51.
Why is the development of advanced sustainable energy storage technologies crucial for India's energy security and climate goals?
52.
Which of the following is NOT a primary thrust area identified under India's National Quantum Mission (NQM)?
53.
What is the approximate financial outlay and duration approved for India's National Quantum Mission (NQM)?
54.
Which national initiative, launched by the Indian government, aims to propel India into a leading position in quantum technologies by developing quantum computers, quantum communication, and quantum sensing?
55.
Which of the following physical systems are commonly explored as potential platforms for realizing qubits under initiatives like India's National Quantum Mission?
56.
What fundamental principle allows a qubit to represent and process information in ways that a classical bit cannot, enabling the power of quantum computing?
57.
India's National Quantum Mission (NQM) aims to develop quantum technologies across various domains. In the context of its recent milestone in qubit development, which of the following is a key area of focus for NQM?
58.
Which upcoming ISRO mission is most likely to benefit from the successful development and testing of advanced propulsion systems for extended operational periods in deep space?
59.
What is a primary advantage of using these next-gen propulsion systems for ISRO's future deep space missions?
60.
Which type of advanced propulsion system is ISRO primarily developing as a 'next-gen' technology for deep space missions, known for its high specific impulse and fuel efficiency?
