Technology can contribute to the advancement of Indian mathematics in a number of ways, including by providing new tools for mathematical research and education, facilitating collaboration between mathematicians from different parts of the world, and increasing the accessibility of mathematical resources to students and researchers.

Indian mathematics faces a number of challenges, including a lack of funding for mathematical research, a shortage of qualified mathematics teachers, and a lack of collaboration between mathematicians from different parts of the world.

International collaboration can benefit Indian mathematics in a number of ways, including by exposing Indian mathematicians to new ideas and perspectives, providing opportunities for Indian mathematicians to work with leading experts in the field, and helping to build a global community of mathematicians.

The government plays a vital role in supporting Indian mathematics by providing funding for mathematical research, investing in mathematics education, and promoting collaboration between mathematicians from different parts of the world.

The future prospects for Indian mathematics are bright, with increased funding for mathematical research, a greater emphasis on mathematics education, and more collaboration between mathematicians from different parts of the world.

To ensure that Indian mathematics continues to thrive in the future, we need to invest in mathematical research, improve mathematics education, and promote collaboration between mathematicians from different parts of the world.

India should focus on a number of specific areas of mathematics in the future, including artificial intelligence, machine learning, and data science.

India can attract and retain top mathematical talent by offering competitive salaries and benefits, providing a supportive research environment, and promoting collaboration between mathematicians from different parts of the world.

Indian mathematics can be used to address real-world problems in a number of ways, including in developing new technologies, improving healthcare, and promoting economic growth.

To ensure that Indian mathematics is accessible to everyone, we need to provide free and open access to mathematical resources, promote mathematics education in schools and universities, and encourage collaboration between mathematicians and educators.

Indian mathematics can be used to promote social justice in a number of ways, including in developing new technologies that can be used to address social problems, improving healthcare for underserved communities, and promoting economic growth that benefits everyone.

To ensure that Indian mathematics is used for good and not for evil, we need to promote ethical research practices, educate mathematicians about the potential risks of their work, and encourage collaboration between mathematicians and ethicists.

Indian mathematics can be used to promote peace and understanding between different cultures in a number of ways, including by developing new technologies that can be used to connect people from different cultures, improving education about different cultures, and promoting collaboration between mathematicians from different cultures.

To ensure that Indian mathematics is used to benefit all of humanity and not just a select few, we need to promote open access to mathematical resources, encourage collaboration between mathematicians from different countries, and support research that is focused on solving global problems.

Indian mathematics can be used to create a more sustainable future in a number of ways, including by developing new technologies that can be used to reduce our environmental impact, improving our understanding of the natural world, and promoting collaboration between mathematicians and scientists.