Updating my #Day4 of #Learningquantumcomputing by #Qucode . I have learnt about logic gates, bits and binary as well as classical circuit & truth table. I watched the video provided and do my own notes for that matter. #21dayschallangequantumcomputing #QuCode

Updating my progress #Day16/21 #LearningQuantumComputing by @Qucodes #Qucodes. Today agenda is regarding Shor's algorithm that is a way to find a prime factorization (usually very large number) developed by Peter Shor in 1994.The prime factorization method is used in encryption.

#day8 #learningQuantumComputing by @Qucodes .Today's hands-on session on Qubits and the Bloch Sphere, Prof. Gayathri Devi's insightful discussion on quantum gates, was truly worth attending. #Quantum #QuantumMechanics #21DaysChallenge #learning

#day8 #learningQuantumComputing by.@Qucodes . Single Qubit Gates as per todays session and further on learning form nielsen-chuang which is one of the best of out there the days went well!!. #nielsenchuang #21DayChallenge #learning

I am excited to share my progress for #Day11 #LearningQuantumComputing by #qucodes @Qucodes . For today, I have learnt about Bell states (there are 4 maximally entangled states), EPR paradox & Non-locality. I have written some notes & reviewed the pdf notes online below 👇🏼👇🏼

Updating my #Day13 of #LearningQuantumComputing by #Qucodes @Qucodes . Today I learnt about there main things on .1. Circuit Model in QC.2. Adiabatic Quantum Computing.3. Measurement-based quantum computing. I am jotting notes for this, and I'll write a thread post here. 1/?

The proof of submission for #Day8 #LearningQuantumComputing by #Qucodes @Qucodes on Google Form. Thank you

Updating my progress #day17of21 #LearningQuantumComputing by @Qucodes #Qucodes. For today's topic is regarding Grover's algorithm or often known as Search problem in quantum computing. It was devised by Lov Grover(pic 2) in 1996. It speeds up the search for unstructured data.

Updating my learning progress #Day20of21 #LearningQuantumComputing by #Qucodes @Qucodes . Today's agenda is to learn about quantum noise, decoherence, error correction and Noisy Intermediate scale quantum. Have you ever wondered what actually hampers quantum computing?. 1/?

Updating for #day19of21 of #LearningQuantumComputing by @qucodes #qucodes . We are nearing the end. Today we are going to focus on :.1. Quantum data encoding,.2. Quantum Neural Networks,.3. The future of Quantum AI. I will provide a sequel of threads of these topics!

Updating #day17of21 #LearningQuantumComputing by @Qucodes #Qucodes. Today agenda is about Variational Quantum Algorithm (VQA), Eigensolver (VQE), Quantum approximate optimization and future of hybrid quantum computing.

This to conclude my thread on this post. Attached the proof of my submission for today #Day9 #LearningQuantumComputing by @Qucodes . Thank you ☺️.Happy learning!

I am updating my learning progress #Day10 #LearningQuantumComputing by @Qucodes #QuCodes . Today's topics covering : .1. Quantum superposition.2. Quantum parallelism.3. Quantum interference. #quantummechanics #QuantumComputing #qucode #physics #Education

Excited to share my notes for the #Day6 #LearningQuantumComputing by #QuCodes @Qucodes . The topic today covers dirac notation(bra ket) and Hilbert space. The subtopics are : .1. Bra-Ket notation.2. Operators.3. Basis states. I was also watching the videos while taking the notes.

Updating my progress #Day8 #LearningQuantumComputing by @Qucodes #Qucode . Today's agenda is about discussing qubit & its representation using Bloch's sphere. Also, we have expert session by Assoc. Prof. Gayathri Devi which she taught about basic gates. My Notes👇. #Qucodes

Updating my self- learning session for #Day9 #LearningQuantumComputing by @Qucodes #Qucodes. For today topics are summarizing about Pauli's gates, Hadamard, Phase & CNOT gates. These gates are unitary i.e. it preserves total probability, reversible operation or (Udagger)U = I

Updating my progress on #Day12 #Learningquantumcomputing by #Qucodes @Qucodes . Today's agenda is about :.1) Projection measurement.2) Collapse of wavefunction.3) No Cloning Theorem. Below is my notes for the whole day of learning.

Updating my progress #Day14 of #LearningQuantumComputing by @QuCodes #QuCodes. I have learnt on installing the qiskit on Google Collab. Qiskit is an open-source Python-based software development kit (SDK) to allow working with quantum computing and simulation.