As space based technologies and services have reached the doorstep of a common man and become an integral part of her/his daily life, space education, science, technology and policy are poised to play a key role in supporting and achieving the goals of sustainable societal development in years ahead.
Space Education Education
Analyzing the impact of space exploration on science education, this theme will focus on innovative pedagogical approaches and outreach programs that inspire and engage students in the realms of astronomy, astrophysics, and space sciences. Imparting awareness of the benefits of space sciences and technologies to the masses calls for massive updation of curriculum across all levels of the educational pyramid. Nonetheless, as demand for skilled human resources for the burgeoning space sector grows exponentially, there is a vehement need of restructuring the higher education ecosystem. Discussions will also explore the integration of space-related content into formal and informal educational settings.
Space Policy Policy
Delving into the intersection of space policies and sustainable societal development, this theme aims to examine the regulatory frameworks and international collaborations that govern space activities. Attention will be given to policies fostering equitable access to space resources, environmental sustainability, and the ethical considerations surrounding space exploration.
Space Technology Advancements Advancements
Exploring the cutting-edge technologies that drive advancements in space exploration, this theme will highlight the role of technological innovation and scientific breakthroughs in addressing societal challenges. As space based technologies and services have reached the doorstep of a common man and become an integral part of her/his daily life, it will also bring out R&D leading to cost effectiveness in launch vehicle, satellite and space applications related technologies. Discussions will cover the development of sustainable space technologies, satellite applications for societal benefit, and the integration of space-based solutions into everyday life.
Planetary Science and Exploration Exploration
Planetary science encompasses the vast domain of the celestial bodies within our solar system and beyond, inspiring us to unravel the mysteries of the far worlds. Through the painstaking observation, data analyses, modelling, simulations and technological advancements, scientists delve into the realm of complex planetary compositions, atmospheres, and geological evolution. Explorations started from our home planet to the distant worlds of the Sun and the icy planets, whether through satellites, robotic missions or telescopic observations, offer a deeper understanding of our cosmic neighborhood. The sun, planets, moon, asteroid, and comets hold unique characteristics in terms of their geological and atmospheric/ionospheric-magnetospheric evolution over time. From the dense atmosphere of Venus to the tenuous atmosphere of Mars, and the swirling storms of Jupiter & mysterious Saturn ring, from the icy plains of Pluto to the objects of the Kuiper belt, each destination presents its own set of scientific challenges for explorations. By studying these unknown worlds, we not only deepen our understanding of the universe but also unearth clues about the creation of our solar system, the resources, space colony, and potential for life beyond Earth. Future planetary science and explorations missions such as Chanderyaan-4, Artemis program, ESCAPADE, Shukrayaan-1, MOM-2, Psyche, Europa clipper, and many more will be instrumental in human curiosity, and serving as a guiding light to push the boundaries of scientific knowledge to understand the infinite creation around us.