Campus & Infrastructure at Institute for Plasma Research – Facilities Overview
Institute for Plasma Research (IPR) is a premier autonomous research organization in Gandhinagar, Gujarat, established in 1982. Under the Department of Atomic Energy, it specializes in plasma science, offering Ph.D. and M.Tech programs in collaboration with HBNI. IPR is a global leader in fusion research.
Gandhinagar, Gujarat
Infrastructure and Campus Facilities at IPR Gandhinagar
Discover the full range of campus facilities at IPR Gandhinagar including hostels, libraries, sports infrastructure, labs, classrooms, and innovation centers. Learn about student accommodation, dining options, Wi-Fi availability, and modern amenities that support academic and personal growth.
Library
| Facility | Summary | Features |
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| Central Library | The IPR Central Library serves as a vital resource hub for researchers, scholars, and staff, offering an extensive collection of print and digital materials focused on plasma science, fusion technology, and related disciplines. It provides access to numerous scientific databases, e-journals, and e-books, facilitating comprehensive literature reviews and in-depth research. The library also includes dedicated quiet reading areas and a reference section to support focused academic pursuits. |
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| Digital Library Resources | IPR's Digital Library Resources provide researchers with seamless online access to a vast repository of scientific knowledge, including a wide array of international journals, research papers, and institutional publications. This digital platform ensures that scholars can access critical information anytime, anywhere, supporting continuous research and collaboration. The remote access features enhance the flexibility and efficiency of knowledge acquisition for the entire IPR community. |
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Food Options
| Facility | Summary | Features |
|---|---|---|
| Main Canteen | The Main Canteen at IPR provides hygienic and affordable food options for all staff, researchers, and visitors. It offers a diverse menu featuring various Indian cuisines, along with snacks and beverages throughout the day. The spacious and clean dining area serves as a convenient spot for quick meals and informal interactions, catering to the daily dietary needs of the IPR community. |
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Laboratories
| Facility | Summary | Features |
|---|---|---|
| ADITYA-U Tokamak Facility | The ADITYA-U Tokamak Facility is a cornerstone of experimental plasma research at IPR, serving as a versatile platform for studying plasma confinement and behavior. As a major upgrade to the original ADITYA tokamak, it allows researchers to conduct advanced experiments critical to understanding fusion energy processes. This facility is crucial for hands-on training and cutting-edge research in magnetic confinement fusion. |
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| SST-1 Steady State Superconducting Tokamak | The SST-1 is India's first superconducting steady-state tokamak, representing a significant national asset for fusion research. Its unique capability for long-duration plasma operations with superconducting magnets allows scientists to investigate conditions relevant to future fusion reactors. This state-of-the-art facility provides unparalleled opportunities for experiments in high-performance plasma, magnet technology, and cryogenics, pushing the boundaries of fusion energy science. |
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| Plasma Diagnostic Laboratory | The Plasma Diagnostic Laboratory is equipped with a wide array of sophisticated diagnostic tools essential for characterizing and understanding plasma behavior in fusion devices. Researchers utilize techniques like spectroscopy and interferometry, combined with high-speed data acquisition systems, to measure crucial plasma parameters. This lab plays a vital role in providing experimental data that informs theoretical models and advances fusion research. |
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| Materials Science Laboratory | The Materials Science Laboratory at IPR focuses on developing and characterizing materials resilient to the extreme conditions found in fusion reactors. It is equipped with advanced tools for microstructural analysis, mechanical testing, and studying material interactions with plasma and radiation. This lab supports the critical task of identifying and engineering durable materials for future fusion power plants. |
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| High Voltage Laboratory | The High Voltage Laboratory is dedicated to research and development of high voltage components and systems crucial for fusion applications. It features specialized power supplies and testing equipment to evaluate insulation materials and high-voltage breakdown phenomena. This lab ensures the safety and reliability of electrical systems operating at extreme voltages within the institute's experimental setups. |
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| Vacuum Technology Laboratory | The Vacuum Technology Laboratory is critical for developing and maintaining the ultra-high vacuum environments required for plasma experiments. This lab houses advanced vacuum pumping systems and precision leak detection equipment, enabling the fabrication and testing of vacuum components crucial for tokamak operations. It ensures the purity and stability of the plasma environment by minimizing contaminants. |
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| Cryogenics Laboratory | The Cryogenics Laboratory supports research into extremely low temperatures, essential for operating superconducting magnets in devices like SST-1. It contains advanced helium liquefiers and cryostats, facilitating experiments and testing of materials and components at cryogenic conditions. This lab is vital for advancing the technology required for superconducting fusion reactors and other low-temperature applications. |
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| RF & Microwave Laboratory | The RF & Microwave Laboratory focuses on developing and testing radio frequency and microwave systems used for heating and current drive in plasma devices. This lab is equipped with high-power RF sources and a range of diagnostic tools for designing and evaluating antenna systems and transmission lines. It plays a crucial role in enabling efficient energy coupling to plasma for fusion experiments. |
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| Power Supplies Laboratory | The Power Supplies Laboratory designs, builds, and tests robust power supply systems vital for operating IPR's large experimental devices. It specializes in high-current and pulse power technologies necessary for driving tokamak magnetic coils and other critical subsystems. This lab ensures the reliable and precise delivery of electrical power to support complex plasma physics experiments. |
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| Control & Data Acquisition Laboratory | The Control & Data Acquisition Laboratory develops sophisticated systems for real-time control and high-speed data collection from IPR's experimental devices. Researchers here design and implement distributed control architectures, ensuring precise operation and synchronization of complex fusion experiments. This lab is fundamental for acquiring, processing, and analyzing the vast amounts of data generated during plasma shots, enabling scientific discovery. |
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| Theoretical Physics Laboratory | The Theoretical Physics Laboratory is where researchers develop and analyze theoretical models of plasma behavior, complementing the experimental work. It leverages high-performance computing resources and specialized simulation software to predict and interpret complex plasma phenomena. This lab is crucial for advancing the fundamental understanding of plasma physics and guiding experimental designs. |
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| Computer Modelling & Simulation Laboratory | The Computer Modelling & Simulation Laboratory provides a robust environment for numerical simulations and computational studies related to plasma and fusion science. Equipped with powerful workstations and access to supercomputing infrastructure, it enables researchers to simulate complex physical processes and analyze large datasets. This lab is vital for predictive modeling and understanding phenomena intractable through experiments alone. |
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| Laser Applications Laboratory | The Laser Applications Laboratory explores the use of lasers for various plasma diagnostic techniques and material processing relevant to fusion technology. It houses high-power laser systems and precision optical setups, allowing researchers to develop novel diagnostic methods and study laser-material interactions. This lab contributes to both fundamental plasma physics and the development of advanced manufacturing techniques for fusion components. |
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| Liquid Metal Technologies Lab | The Liquid Metal Technologies Lab investigates the properties and applications of liquid metals as potential coolants and tritium breeders in future fusion reactors. It features experimental loops for studying heat transfer, corrosion, and magnetohydrodynamic effects of liquid metals under reactor-relevant conditions. This lab is essential for addressing engineering challenges related to liquid metal use in fusion energy systems. |
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| Magnet Technology Lab | The Magnet Technology Lab is dedicated to the development, fabrication, and testing of superconducting and resistive magnets, which are fundamental to magnetic confinement fusion. It provides facilities for winding coils, cryogenic testing, and precise magnetic field mapping. This lab's work is critical for ensuring the performance and reliability of the large magnet systems found in tokamaks. |
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| Fusion Reactor Technology Lab | The Fusion Reactor Technology Lab focuses on the engineering challenges of building and operating a fusion power plant. It provides test beds for critical reactor components like blankets and divertors, alongside research stations for remote handling and robotics. This lab contributes directly to the design and development of technologies necessary for the safe and efficient operation of future fusion reactors, addressing practical implementation issues. |
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IT Facilities
| Facility | Summary | Features |
|---|---|---|
| Campus-wide Wi-Fi Connectivity | IPR provides comprehensive Campus-wide Wi-Fi Connectivity, ensuring high-speed, secure internet access for all researchers, scholars, and staff across academic blocks, laboratories, hostels, and common areas. This robust network is available 24/7, facilitating seamless access to online resources, collaborative tools, and research databases. It is fundamental to supporting advanced research and communication within the institute. |
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| Computer Centre | The IPR Computer Centre serves as a centralized hub for all computing needs, offering high-performance workstations and access to a wide array of specialized software, compilers, and programming tools. It provides essential printing and scanning services and is supported by dedicated technical staff. This center is crucial for data analysis, numerical simulations, and general computing tasks, empowering researchers with robust IT infrastructure. |
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| High-Performance Computing (HPC) Facilities | IPR boasts advanced High-Performance Computing (HPC) Facilities, comprising dedicated computing clusters capable of large-scale parallel processing. These resources are indispensable for running complex numerical simulations of plasma phenomena and analyzing vast experimental datasets. The HPC facilities, equipped with high-speed interconnects and robust storage, provide the computational power necessary to push the boundaries of research in fusion energy and related fields. |
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Basic Services
| Facility | Summary | Features |
|---|---|---|
| ATM Facility | An ATM Facility is conveniently located within the IPR campus, providing 24/7 access to cash withdrawal services for all staff, researchers, and residents. This essential service ensures easy access to banking needs without having to leave the institute premises, adding to the convenience of daily life on campus. |
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| Staff Quarters | IPR provides dedicated Staff Quarters as residential accommodation for its faculty and administrative staff, located within or in close proximity to the campus. These quarters offer a variety of housing options and are designed to provide a comfortable and secure living environment for employees and their families. This facility fosters a vibrant community and minimizes commuting challenges for its key personnel. |
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| Water & Power Utilities | The Institute ensures uninterrupted operations through robust Water & Power Utilities, providing 24/7 electricity with substantial backup generator capacity to critical research facilities. A reliable supply of treated water and efficient waste management systems, including sewage treatment, are also in place. These fundamental services are crucial for maintaining a functional, safe, and environmentally responsible campus environment, supporting all academic and residential needs. |
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Academic Spaces
| Facility | Summary | Features |
|---|---|---|
| Large Auditorium | The Institute for Plasma Research features a spacious Large Auditorium, a central venue for major academic and scientific events. It is fully air-conditioned and equipped with state-of-the-art audio-visual systems and a well-designed stage, making it ideal for conferences, seminars, workshops, and institutional ceremonies. Its robust infrastructure supports both large-scale presentations and international collaborations, providing a professional environment for knowledge exchange. |
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| Conference Rooms | IPR provides multiple modern Conference Rooms designed to facilitate focused discussions and collaborative meetings among researchers and visiting scientists. These rooms are outfitted with essential video conferencing capabilities, projectors, and comfortable seating arrangements, ensuring seamless communication and productive scholarly interactions. They serve as crucial spaces for strategic planning, research group meetings, and inter-institutional dialogues. |
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| Seminar Rooms | The Institute's Seminar Rooms offer flexible spaces for smaller academic sessions, departmental presentations, and specialized lectures. Each room is air-conditioned and furnished with necessary presentation tools, including projectors and interactive whiteboards, to support dynamic teaching and learning experiences for PhD scholars and project staff. These intimate settings foster focused academic discourse and knowledge dissemination. |
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| Training Rooms | IPR utilizes dedicated Training Rooms for various technical and skill-development programs, crucial for its research community. These spaces are configured to accommodate practical sessions and workshops, with some equipped with computer workstations to facilitate hands-on learning. They are essential for conducting specialized courses for research scholars, technicians, and new recruits, ensuring continuous professional development. |
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Entry/Exit Rules
| Facility | Summary | Features |
|---|---|---|
| Visitor Management System | The Institute implements a stringent Visitor Management System to regulate access and ensure campus security. All visitors are required to register at the main gate, providing identification and stating their purpose of visit, before being issued a temporary pass. For certain sensitive research areas, visitors may also require an escort, ensuring controlled entry and maintaining the integrity of the institute's operations. |
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| Access Control Systems | IPR employs advanced Access Control Systems to manage and restrict entry to its various buildings, research laboratories, and sensitive operational zones. Authorized personnel utilize biometric scanners or swipe cards to gain entry, ensuring that only approved individuals can access critical areas. This layered security approach is vital for protecting high-value equipment, proprietary research data, and maintaining a secure research environment. |
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Sports & Fitness
| Facility | Summary | Features |
|---|---|---|
| Gymnasium | The Gymnasium at IPR provides a well-equipped space for researchers and staff to maintain their physical fitness and well-being. It features a range of cardio machines and strength training equipment, catering to various fitness routines. This facility encourages a healthy lifestyle within the academic community, offering a convenient on-campus option for regular exercise. |
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| Outdoor Sports Grounds | IPR offers Outdoor Sports Grounds for various team and individual sports, providing ample space for recreational and fitness activities. These grounds typically include facilities for cricket, football, and volleyball, promoting active lifestyles and team spirit among the campus community. They serve as important venues for informal games and organized sports events, contributing to holistic well-being. |
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| Indoor Sports Facilities | The Institute provides Indoor Sports Facilities that offer spaces for recreational activities regardless of weather conditions. These facilities typically include areas for table tennis, badminton, carrom, and chess, promoting a balanced lifestyle and fostering camaraderie among researchers and staff. They provide an excellent avenue for stress relief and social interaction within a dedicated indoor environment. |
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Hostel Facilities
| Facility | Summary | Features |
|---|---|---|
| Men's Hostel | The Men's Hostel at IPR provides comfortable and secure accommodation for research scholars and project staff, fostering a conducive environment for academic focus and community living. Rooms are furnished with essential amenities, and the hostel ensures round-the-clock security and Wi-Fi connectivity. Common recreational areas and dedicated study rooms are available, promoting both social interaction and serious academic pursuits. |
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| Women's Hostel | The Women's Hostel offers a safe and supportive living environment for female research scholars and staff at IPR. Designed with enhanced security measures, it provides well-furnished rooms, Wi-Fi connectivity, and essential amenities for comfortable living. The hostel also includes common recreational spaces and quiet study rooms, balancing personal privacy with opportunities for academic collaboration and social engagement. |
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| Hostel Mess/Dining Hall | The Hostel Mess provides hygienic and nutritious meals for residents of the IPR hostels. With a focus on balanced nutrition, the mess offers a diverse menu that typically includes both North and South Indian cuisine for breakfast, lunch, and dinner. The clean and spacious dining hall ensures a comfortable experience, serving as a social hub for residents to enjoy their meals and interact. |
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Safety & Security
| Facility | Summary | Features |
|---|---|---|
| CCTV Surveillance System | IPR prioritizes the safety and security of its campus with a comprehensive 24/7 CCTV Surveillance System. High-resolution cameras are strategically installed across the premises, including research facilities, residential areas, and common spaces, providing continuous monitoring. This system ensures a secure environment for all personnel and safeguards valuable research assets through vigilant oversight and recorded footage. |
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| Security Personnel | A dedicated team of trained Security Personnel ensures round-the-clock safety and order within the IPR campus. These guards perform regular patrols, manage access at all entry and exit points, and are prepared to respond promptly to any security concerns or emergencies. Their constant vigilance maintains a secure and disciplined environment, crucial for a high-value research institution. |
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| Fire Fighting System | The Institute maintains a robust Fire Fighting System across its campus, incorporating strategically placed fire extinguishers, hose reels, and an integrated system of smoke detectors and alarms. Regular fire drills and safety training are conducted to ensure that all personnel are prepared for emergency situations. This proactive approach to fire safety minimizes risks and protects both individuals and critical infrastructure. |
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| Emergency Response Protocols | IPR has established clear Emergency Response Protocols to ensure swift and effective action during unforeseen incidents, including medical emergencies, fires, and natural disasters. A trained emergency response team is in place, and critical contact information is prominently displayed across the campus. Regular drills and awareness programs are conducted to educate all personnel on safety procedures, enhancing overall preparedness and minimizing risks. |
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Incubation Centers
| Facility | Summary | Features |
|---|---|---|
| Technology Transfer & Incubation Centre (TTIC) | The Technology Transfer & Incubation Centre (TTIC) at IPR plays a pivotal role in translating cutting-edge plasma research into tangible societal benefits. It actively facilitates the transfer of IPR's innovative technologies to industries and startups, providing crucial support for commercialization efforts. TTIC also offers mentorship, networking, and guidance on intellectual property, fostering an environment where scientific breakthroughs can lead to new ventures and applications. |
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Medical Facilities
| Facility | Summary | Features |
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| Health Centre / Medical Unit | The IPR Health Centre provides essential medical services, including general consultations and first-aid, to all personnel on campus. Staffed by trained medical professionals, it is equipped to handle routine health concerns and minor injuries. For more serious conditions or emergencies, the institute has established tie-ups with nearby hospitals, ensuring prompt access to advanced medical care when needed, prioritizing the well-being of its community. |
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| Ambulance Service | In case of medical emergencies, IPR provides an on-call Ambulance Service to ensure rapid transportation of individuals requiring urgent care to nearby hospitals. The ambulance is equipped for basic life support, ensuring that immediate medical attention can be provided during transit. This service is a critical component of the institute's emergency response system, ensuring timely access to advanced medical facilities outside the campus. |
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Recreational Areas
| Facility | Summary | Features |
|---|---|---|
| Common Rooms | Common Rooms are available within the hostels and potentially other campus buildings, serving as dedicated spaces for social interaction and relaxation for scholars and staff. These rooms are typically furnished with comfortable seating, television sets, and often include provisions for indoor games like carrom and chess. They provide a vital informal setting for unwinding after studies or work and fostering community bonds. |
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Student Help Desks
| Facility | Summary | Features |
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| Administrative Support | The Institute provides comprehensive Administrative Support to its research scholars and project staff, assisting with academic registration, institute policies, and various procedural queries. This desk serves as a primary contact point for guidance on scholarship applications, thesis submissions, and acts as a liaison with different departments. It ensures that scholars receive timely and accurate information, streamlining their academic and research journey at IPR. |
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| Counselling Services | IPR offers confidential Counselling Services to support the mental health and overall well-being of its research scholars and staff. Professional counselors provide guidance on personal, academic, and career-related challenges, offering strategies for stress management and emotional well-being. These services ensure that individuals have access to a supportive and confidential environment to navigate the pressures of research and academic life. |
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| Grievance Redressal Cell | The Grievance Redressal Cell at IPR provides a formal mechanism for scholars and staff to voice and resolve their concerns in a fair and confidential manner. It ensures that complaints are investigated impartially and addressed promptly, promoting a transparent and equitable environment. This cell is crucial for upholding the rights and well-being of all members of the IPR community, fostering a harmonious campus atmosphere. |
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Transport Services
| Facility | Summary | Features |
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| Staff Bus Service | IPR operates a Staff Bus Service to facilitate convenient and reliable commuting for its employees and research scholars between the campus and various residential areas or key city points. The service runs on regular schedules, significantly easing daily travel and contributing to a better work-life balance for the IPR community. This transport facility helps ensure punctuality and reduces individual commuting burdens. |
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| Parking Facilities | The Institute provides ample and well-organized Parking Facilities for both two-wheelers and four-wheelers, catering to the needs of its staff, researchers, and visitors. Designated parking zones are equipped with security surveillance to ensure the safety of vehicles. These facilities help maintain orderly traffic flow within the campus, contributing to a smooth and accessible environment for everyone. |
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Disability Services
| Facility | Summary | Features |
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| Accessible Infrastructure | IPR is committed to providing an inclusive environment through its Accessible Infrastructure, which includes ramps for wheelchair access and lifts in multi-story buildings, ensuring ease of movement for individuals with mobility challenges. Efforts are made to provide accessible restrooms and pathways to facilitate seamless navigation across the campus. These features aim to create an environment where all individuals can participate fully in academic and research activities. |
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Accommodation for Parents
| Facility | Summary | Features |
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| Guest House | The IPR Guest House offers comfortable and well-appointed accommodation for visiting scientists, interviewees, and, subject to availability, parents or guardians of scholars. Each room is furnished with essential amenities, including air conditioning and attached bathrooms, ensuring a pleasant stay. The guest house also typically provides dining facilities and internet access, serving as a convenient temporary residence within the campus for those visiting the institute. |
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