The quantum internet will surely need quantum captchas. We propose:

Our work on quantum advantage in learning from experiments is now published in Science Magazine! Working with our Quantum Science Communicator Katie McCormick, @JarrodMcClean and Hsin-Yuan (Robert) Huang describe the results in this blog post: goo.gle/3boXVMF

In T minus 5 days, our annual quantum summer symposium #QSS22 begins! Watch the livestreams and network with others in one virtual space from July 19 - 21. Register → goo.gle/qss2022 See you there!

Interested in learning about opportunities to work with the Google Quantum AI team? Join Google Quantum AI's Product Lead, Emily Mount on July 21 from 10:00 - 10:30 AM PST to learn more about working in #QuantumComputing. Tag a friend who would be interested. #QSS22

#QSS22 is one day away! Here's a checklist for you ↓ - Register now goo.gle/qss2022 - Preview the 3-day virtual event schedule - Get ready to hear the latest research from our team and this year's guest speakers. - Tag a friend that should know about QSS.

If you're seeing this it means Day 1 of #QSS22 is about to begin. Tune in at 10:00 AM Pacific for Hartmut Neven's opening keynote as he gives you an overview of what's in store over these next three days. Join us → goo.gle/qss2022

🎂 Cirq turns 1.0! Cirq is a Python framework for writing, running, and analyzing the results of quantum computer programs and is now considered to be a stable API. Full details ↓ goo.gle/3od81mC

Calling all Researchers and Educators. ↓ Today we're releasing Google's new Quantum Virtual Machine - a tool to unlock the potential of #QuantumComputing. Start using the Quantum Virtual Machine to continue exploring the world of #QuantumComputation. ↓ goo.gle/3IPh5HQ

The Quantum Virtual Machine is a fantastic tool for emulating hardware. Try it with Mitiq to mitigate errors in your experiments. Colab: tinyurl.com/qvm-mitiq

This is an awesome offer!

Our Quantum Programming with Cirq 1.0 playlist is now live. Learn how to program quantum computers using Google Open Source open-source framework called Cirq. Bonus tip: You don't have to leave Twitter to watch the full playlist. Click to start watching. ↓ goo.gle/3oBxari

Imagine you have already identified a quantum circuit that can be used to solve a problem. In this video, goo.gle/3vzFADF we'll show you how to quickly install Cirq 1.0 in Colab and build quantum circuits.

Congratulations to my friends at Quantinuum on their excellent work on logical two qubit gates! David Hayes Justin G. Bohnet Ciarán Ryan-Anderson Natalie Brown Brian Neyenhuis Tony

Watch how Marissa Giustina's curiosity about computer hardware at the age of 3, has led up to working on the Google Quantum AI team as a Research Scientist & Quantum Electronics Engineer. Check it out. → goo.gle/3vIZ7lc

Have you used the Quantum Virtual Machine to run circuits?

Bonus: Get a walk through of a basic procedure for making your circuit device ready and running it on the Quantum Virtual Machine. Watch now ↓ goo.gle/3p8DWoY

Excited to see Quantum Summer Symposium talks on your own schedule? Watch the newly released #QSS22 playlist on YouTube for videos on technical topics and discussions around the latest experiments in #QuantumComputing. Tune in here → goo.gle/qss

We're excited to announce a breakthrough in our journey towards a useful quantum computer. Our latest publication in Nature is the first demonstration of a logical qubit protoype, showing it's possible to reduce errors by increasing the # of qubits. goo.gle/3kl5JDU

More qubits does not always mean more noise