We organise monthly meetups in major cities of India to connect quantum computing enthusiasts.
Study Sessions
We host online and in-person study sessions covering open-source materials in quantum computing to help more people take their first steps in the field.
Hackathons
We organize 24-hour fun and intensive hackathons to incubate projects that people can bring home and keep working on afterwards.
Welcome to our first monthly meetup in Hyderabad for those interested in Quantum Computing!
Here’s our Agenda:
1) Get you up to speed with the basics of Quantum Computing including a bit on the business landscape. (qubit to quantum algorithms)
2) Dive straight into Qiskit and program a REAL QUANTUM COMPUTER through the IBM Q platform! How cool is that!?
3) Get to sit in a short lecture by Prof. Indranil Chakrabarty from IIIT Hyderabad who will be talking about the applications of Quantum Computing and ongoing research.
4) End the session with a video conference with Huang Junye (Qiskit Advocate) from CQT who will teach us how to build “Quantum Games”!
5) Networking with Pizza!
Prerequisite: Knowledge of Python. It is a big advantage to be familiar with Jupyter Notebooks, but we will be sending out an e-mail to participants before the actual meetup with the resources.
You can send an email with your queries to
Rana Prathap: rana.prathap.simh@gmail.com
Frederik Hardervig: frederik.hardervig@minerva.kgi.edu
Hands-on Introduction to Quantum Computing
Date:
Sun, 2 Feb, 01:30 PM
Venue:
Indraprastha Institute of Information Technology Delhi, New Delhi
Welcome to our first monthly meetup in Delhi for those interested in Quantum Computing!
This meetup will focus on the introductory theory behind quantum computing, its potential and limitations, and will help you build your first circuit to see how quantum computing differs from classical computing and teach you to manipulate qubits through quantum logic gates.
The meetup will start out with an introduction by our local members, where we will speak about the potential of Quantum Computing and its applications.
After a short seminar to give you the required theoretical knowledge, we will primarily be working in tutorial Jupyter notebooks that will help you through the process of constructing, simulating, and testing your first quantum circuits.
Concluding the session we will be joined by Junye, an Advocate from IBM’s quantum computing community over a video call where he will talk about developing quantum games.
We of course encourage you to discuss and bond with your fellow participants where you will begin to see familiar faces as the community grows.
Prerequisite: Knowledge of Python. It is a big advantage to be familiar with Jupyter Notebooks, but we will be sending out an e-mail to participants before the actual meetup.
For further queries, reach out to our social media handles:
Welcome to our first monthly meetup for those interested in Quantum Computing!
This meetup will focus on the introductory theory behind quantum computing, its potential, and limitations, and will help you build your first circuit to see how quantum computing differs from classical computing and teach you to manipulate qubits through quantum logic gates.
The meetup will start out with an introduction by our local members, where we will speak about the potential of Quantum Computing and its applications.
After a short seminar to give you the required theoretical knowledge, we will primarily be working in tutorial Jupyter notebooks that will help you through the process of constructing, simulating, and testing your first quantum circuit.
Concluding the session we will be joined by Junye, an Advocate from IBM’s quantum computing community over a video call where he will talk about developing quantum games.
We, of course, encourage you to discuss and bond with your fellow participants as you will begin to see familiar faces as the community grows.
Prerequisite: Knowledge of Python. It is a big advantage to be familiar with Jupyter Notebooks, but we will be sending out an e-mail to participants before the actual meetup.
Where to find us