This lecture builds upon the lecture hosted on 29.04.2021. We shall revisit fundamental quantum operations that are required in universal quantum computation. I will particularly talk about digital quantum computation, and introduce basic two qubit gates.
In part 2, you will learn the definitions and implementations of CNOT and CPHASE gates. We will perform operations on two qubits using these gates on qutip. I will demonstrate how one can, for instance, create a superposition states using H gate. I will also demonstrate how one can entangle a pair of qubits using H and CNOT gates. Entanglement is unique to quantum particles; Einstein once infamously described it as a "spooky action at a distance".
Please join in via Run the World on 06.05.2021 (next Thursday) at 7 PM (Nepali time) :
Quantum computing projects on offer!
We are also providing fun quantum computing projects to our OQN members. These projects are to be completed in the time frame of 1-2 months. We will use qutip as well as strangeworks platforms to carry out these projects. Projects involve building quantum algorithms such as Grover’s search algorithm, Shor’s integer factorisation algorithm, etc. Please join our session on Thursday to learn more about all the interesting projects that are on offer.
News and Events
Introduction to the quantum tech ecosystem and why Africa needs to build a robust quantum community now.
Women in Quantum Summit is tentatively scheduled for July 19th and 20th - mark your calendars.
Quantum in Africa - Summit and Career Fair (sign up now to attend the first quantum summit and career fair in Africa - happening May 12 and May 13)
EU to develop and deploy ultra-secure quantum communications infrastructure
U.S. House of Representatives introduced two new quantum technology-related bills.
XN Systems and ID Quantique partner to promote a Quantum-Safe VPN solution
THALES UNVEILS THREE QUANTUM TECHNOLOGIES SET TO REVOLUTIONISE THE WORLD OF TOMORROW
Quantum key distribution with entangled photons generated on demand by a quantum dot
Quantum circuits with many photons on a programmable nanophotonic chip
The quantum computer revolution: here tomorrow, so we must prepare today
Researchers use quantum-inspired tech to reduce radiosurgery planning time