Mains Practice Questions for the Day
- Q. “Caste neutrality in law may undermine substantive equality.” In the context of the UGC (Promotion of Equity in Higher Education Institutions) Regulations, 2026, critically examine this statement. (15 M)
- Q. The Artemis II mission represents a significant advancement in human space exploration. Explain the concept of a “free-return trajectory” and examine its importance for deep-space missions. (15 M)
Q. “Caste neutrality in law may undermine substantive equality.” In the context of the UGC (Promotion of Equity in Higher Education Institutions) Regulations, 2026, critically examine this statement. (15 M)
(GS Paper II – Polity – Fundamental Rights, Social Justice, Education, Equality)
Introduction:
The debate over caste neutrality versus targeted protections has gained prominence following the Supreme Court’s interim stay on the UGC Equity Regulations, 2026. While Article 14 guarantees equality before law, the Constitution also enables substantive equality through special provisions for disadvantaged groups under Articles 15(4) and 15(5). The issue highlights the tension between formal equality and social justice in addressing caste-based discrimination.
Body
1. Formal Equality vs Substantive Equality
- Formal equality under Article 14 implies equal treatment of all individuals, assuming a level playing field.
- However, caste discrimination in India is structural and hierarchical, not merely individual or incidental.
- The doctrine of reasonable classification (intelligible differentia + rational nexus) allows the State to treat unequals differently to achieve equality.
- Thus, special protections for SCs, STs, and OBCs are constitutionally valid and necessary for achieving real equality rather than abstract neutrality.
2.Significance of UGC Equity Regulations, 2026
- The regulations aim to institutionalise inclusion in higher education by explicitly addressing caste-based discrimination.
- It has been linked to issues such as student suicides (e.g., Abeda Salim Tadvi case).
- They mandate structures like Equal Opportunity Centres (EOC), Equity Committees, and grievance mechanisms, ensuring accountability and support for marginalised groups.
- This reflects a shift from passive equality to active institutional responsibility.
3. Limitations of Caste Neutrality Approach
- A caste-neutral framework risks ignoring historical injustices and systemic exclusion faced by SC/ST communities.
- It may equate structural oppression with isolated discrimination, thereby diluting legal protections.
- Including dominant groups within the same framework may weaken the focus on those most vulnerable.
- As the Supreme Court has recognised, equality does not mean identical treatment but equitable treatment based on context.
- Thus, neutrality may perpetuate inequality rather than eliminate it.
4.Concerns and Criticisms of the Regulations
- Possibility of Reverse Discrimination: Critics argue that the regulations may lead to reverse discrimination and reduce representation of the general category in academic institutions.
- Risk of Misuse of Complaint Mechanisms: Concerns have been raised that the absence of penalties for false or malicious complaints could lead to misuse of grievance redressal mechanisms.
- Impact on Institutional Autonomy: The regulations are viewed by some as interfering with the autonomy of educational institutions in managing their internal administrative and disciplinary processes.
- Implementation and Procedural Challenges: The Supreme Court of India stayed the regulations citing concerns related to procedural fairness and practical difficulties in implementing the proposed administrative structures.
5. Way Forward
- A balanced approach is required that upholds substantive equality while ensuring procedural fairness. Strengthening safeguards against misuse, ensuring inclusive representation in committees, and enhancing transparency in grievance redressal can address concerns. Regular audits and independent monitoring mechanisms can improve accountability. The focus should remain on protecting vulnerable groups without diluting institutional integrity.
Conclusion:
The principle of equality in India is not merely formal but transformative, aimed at dismantling entrenched social hierarchies. Caste neutrality, if applied rigidly, risks obscuring structural inequalities. Therefore, a nuanced approach that balances constitutional morality, social justice, and institutional fairness is essential for achieving true equality in higher education.
Q. The Artemis II mission represents a significant advancement in human space exploration. Explain the concept of a “free-return trajectory” and examine its importance for deep-space missions. (15 M)
(GS Paper III – Science & Technology – Space Technology, Space Missions)
Introduction:
The Artemis II mission (2026), NASA’s first crewed lunar mission since 1972, set a new record by carrying astronauts approximately 406,771 km from Earth, surpassing the Apollo 13 mission. This achievement was made possible through the use of a free-return trajectory, a key concept in safe and efficient deep-space exploration.
Body
1. Concept of Free-Return Trajectory
- A free-return trajectory is a flight path that uses the gravitational forces of celestial bodies, such as the Moon, to automatically return a spacecraft to Earth without requiring major propulsion corrections.
- In the Artemis II mission, the spacecraft initially enters a high elliptical Earth orbit of about 74,000 km to conduct system checks.
- The spacecraft then utilizes the Moon’s gravitational pull in a lunar slingshot maneuver, looping around the far side of the Moon before heading back toward Earth.
- This trajectory provides a safety advantage, as the spacecraft can naturally return to Earth even if an engine failure occurs.
2. Why Artemis II Went Farther than Previous Missions
- Unlike earlier missions, Artemis II followed a trajectory extending nearly 10,300 km beyond the Moon’s far side, allowing it to reach a record distance.
- The mission design prioritised system validation and deep-space capability testing, rather than landing.
- The use of a powerful Space Launch System (SLS) enabled higher velocity and deeper space penetration, while the trajectory design ensured safety and efficiency.
3. Significance for Space Exploration (Value Addition)
- The free-return trajectory enhances crew safety, acting as a built-in fail-safe mechanism.
- It is also fuel-efficient, reducing dependency on onboard propulsion systems.
- The mission provides critical telemetry and life-support data, validating the Orion spacecraft’s ability to sustain humans in deep space.
- This is essential for future missions such as Artemis IV/V (lunar base development) and eventual Mars missions, where long-duration space travel is required.
4. Broader Implications
- Artemis II reflects a shift from short-term exploration (Apollo era) to sustained human presence in space, including plans for a Moon base and the Lunar Gateway.
- It also highlights increasing international cooperation (Artemis Accords) and the role of private players.
- This markd a new phase of global space competition and collaboration.
Conclusion:
The Artemis II mission demonstrates how advanced trajectory design like the free-return path can enhance safety, efficiency, and mission success. It represents a crucial step toward sustainable human presence beyond Earth, laying the foundation for future lunar and interplanetary exploration.
