Celebrating World Quantum Day at DTU Delhi

By Dr Kumar Gautam

Founder and Director QRACE & Egreen Quanta

Quantum technology is in the process of swiftly evolving and has the potential to transform a variety of fields, including science, computing, and communication. Worldwide, institutions are preparing to embrace and investigate the potential of quantum mechanics as we approach the Quantum Era. Delhi Technological University (DTU) is at the forefront of this transformation, commemorating World Quantum Day with enthusiasm and vision.

The Quantum Era

The Quantum Era is a time in which quantum technologies become increasingly prevalent, affecting a variety of fields, such as computing, cryptography, materials science, and medicine. The backbone of these technologies is quantum mechanics, the foundational theory of nature at small scales. Quantum systems, in contrast to classical systems, utilize principles such as entanglement and superposition to provide unparalleled capabilities.

• Advancements in Quantum Computing
  • One of the most frequently discussed quantum technologies is quantum computing. Unlike classical bits, quantum bits (qubits) are capable of representing and processing a greater amount of information.
  • Classical computers are much slower than quantum computers at solving specific problems, including optimizing complex systems, simulating quantum materials, and factoring large numbers.
• In the realm of quantum cryptography
  • In the field of cryptography, quantum technology provides advanced security. Through the application of quantum mechanics principles, quantum key distribution (QKD) guarantees secure communication.
  • By altering the quantum states, any attempt to eavesdrop on the communication alerts the legitimate parties.
• The field of materials science and quantum sensors
  • In addition, materials science is being advanced by quantum technologies. Quantum sensors are capable of measuring physical quantities with unparalleled precision, which facilitates the creation of novel materials and improves disciplines such as medical imaging and geophysical exploration.

World Quantum Day Celebration

World Quantum Day, which is celebrated worldwide, is to increase awareness of the influence of quantum physics on technology. At the commemoration of DTU, Key speaker Dr. Kumar Gautam says-

• They had initiated the process with On April 14, World Quantum Day is commemorated to increase public awareness of quantum science and technology. The date 4.14 is a reference to the fundamental first digits of Planck’s constant in quantum physics. Throughout the globe, scientists and enthusiasts organize a variety of activities to commemorate the day.
• Quantum Mission Overview: The Quantum Mission aims to prepare for the quantum era, celebrating World Quantum Day 2025. It highlights global efforts in quantum technology, including significant investments and initiatives. Key stakeholders and impacts are discussed.
• History and Key Figures in Quantum Computing: Important milestones in quantum computing include Feynman’s proposal in 1982, Shor’s algorithm in 1994, and Grover’s search algorithm in 1997. Notable figures like Schrödinger, Heisenberg, and Born contributed significantly to quantum theory.
• Quantum Technology Initiatives: Quantum technology initiatives include the Munich Quantum Valley, NQM India, and various corporate activities. These initiatives focus on research, development, and public funding to advance quantum technologies.
• Corporate Quantum Computing Activities: Companies like IBM, Infineon, BMW, and Airbus are advancing quantum computing research and applications. They focus on developing quantum computers, optimizing processes, and creating new market opportunities.
• Quantum Technology Events and Networking: Quantum technology events and networking opportunities include meetups, colloquium series, and international trade fairs. These events aim to foster collaboration and knowledge exchange among quantum technology experts.

The main goals of QRACE :

• Design and Implementation of Quantum Radar based on Quantum Dots Technology
• Establishing AI-based Quantum Schrödinger Communication channel for classical sources
• Developing Quantum Controlled Gate with QRL Assist Based on Ion Trap

The Quantum Mission addressing key questions such as:

• What: Understanding the Quantum Mission.
• Why: The importance of pursuing it.
• How: The methods to achieve it.
• Where: Its global impact.
• Who: Identifying stakeholders.

Quantum science is important because it has the potential to revolutionize many fields. Future applications include:

• Superfast computers: Solving problems that would take regular computers billions of years.
• Unbreakable codes: Creating uncrackable codes for ultimate online security.

DTU Delhi: Embracing Quantum Technology

Delhi Technological University (DTU), renowned for its innovative approach to education and research, has taken significant strides in quantum technology. On World Quantum Day, DTU celebrated the advancements and future prospects of quantum technology with a series of events, workshops, and lectures.

Future Prospects

It is dedicated to quantum technology, investing in research and development using quantum computers and sensors. It is establishing labs and partnering with global universities. DTU educates future leaders in the scientific, technological, and innovative communities, preparing for the quantum revolution.