Editorial 1 : No One Voice, please
Context: One Nation One Election proposal isn’t representative, it’s insincere
Introduction: Union Cabinet's approval of the controversial "One Nation, One Election" proposal has sparked debates on its feasibility, democratic implications, and practicality. The recommendation, derived from a high-level committee led by former President Ram Nath Kovind, aims to synchronize elections across Lok Sabha, State Legislative Assemblies, and local bodies.
Concerns Raised
- Democratic and Federal Issues: Out of 47 political parties consulted, 32 parties (majorly NDA members) supported the proposal and 15 parties opposed it, citing it as anti-democratic and anti-federal.
- Concerns raised by political parties:
- Marginalization of regional parties.
- Centralization of political dominance.
- Impact on states' flexibility to dissolve assemblies.
- Practical Challenges
- Logistical Issues: States require adequate time for electoral preparations, including, setting up polling stations, training polling staff and deploying security forces.
- Mobilization: Mobilizing 15 million staff for elections twice (general elections and local body elections) can be an overwhelming task.
- Expenses
- Costs for conducting simultaneous elections are unclear.
- The committee failed to provide alternate solutions to reduce expenses or ensure efficiency.
- Legal Roadblocks and Amendments
- Amendments to Articles 83, 85, 172, and 356 are essential.
- The dissolution of assemblies before completing their terms, especially for a no-confidence motion or hung houses, creates legal and constitutional challenges.
Criticism of the Report
- Concerns remain on disruption of normal political life i.e. whether the proposal addresses disruptions in state politics.
- Cost Analysis: A clear cost-benefit analysis has not been presented.
Recommendations from the Report
- Amending Article 325 to recognize simultaneous elections across all levels.
- Aligning state election terms to match the national schedule.
- Strengthening the Election Commission's authority to ensure smoother implementation.
Conclusion and Way Forward
- The proposal for simultaneous elections has sparked concerns regarding its practicality, impact on federalism, and democratic values.
- Further consensus among stakeholders, backed by legislative clarity and cost analysis, remains critical for its successful implementation.
- The Bill should be referred to a JPC to make an attempt at consensus.
A deeper debate and thorough examination of its implications are required before moving forward.
Editorial 2 : Poised for a Quantum Leap
Context: India must jump into the global technology race.
Introduction: Technology has replaced the economy as the defining factor in global leadership. Frontier technologies like AI, semiconductors, quantum computing, genetic engineering, clean-tech, and space exploration determine the global power hierarchy.
The Shift from GDP to Technology
- GDP and Global Dominance: GDP figures, whether in real terms or adjusted for PPP, no longer directly correlate with global dominance.
- Example: Real GDP places the US ahead of China by $10 trillion, while PPP-adjusted GDP positions China ahead by $4 trillion.
- Technological Leadership and Dominance
- Technological advancements now dictate global influence more than GDP.
- Five or six major technologies will shape the global order in the 21st century.
Recent Breakthroughs in Frontier Technologies
- Quantum Computing
- Google's Willow chip can solve problems in under five minutes that would take a supercomputer 10 septillion years.
- This follows the success of its earlier chip, Sycamore, which performed a 10,000-year task in 200 seconds.
- AI, genetic engineering, and clean-tech heavily rely on quantum computing.
- These technologies represent the new battleground for global supremacy.
India's Technological Journey
- Supercomputing Milestones
- India’s first supercomputer, Param 8000, was developed in 1991 under Vijay Bhatkar.
- Recent advancements include Param Shivay and AIRAWAT, the latter ranked 75th globally.
- Challenges in Quantum Computing
- India lags in quantum technologies compared to global leaders.
- Investments in supercomputing alone are insufficient in the AI-driven quantum era.
Global Investments in Quantum Technologies
- China: Leads with $15.3 billion in quantum technology investments, more than double the EU's and five times the US's investment.
- India
- Launched the National Mission on Quantum Technologies & Applications in 2020 with a $1 billion outlay.
- India is the seventh country to establish a quantum mission.
- However, India ranks 20th in research impact and 9th in patents, far behind China (57% patents) and the US (28% patents).
Historical Examples of Rapid Advancement
- US under Franklin D. Roosevelt: Economic transformation through the New Deal and WWII.
- Soviet Union under Stalin and Khrushchev: Strengthened military-industrial capabilities.
- China under Deng Xiaoping: Rise as a manufacturing hub (1985-1995).
-
Potential for India
- India has a rich pool of talent, exemplified by achievements like D Gukesh’s chess championship win.
- The IT revolution of the 1980s and 1990s showcased India’s ability to seize technological opportunities.
Way Forward
- A 10-15 year period of visionary leadership and relentless pursuit is crucial for technological advancement.
- India must combine state and private efforts for a technological leap.
- The government must focus on AI infrastructure alongside physical infrastructure.
- Public and private institutions need to collaborate to leverage India’s potential.
Conclusion: India has the talent and leadership window needed to excel in the frontier tech race. Public-Private collaboration and investments in AI, quantum computing, and other technologies must be prioritized to ensure India’s place among global tech leaders.