world’s mobile phone networks. GPRS is a packet-switching protocol that allows for the transmission of data over cellular networks. Packet-switching is the process of breaking large amounts of data into smaller pieces for transmission across networks GPRS enables always-on internet access, multimedia messages, and other advanced phone features. This system has the fault monitoring capability, which leverages IoT sensors and devices to detect anomalies in machinery and processes. By continuously monitoring parameters such as temperature, vibration, and pressure, these systems can identify potential faults before they lead to significant failures. IoT (Internet of Things) applications in industrial automation allow operators to monitor and control equipment and processes remotely, which can reduce the need for on-site maintenance. This can improve efficiency, reduce costs, and enhance safety.

Abstract-This study investigates the development and mechanical properties of bacteria-infused self-healing ceramic-based geopolymer concrete. Geopolymer concrete, a sustainable alternative to traditional cement-based concrete, was infused with bacteria (Bacillus Megaterium) to enhance its self-healing capabilities. Geopolymer is a new development in the world of concrete in which cement is totally replaced by pozzolanic materials like fly ash and activated by highly alkaline solutions to act as a binder in the concrete mix. In this project we have totally replaced cement with ceramic powder. Therefore, efforts are made in this study to develop geopolymer concrete by employing ceramic powder as binder material and sodium hydroxide (NaOH) and sodium silicates (Na2SiO3) as alkaline activators. The activator solution (AAS) to binder solids (BS) ratio ranging from 0.4 to 1.0. Investigations are carried out to determine the fresh properties and mechanical properties such as compressive strength, splitting tensile strength, flexural strength and water absorption also carried out. Present investigation has been under taken to study the strength parameters of GPC on adding 10%, 20%, 30% of bacteria (Bacillus Megaterium) along with water in GPC. The results show that the bacteria-infused geopolymer concrete exhibits improved mechanical and self healing properties, reduced water absorption, and enhanced self-healing capabilities compared to the control concrete. This innovative material has potential applications in infrastructure development, offering a sustainable solution for concrete structures.

Abstract-Maintaining clean windows in high-rise buildings and difficult-to-reach areas is a challenging and time-consuming task. This project presents an Automated Window Cleaning Device designed to efficiently clean glass surfaces with minimal human intervention. The device is equipped with a suction motor and Velcro mechanism to adhere securely to the glass, along with wheels for smooth movement across the surface. It integrates a sprayer system for applying cleaning solution and microfiber cloths to ensure effective cleaning. The device operates on an external power supply, supported by an inbuilt backup battery to handle short-term power interruptions. Additionally, it features proximity sensors to navigate window edges and ensure full surface coverage. Users receive notifications in case of power disruptions, enhancing safety and reliability. This system offers a cost-effective, efficient, and safe solution for maintaining clean windows, reducing manual labour and improving accessibility for high-rise buildings.

Abstract-Dynamic, infrastructure-free communication be- tween mobile devices are made possible via mobile ad hoc networks, or MANETs. Their dependability is hampered by issues including malicious activity, node cooperation, and security risks. A collusion-free MANET communication architecture for safe and effective direct mobile-to-mobile networking is pro- posed in this research. The system uses trust-based processes and sophisticated cryptographic algorithms to identify and stop node collusion. Network performance indicators like throughput, latency, and packet delivery ratio may be thoroughly analyzed through simulation using MATLAB. By improving MANETs’ overall security and dependability, the suggested method enables smooth communication in dynamic, resource-constrained con- texts. Results show that it performs better than current methods, which makes it appropriate for use in remote connectivity, military operations, and disaster recovery.