q₀
In partnership with IBMQiskit logo

Qiskit Fall Fest:
A Decade of Quantum on Cloud

Exploring ten years of quantum computing, cloud access, and the ideas shaping what comes next.

LEAD ORGANISER Lead organiser logo
POWERED BY Powered by logo
CO-ORGANISED BY
Co-organiser logo Co-organiser logo
Event Qiskit Fall Fest 2026
Date October 21–31, 2026
Location Pune, India
Format Hybrid
|ψ⟩ = α|0⟩ + β|1⟩
SCHRÖDINGER'S BOX
Q-LAB // QISKIT-2026
⚠ DO NOT OBSERVE
STATE: SUPERPOSITION
You looked. That's the problem.
WAVEFUNCTION COLLAPSED.
About

Ten years. One cloud.
Infinite possibilities.

In 2016, IBM made quantum computing accessible to anyone on the planet with an internet connection. That was the beginning of a decade-long experiment in democratizing one of the most profound technologies ever conceived.

Qiskit Fall Fest 2026 gathers students, researchers, engineers, and curious minds to reflect on that journey — and to explore what comes next. Through talks, workshops, panels, and hands-on sessions, we'll examine the ideas that have shaped quantum computing and the ones that will define its future.

No quantum physics degree required. Just curiosity.

Your circuit. IBM's quantum computer. The cloud in between.

A Decade of Quantum

2016 → 2026.
Ten years that changed computing.

HaQthon

Turn quantum curiosity into something real.

Bring your boldest idea to a focused quantum hackathon. Build with Qiskit, learn from mentors, and present what you discover.

Join the HaQthon
01Form a team

Find collaborators across computing, science, design, and business.

02Build on cloud

Prototype with accessible quantum tools and guided support.

03Share the result

Demo your work and add your voice to the next decade of quantum.

Quantum 101
What is a Qubit?

Not just a faster bit.
A fundamentally different one.

BIT
0
1

A classical bit is always either 0 or 1. No ambiguity. No in-between.

QUBIT
α|0⟩ + β|1⟩
|0⟩
50%
|1⟩
50%

A qubit can exist in a superposition of 0 and 1 simultaneously — until it's measured.

Don't measure me. |ψ⟩ = α|0⟩ + β|1⟩
← click to observe
⊗

Superposition

While unobserved, a qubit holds both 0 and 1 simultaneously with quantum probabilities. Measurement forces it to choose.

∿

Entanglement

Two qubits can be linked such that measuring one instantly determines the state of the other, regardless of distance.

∫

Interference

Quantum algorithms use interference to amplify correct answers and cancel wrong ones — the engine of quantum speedup.

Build a quantum circuit.
Right here.

Click gates to add them. See the quantum state evolve. Click Measure to get a result.

q₀ |0⟩
q₁ |0⟩
State:
|00⟩
Position: CERTAIN · Momentum: ???
← hover to invoke ΔxΔp ≥ ℏ/2
Schedule

A month of quantum exploration.

Filter:
Speakers

Minds shaping quantum's next decade.

q₁
Collaboration

Built together by the quantum community.

Organisers

The people making quantum accessible.

Lead Organiser
Prof. Anagha Karne
MIT WPU · Department of Physics
Co-organisers
  • Dr. Preeti KaleMIT WPU · Department of Computer Engineering and Technology
  • Dr. Vandana JagtapMIT WPU · Department of Computer Engineering and Technology
  • Dr. Sarita SapkalMMCOE
  • Ashif AliIISER Pune
  • Ishwari TonapeMIT WPU · Department of Physics
  • Shreya SubhashMIT WPU · Department of Physics
  • Kanishka PatilMIT WPU · Department of Computer Engineering and Technology
  • Joel ManojMIT WPU · Department of Computer Engineering and Technology
  • Pranav SharmaMIT WPU · Department of Physics
  • Aditi TawdeMIT WPU · Department of Physics
Team Members
Department of Physics, MIT WPU
  • Dr. Jagadish Naik
  • Dr. Sachin Kulkarni
  • Dr. Apurva Nellikka
  • Swapna Narvekar
  • Sarvesh Kumar
  • Sakshi Kadam
  • Isabel Williams
  • Tejaswini Medhi
IISER Pune
  • Vivank Choudhari
  • Prinistha Borah
  • Krishnika Borah
MMCOE
  • Mrs. Swarupa Deshpande
  • Vishwesh Bhilare
  • Pranav Chougule
  • Altamash Mujawar
Register

The future isn't waiting.

Come explore it.

Register for Fall Fest
October 21–31, 2026 · Pune · Hybrid · Free to attend
FAQ

Questions? We have answers.
Probably.

Absolutely not. Qiskit Fall Fest is designed for everyone — from complete beginners to experienced researchers. Our introductory sessions will bring you up to speed, and our advanced workshops will challenge experts. Curiosity is the only prerequisite.

Yes! Qiskit Fall Fest is free to attend for all registered participants, both in-person and virtually. We believe quantum education should be accessible to everyone.

Bring a laptop with Python installed. We recommend setting up a Qiskit environment beforehand — instructions will be sent to all registered participants a week before the event. We'll also have pre-configured cloud environments available.

Yes! The event is hybrid. All talks and panels will be live-streamed. Virtual participants can access workshop materials and join live Q&A sessions. Details will be shared closer to the event.

Yes! All registered participants who attend will receive a certificate of participation. Workshop completers will receive specific workshop completion certificates. Certificates will be issued digitally within two weeks of the event.

Reach us at anagha.karne@mitwpu.edu.in or find us on Instagram and LinkedIn. We typically respond within 24 hours.