JECRC University is a leading private institution located in Jaipur, Rajasthan, established in 2012. Recognized by the University Grants Commission (UGC) and holding the prestigious 12(B) status, the university is eligible to receive central government grants for research and development, underscoring its commitment to academic excellence and innovation.

The university offers a wide range of undergraduate, postgraduate, and doctoral programs in fields such as engineering, management, sciences, law, humanities, and design. With a strong emphasis on practical learning, JECRC University promotes hands-on projects, internships, and industry collaborations to equip students with real-world skills. JECRC University has a robust research ecosystem with dedicated centers focusing on emerging technologies like artificial intelligence, data science, robotics, and renewable energy.

The university boasts state-of-the-art infrastructure, including modern laboratories, well-equipped libraries, and digital learning resources to support academic growth. The university’s vibrant campus life encourages student participation through cultural events, sports, and various clubs, ensuring holistic development. Its strong ties with industry leaders facilitate excellent placement opportunities for students. We have multiple seminar hall and conference rooms with maximum capacity of 600 and minimum capacity of 90.

Our understanding of the Sun and its influence on planetary systems has evolved significantly with advancements in observational techniques, data-driven analysis, and computational modeling. The increasing volume of solar and planetary data demands innovative approaches to extract meaningful insights, predict dynamic events, and explore cosmic phenomena. The symposium titled "Cosmic Vision 2047: Solar and Planetary Dynamics through Observations and AI/ML" aims to provide a focused platform for discussing recent breakthroughs in solar physics, planetary science, and space weather prediction by integrating observational data, theoretical models, and emerging AI/ML techniques. As India’s scientific community advances toward its centenary goals in 2047, this symposium will foster interdisciplinary collaboration to address critical challenges in understanding the Sun’s role in shaping planetary environments.

Accurate solar observations are essential for understanding the Sun’s dynamic processes, such as solar flares, coronal mass ejections (CMEs), and their impact on planetary systems. The Aditya-L1 mission, India's first dedicated solar observatory, marks a significant step in this direction. Positioned at the L1 Lagrange point, Aditya-L1 provides uninterrupted observations of the Sun’s corona, magnetic fields, and plasma dynamics. The mission's instruments, including the Visible Emission Line Coronagraph (VELC) and Solar Ultraviolet Imaging Telescope (SUIT), are designed to capture high-resolution data crucial for investigating solar variability, heliosphere dynamics, and space weather forecasting. By combining Aditya-L1 data with observations from international missions like NASA’s >Parker Solar Probe and ESA’s Solar Orbiter, researchers can build a comprehensive picture of solar activity and its far-reaching effects.

The Sun’s radiation and magnetic activity influence planetary atmospheres, climate systems, and magnetic fields. Missions like Mars Orbiter Mission (Mangalyaan) and Chandrayaan-3 have expanded our knowledge of planetary surface conditions and atmospheric evolution. By integrating solar data with planetary observations, scientists can investigate phenomena such as atmospheric erosion, magnetic reconnection events, and auroral activity on planets like Mars, Venus, and Earth. The symposium will emphasize how solar variability drives planetary space weather conditions and discuss its implications for satellite operations, communication networks, and astronaut safety.

The integration of Artificial Intelligence (AI) andMachine Learning (ML) is transforming solar and planetary research by enhancing data analysis, pattern recognition, and predictive capabilities. Techniques such as convolutional neural networks (CNNs), recurrent neural networks (RNNs), and unsupervised learning are proving highly effective in identifying solar flares, CME trajectories, and planetary surface features. For instance, AI/ML models trained on Aditya-L1 data can significantly improve solar storm prediction accuracy, while ML algorithms applied to planetary imaging data are enhancing surface mapping and feature identification. The symposium will highlight case studies where AI/ML techniques have accelerated discoveries in solar physics and planetary science.

This symposium will promote collaboration between researchers in solar physics, planetary science, computational modeling, and data science. By bringing together experts from diverse fields, the event will facilitate the development of robust models that integrate observational data with predictive algorithms. Such interdisciplinary efforts are vital for improving space weather forecasts, understanding planetary climate systems, and advancing future space exploration missions.

The symposium "Cosmic Vision 2047" aligns with India’s vision of scientific leadership as the nation approaches its centenary in 2047. By uniting experts in solar and planetary science with innovators in AI/ML, this event aims to foster new research directions, improve predictive capabilities, and inspire the next generation of scientists.

All presented papers will have the opportunity for publication after peer review in conference proceeding and journals (UGC Approved/Scopus Indexed/SCI Indexed).

Jaipur, the world-renowned Pink City has an interesting mix of modern infrastructure with a rich heritage and culture which makes Jaipur a very charming city. Known for their hospitality, the people of Jaipur are really welcoming and helpful. The Capital City of Rajasthan, Jaipur was founded by Maharaja Sawai Jai Singh II of Amber in 1727. At that time, Jaipur was one of the best-planned cities of the world. Jaipur forms a part of the West Golden Triangle tourist circuit along with Agra.Jaipur is well connected to almost every corner of India via different means of public transport including air, rail and road. Jaipur is a popular tourist destination in India and serves as a gateway to other tourist destinations in Rajasthan.
The magnificent forts, beautiful havelis and colorful bazaars make Jaipur a popular tourist destination among tourists. Hawa Mahal, Amber Fort, Jaigarh Fort and Nahargarh Fort are popular tourist attractions in Jaipur. Jantar Mantar, built in stone and marble, is the most extensive of the five observatories is a popular tourist attraction in Jaipur showcases India's scientific prowess in a time when US didn't exist. Other major tourist attractions in Jaipur include the Birla Mandir, Govind Dev Ji Mandir, Rambagh Palace, Central Museum and Kanak Valley etc.

Abstract Format

• Abstract title followed by authors and their address, email.
• Font: Times New Roman, Font Size: 12, single line spacing
• It should be submitted in Ms-Word Format

Eligibility to Submit the Abstract

College/University/Research Organization research scholars, post-docs and teachers in India and abroad are invited to submit abstracts in the prescribed format related to the theme of the symposium. Apart from 6-8 invited talks, a set of contributed talks will be selected from the submitted abstracts related to the theme of the symposium. The remaining accepted abstracts will be presented as poster papers

Support

Support for Ph.D. Students: A limited fund may be available at later stage for PhD scholars to cover their full/partial registration/travel/accommodation expanses. Based on the decision of SOC, this support may be provided based on the request from the scholars via email to the convener