QRACE - Quantum Research And Centre of Excellence

18/01/2026

With ProfMadan Mohan Sharma – I'm on a streak! I've been a top fan for 7 months in a row. 🎉

20/08/2025

QRACE - Quantum Research And Centre of Excellence
Egreen Quanta LLP

21/06/2025

Shout out to my newest followers! Excited to have you onboard! ProfMadan Mohan Sharma, Nanjesh R Bennur, Ankita Srivastava, Srabani Dey, DrVed Nath Jha, Rajiv Chopra

16/06/2025

The experimental manipulation of a qubit's state involves physical processes like utilizing an electromagnetic laser or channeling it via an optical apparatus. Changing multiplied by the quantum state of a qubit as a result of a physical operation the unitary matrix of the qubit vector |φ In order for the condition to be after the procedure, U at this moment | U is equal to φ . As a mathematical concept, "unitary" means that U can only have one possible value. Have no effect on the qubit such that the sum of the probabilities |α|2+|β|2 remains unchanged. If U is a unitary matrix and U⁦ is its conjugate transpose, then By multiplying U-dagger, we get the identity matrix: UU† = U†U = 1.

The essential premise is that every operator in a matrix has to be unitary. Because of this, after performing an action to alter any state, the overall likelihood of seeing all the sum of all potential states will remain 100%.

14/06/2025

Quantum radars could introduce remarkable new functionalities. One key advantage is their ability to identify the materials and properties of detected targets based on how the emitted particles interact with surfaces. This capability would enhance the radar's ability to differentiate between decoys and actual threats, such as fighter jets or ballistic missiles, and potentially even ascertain if they are equipped with nuclear warheads. The implications for missile defense are significant, as national leaders would need to navigate responses to potential attacks that could be either conventional or nuclear in nature.
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Dr-Kumar Gautam

14/06/2025

A great Opportunity for PhD on Quantum computing and Quantum Communication.
1. QRNG
2. QUANTUM OPTIMIZATION

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Dr-Kumar Gautam

06/05/2025

Vellore Institute of Technology , Vellore has started a great initative on
Quantum Learning FDP programs.

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Dr-Kumar Gautam
QRACE - Quantum Research And Centre of Excellence

16/02/2025

Celebrating my 6th year on Facebook. Thank you for your continuing support. I could never have made it without you.

🙏🤗🎉
QRACE - Quantum Research And Centre of Excellence

16/02/2025

Quantum teleportation based on Gate model
The celebrities with PhDs club
QRACE - Quantum Research And Centre of Excellence
Egreen Quanta LLP

21/03/2024

Dr-Kumar Gautam Rai
Dr Kumar Gautam
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The celebrities with PhDs club

28/01/2024

Call for Papers

Quantum Machine Learning and Quantum Computing for Emerging Intelligent Systems

Deadline for submissions: Sunday, 30 June 2024

Publication: This will be a Virtual Collection. Accepted papers will be published without delay while the Collection remains open for submissions until the deadline.

The performance of the fundamental algorithms of computational intelligence has increased dramatically over the past few decades. However, this progress has been severely hampered by the technological constraints of modern computing devices. It is essential to be on the lookout for new computing technologies that do not rely on electrons or silicon transistors.

The advancement of quantum technologies has resulted in the creation of Noise Intermediate Scale Quantum (NISQ) devices, which are quantum computers with 50–100 qubits that can perform complex computations. This paradigm shift brought about by quantum computing has the potential to significantly benefit computational intelligence. Indeed, the principles of quantum mechanics, such as superposition, entanglement, and interference, can inspire new approaches to approximate reasoning, machine learning, and evolutionary computing. In addition, computational intelligence approaches can aid in the development of dependable quantum computers by facilitating the development of novel techniques for error mitigation, shrinking the size of quantum circuits, optimising their performance, etc.

This Virtual Collection aims to bring together academics and industry experts to shed light on the technical and scientific challenges within the emerging fields of quantum computing and artificial intelligence. It will also aim to demonstrate how quantum computing and artificial intelligence can complement one another for future research.

Topics of interest for this call for papers include but are not restricted to:

Communication via quantum computing;
Quantum computing for neural networks;
Evolutionary computation using quantum computing;
Computational intelligence for quantum sensing;
Computational intelligence for quantum error mitigation;
Artificial intelligence algorithms for quantum computer processors;
Computational intelligence for quantum security;
Quantum computing for health.

Guest Editor Team:

Dr. Kumar Gautam (Lead)
Gwangju Institute of Science and Technology
Gwangju, Republic of Korea

Dr. Meenalosini Vimal Cruz
Allen E. Paulson College of Engineering and Computing,
Georgia Southern University
Statesboro, GA, USA

Dr. G. Usha
SRM Institute of Science and Technology
Kattankulathur, Chennai, India

Dr. Palaniyappan Sathyaprakash
Shanmugha Arts, Science, Technology & Research Academy (SASTRA) Deemed University
Thirumalaisamudram, India

Submission Guidelines/Instructions

Please refer to the Author Guidelines to prepare your manuscript. When submitting your manuscript, please answer the question: "Is this submission for a special issue?" by selecting the special issue title from the drop-down list.


QRACE - Quantum Research And Centre of Excellence
Egreen Quanta LLP
Dr Kumar Gautam

Publication: This will be a Virtual Collection. Accepted papers will be published without delay while the Collection remains open for submissions until the deadline.