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Science Innovation Centres to be set up across Maharashtra, govt names initiative after Dr Narlikar

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  Mumbai, Jul 17 (PTI) The Maharashtra government will expand its Science and Innovation Activity Centres (SIACs) across the state and name the initiative after renowned astrophysicist Dr Jayant Narlikar, Minister Ashish Shelar said on Thursday. The initiative aims to position Maharashtra as a science-forward state in the country, the IT and cultural affairs minister said [ ]

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In a significant push towards fostering scientific curiosity and innovation among students and the general public, the Maharashtra government has announced the establishment of Science and Innovation Activity Centres (SIACs) across the state. This ambitious initiative, aimed at promoting a scientific temper and encouraging hands-on learning, has been named after the renowned astrophysicist and science communicator, Dr. Jayant Narlikar. The project reflects the state’s commitment to advancing science education and making it accessible to people from diverse backgrounds, particularly in rural and semi-urban areas where exposure to scientific resources is often limited.

The primary objective of these Science and Innovation Activity Centres is to create spaces where individuals, especially young students, can engage directly with scientific concepts through experiments, interactive exhibits, and innovative activities. The centres are envisioned as hubs of learning that go beyond traditional classroom education, focusing on experiential and inquiry-based approaches. By providing access to state-of-the-art facilities and resources, the government hopes to inspire a new generation of scientists, innovators, and critical thinkers who can contribute to the nation’s progress in science and technology. The initiative also aims to bridge the gap between theoretical knowledge and practical application, ensuring that students understand the real-world relevance of what they learn.

The decision to name the initiative after Dr. Jayant Narlikar is a fitting tribute to his lifelong dedication to science and education. Dr. Narlikar, a Padma Vibhushan awardee, is celebrated for his contributions to cosmology and theoretical physics, as well as his efforts to popularize science in India. He has authored numerous books and articles aimed at making complex scientific ideas accessible to the general public, particularly children. His work in science communication has inspired countless individuals to develop an interest in the subject, and naming the SIACs after him underscores the initiative’s alignment with his vision of fostering scientific curiosity and rational thinking. The Maharashtra government’s choice reflects a deep respect for his legacy and a desire to carry forward his mission of making science a part of everyday life.

The Science and Innovation Activity Centres will be strategically established across various regions of Maharashtra to ensure widespread accessibility. While urban areas often have access to science museums, laboratories, and educational institutions, rural and semi-urban areas frequently lack such facilities. The government’s plan addresses this disparity by prioritizing the setup of centres in underserved regions, thereby democratizing access to science education. These centres will serve as community spaces where students, teachers, and even local residents can participate in workshops, demonstrations, and exhibitions designed to spark interest in scientific exploration. The initiative also seeks to create a network of such centres, allowing for collaboration and the sharing of resources and ideas across the state.

A key feature of the SIACs will be their focus on hands-on learning. Unlike traditional educational settings where students often passively absorb information, these centres will encourage active participation through experiments and interactive displays. For instance, students might have the opportunity to build simple models, conduct basic experiments, or engage with simulations that illustrate complex scientific principles. This approach is expected to make learning more engaging and memorable, helping students develop a deeper understanding of subjects like physics, chemistry, biology, and astronomy. Additionally, the centres will likely incorporate elements of innovation and technology, exposing participants to cutting-edge developments in fields such as robotics, artificial intelligence, and renewable energy. By doing so, the initiative aims to prepare students for future challenges and opportunities in a rapidly evolving world.

The Maharashtra government also envisions these centres as platforms for nurturing talent and creativity. Beyond serving as educational spaces, the SIACs will provide opportunities for students to showcase their ideas and projects, potentially through science fairs, competitions, and innovation challenges. Such activities are intended to boost confidence and encourage young minds to think outside the box. The centres may also collaborate with schools, colleges, and universities to identify and support promising talent, offering mentorship and guidance to aspiring scientists and innovators. This focus on talent development aligns with broader national goals of fostering innovation and self-reliance, as outlined in policies like Atmanirbhar Bharat.

Another important aspect of the initiative is its emphasis on inclusivity. The government has expressed a commitment to ensuring that the benefits of the SIACs reach marginalized and disadvantaged communities. Special efforts will be made to involve girls and students from economically weaker sections, who often face barriers to accessing quality education. By creating an inclusive environment, the centres aim to empower all sections of society to participate in the scientific journey. This approach not only promotes social equity but also ensures that diverse perspectives and ideas contribute to the advancement of science and innovation in the state.

The establishment of the Science and Innovation Activity Centres is also expected to have a broader impact on public awareness and attitudes towards science. In a country where superstition and misinformation can sometimes overshadow rational thinking, initiatives like these play a crucial role in promoting a scientific temper. By engaging with communities through outreach programs and public events, the centres will work to dispel myths and encourage evidence-based reasoning. This aligns with the vision of Dr. Narlikar, who has long advocated for the importance of critical thinking and skepticism in addressing societal challenges. The centres could thus serve as catalysts for cultural change, fostering a society that values science and reason.

Furthermore, the initiative is likely to strengthen Maharashtra’s position as a hub of education and innovation in India. The state already boasts a rich legacy of scientific research and academic excellence, with institutions like the Tata Institute of Fundamental Research and the Indian Institute of Technology, Bombay, located within its borders. By investing in grassroots-level science education through the SIACs, the government is laying the foundation for sustained growth in these fields. The centres could also attract partnerships with private organizations, research bodies, and international institutions, further enhancing their impact and reach. Such collaborations might bring in additional funding, expertise, and resources, ensuring the long-term sustainability of the initiative.

While the specifics of the implementation plan—such as the number of centres, their locations, and the timeline for their establishment—have not been detailed in this context, the announcement itself marks a significant step forward for science education in Maharashtra. The government’s proactive approach in recognizing the importance of science and innovation in shaping the future is commendable. If executed effectively, the SIACs have the potential to transform the educational landscape of the state, inspiring countless individuals to pursue careers in science and technology while contributing to the overall development of society.

In conclusion, the Maharashtra government’s initiative to set up Science and Innovation Activity Centres named after Dr. Jayant Narlikar is a visionary move aimed at revolutionizing science education and fostering a culture of innovation. By providing accessible, hands-on learning opportunities, promoting inclusivity, and encouraging critical thinking, these centres are poised to make a lasting impact on students and communities across the state. The tribute to Dr. Narlikar serves as a reminder of the power of science to inspire and transform lives, and the SIACs embody his dream of a scientifically literate society. As this initiative unfolds, it holds the promise of nurturing the next generation of thinkers and innovators who will drive progress not just in Maharashtra, but across India and beyond. This endeavor stands as a testament to the belief that science, when made accessible and engaging, can unlock endless possibilities for individuals and society as a whole.

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