Abstract Quantum Key Distribution is a major building block of Quantum cryptography. A
Quantum key is generated through the quantum particles. Quantum particles perform …

Most of the quantum error correction methods are symmetric. Symmetric methods are
implemented by considering the amplitude of bit flip (X) and phase flip (Z) errors as same …

Quantum computing plays a major role in modern computation. It can perform operations
exponentially faster when compared to classical computation. It has applications in various …

Quantum computer performs operations by adopting the principles of quantum physics and
quantum mechanics. With these principles, it performs operations exponentially faster …

We propose a fast, satellite-based, on-demand entanglement resupply protocol which
leverages entangled pairs exchanged in advance between satellites and ground stations. At …

The importance of reversible operations has been increasing day by day to overcome the
drawbacks of irreversible computation. Quantum computers perform operations …

This paper introduces an innovative and highly efficient 4-bit Reversible Universal Shift
Register (RUSR) design that employs reversible logic gates. The RUSR is capable of …

The proposed work focuses on the design of a current-reused biomedical amplifier; it is a
microwatt-level electrocardiogram (ECG) analog circuit design that addresses low power …

In the present paper, we will review the methods to produce superposition of entangled
coherent state using polarizing beam splitter and Kerr non linearity. These coherent states …

This paper proposes a novel and efficient design of a 4-bit Reversible Universal Shift
Register (RUSR) using reversible logic gates. RUSR performs shifting operations the same …