Amaravati, Andhra Pradesh – February 7, 2026 – In a historic event that signals a new dawn for India’s technological landscape, the foundation stone for the Amaravati Quantum Valley (AQV) was laid in Uddandarayunipalem. The ceremony was graced by Chief Minister Nara Chandrababu Naidu and Dr. Jitendra Singh, Union Minister of State for Science and Technology, who served as the Chief Guest. They were joined by Nara Lokesh, Minister for IT, Electronics, and Education, alongside luminaries like Prof. Ajay Kumar Sood (Principal Scientific Adviser to the Govt. of India), Prof. Abhay Karandikar (Secretary, DST), and Prof. V. Kamakoti (Director, IIT Madras). This high-profile gathering of government leaders, globally renowned scientists, and industry titans from IBM, TCS, and L&T marks the birth of India's first and largest integrated quantum technology ecosystem.
A Visionary Hub for Next-Gen Innovation
The Amaravati Quantum Valley is not just a project; it is a 50-acre mission to transition India from a technology consumer to a global producer. With 30 companies already set to begin operations from Medha Towers, and 15 more signing MoUs, the valley is rapidly becoming the "Quantum Nerve Centre" of the country.
Key Development Areas:
Quantum Computing & Algorithms: Hosting India's first 133-qubit IBM Quantum System Two (Heron processor).
Quantum Security: Launching Q-AWARE 2.0, a live demonstration of post-quantum cryptography to secure national defense and banking systems.
Quantum Sensing & Biofoundry: Exploring the intersection of life sciences and quantum mechanics for breakthroughs in drug discovery and healthcare.
Four Landmark Initiatives Unveiled
To ensure the valley's success, the leadership announced four strategic pillars:
TCS Quantum Cloud Services: Democratizing access to high-end quantum computing for startups and researchers.
Quantum Talent Hub: A massive skilling initiative aimed at training 35 lakh students by 2035, building a "Viksit Bharat" ready workforce.
Quantum Reference Facility: India’s first (and the world's fourth) facility dedicated to standardizing and validating quantum hardware.
IBM-TCS Quantum Innovation Center: A collaborative space for IIT Tirupati and IIT Madras to solve real-world problems in logistics and materials science.
Why Amaravati? The Impact on AP IT & Industry
Under CM Chandrababu Naidu’s leadership—who was hailed by Dr. Jitendra Singh as a leader who "lives in tomorrow"—Andhra Pradesh is reclaiming its title as a tech pioneer.
Economic Growth: The project is projected to create over 1 lakh high-value jobs by 2030.
Manufacturing Prowess: A goal to manufacture 85% of quantum components locally for global export.
Educational Integration: With over 2 lakh students already registered for quantum courses, AP is positioning itself as the global capital for quantum talent.
"Andhra Pradesh will not follow — we will lead. When the world needs quantum solutions, they will look to Amaravati." — CM Nara Chandrababu Naidu
Frequently Asked Questions (FAQs)
Q1: Who were the main guests at the foundation ceremony?
The event was led by AP CM Chandrababu Naidu and Union Minister Dr. Jitendra Singh. Other notable attendees included IT Minister Nara Lokesh, Principal Scientific Adviser Prof. Ajay Kumar Sood, and leadership from IBM, TCS, and L&T.
Q2: What is the significance of the 133-qubit computer?
It will be India’s most advanced quantum computer, capable of processing information millions of times faster than standard laptops, solving complex problems in seconds that would take years today.
Q3: How many jobs will the Amaravati Quantum Valley create?
The initiative is expected to generate approximately 1 lakh high-value jobs by 2030, spanning research, engineering, and manufacturing.
Q4: Is there a focus on students?
Yes. The Quantum Talent Hub and partnerships with IITs aim to train lakhs of students, including a significant focus on women in STEM through the WISER programme.
This video captures the historic moment and the Chief Minister's vision for turning Andhra Pradesh into a global quantum leader.


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