Quantum - Machine Learning and Cloud computing Enthusiast

The general state of a qubit \(|q\rangle\) $$|q\rangle = \alpha|0\rangle + \beta|1\rangle$$ where \(\alpha, \beta \in \mathbb{C}\) (complex number) since we cannot measure global phase, we can only measure the difference in phase between the states ...

Classical example: NOT gate: 0 → 1 ; 1 → 0 Quantum examples: as quantum theory is unitary, i.e., quantum gates are represented by unitary matrices: \(U^\dagger U = \mathbb{I}\) (identity matrix) The Pauli Gates \(\sigma_X, \sigma_Y, \sigma_Z\) are ...

This series will summarize some key points during my Quantum Computing learning journey, mainly from IBM Qiskit Textbook and some other useful resources. Let's start with Qubits - the basic variable of quantum computers. Bits to Qubits Classical sta...

In this article, I will focus on setting up a serverless platform with the open-source platform to have a glance through this paradigm – the first step to deep dive into the serverless journey. Serverless (also known as FaaS or Function-as-a-Service...