The Government of India created the National Quantum Mission (NQM) as an initiative to position the country leaders among quantum technology nations. The National Quantum Mission obtained approval on April 19, 2023 to operate during 2023–24 to 2030–31 by utilizing funding of ₹6003.65 crore for quantum computing development alongside cryptographic applications and advanced sensing system implementation. NQM will advance innovation while improving security and economic growth through its four Thematic Hubs (T-Hubs) at premier institutions which establish next-generation employment.
Introduction to Quantum Computing:
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Quantum computing implements qubit units that occupy multiple states simultaneously thus providing computers with exponential computational power beyond traditional systems.
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The quest seeks to exploit this potential for developing next-generation computing and healthcare systems and protection technologies and communication solutions.
Objectives of NQM:
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Quantum Computing Evolution: Develop quantum computers with increasing qubit capabilities over time (20-1000 qubits).
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The Executive Branch will deploy quantum communication networks using satellites that extend encryption coverage up to distances exceeding 2000 kilometers.
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A quantum communication network will be deployed for cities through the implementation of Quantum Key Distribution (QKD).
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A network of connected quantum systems based on multiple nodes creates platforms for enhanced security applications.
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Scientists need to establish advanced quantum sensing platforms and clocks that show elevated sensitivities.
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Quantum Materials & Devices group conducts research about advanced materials suitable for quantum technology uses.
Implementation Strategy: Thematic Hubs (T-Hubs):
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Four T-Hubs: Established in IISc Bengaluru, IIT Madras, IIT Bombay, and IIT Delhi.
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The Hub-Spoke-Spike framework in collaboration presents a framework which promotes research development between different entities.
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The initiative aims at boosting female scientist involvement within the quantum research field.
Key Initiatives:
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Quantum-Safe Ecosystem Framework: Development of quantum-resilient encryption and security solutions.
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DRDO together with SETS has invested in building advanced post-quantum cryptography as well as security solutions breakthroughs.
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C-DoT Innovations conduct research about Quantum Key Distribution (QKD) and develop secure communication technologies.
Global Competitiveness and Strategic Impact:
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India seeks to improve its quantum technology dominance on the international front.
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Defensive and financial institutions together with healthcare providers and organizations in space exploration utilize these technologies.
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Alignment with national initiatives like Digital India, Make in India, and Skill India.
What is Quantum Computing?
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Quantum computing provides an advanced computing model which takes advantage of quantum mechanics for information handling that exceeds classical computer ability.
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The system uses quantum bits (qubits) as an approach for solving intricate problems across cryptography and material science while performing optimization tasks.
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Quantum computing has the capability to reshape all modern industries because it extends computational abilities that go beyond traditional boundaries.
How is Quantum Computing different from Classical bits?
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Quantum-bit operation differs from classical-bits because qubits possess the ability to maintain simultaneous multiple states through superposition.
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Unprecedented speeds result from the ability of quantum computers because of their qubit architecture.
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Quantum entanglement serves as an essential principle to create qubit interconnections which boosts the efficiency of problem solving.
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The applications of quantum computing demonstrate particular strength in areas such as cryptography as well as optimization, drug discovery and machine learning initiatives that traditional computers find challenging to handle effectively.
Key Principles of Quantum Computing:
Quantum mechanisms allow quantum computers to use fundamental principles which allow them to solve computations that standard computing systems cannot perform efficiently.
These principles include:
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Quantum computing brings about superposition through which qubits retain simultaneous states between 0, 1 and both values which allows for fast processing of complex problems that explores many possibilities at once.
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Qubits establish an interconnected state where the measurement result of one directly reflects the state of the other across any distance. The specific operating method facilitates coordinated and highly efficient numerical operations.
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Quantum Interference enables two quantum states to work together by matching correct answers while disregarding wrong solutions for better computational precision.
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Quantum Measurement requires observing a quantum state which forces it to transform into either a 1 or a 0 definite value after collapse becomes mandatory for result extraction.
State-wise Funds Allocation
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The four T-Hubs selected under NQM collectively involve 152 researchers from 43 institutions nationwide, fostering a collaborative ecosystem to drive research and innovation in quantum technologies.
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The activities carried out by these hubs include Technology Development, Human Resource Development, Entrepreneurship Development, Industry Collaborations, and International Collaboration
Government Initiatives:
The Indian government continues investing through research and development initiatives toward establishing quantum technology leadership status.
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The National Quantum Mission (NQM) started operations in 2023 using funds worth ₹6,000 crores ($730 million) for developing quantum technology.
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The DST program QuEST stands for Quantum-enabled Science & Technology to encourage quantum research and strengthen technology capabilities.
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The top academic institutions such as IISc IITs and TIFR carry out complex quantum computing research focusing on quantum algorithms and both hardware development and cryptography.
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Corporate participation includes IBM along with Microsoft and Google who work with Indian entities along with startup QpiAI and BosonQ which advance quantum technological progress.
Global Competitiveness and Strategic Impact:
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India will improve its capabilities to compete in the global quantum research competitions.
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Defense institutions and financial organizations and healthcare facilities and space exploration teams benefit from its implementations.
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Alignment with national initiatives like Digital India, Make in India, and Skill India.
Conclusion
The National Quantum Mission establishes a decisive policy that positions India to become a worldwide leader of quantum technology. The National Quantum Mission will lead technological innovation and national security as well as economic growth and scientific progress through well-directed research efforts coupled with international cooperation and substantial financial backing. The mission demonstrates India's dedication to innovation through which it establishes a permanent position in the upcoming quantum technology age.
