Google's Quantum Echoes algorithm demonstrates how quantum computers could be used to understand molecular structure.

Some of the key interactions between IP law and quantum computing involve the intersection of patents and copyright—each of which impacts how companies protect quantum computing hardware and software, and how companies can come together to collaborate and innovate.

Participants will code, simulate, and benchmark advanced quantum algorithms while applying Quantum Machine Learning (QML) to practical, real-world scenarios.

In a remarkable advancement in the field of quantum computing, Google’s quantum team has made headlines once again with their innovative algorithm, "Quantum Echoes." This breakthrough, which has garnered attention by appearing on the cover of Nature,

Hardware Quantum computing might get a morsel of the financial love the Trump administration gave Intel, as the US government reportedly considers becoming a shareholder in several companies Hardware Google claims it has made a 'major breakthrough' in quantum computing with an algorithm 13,

Google’s Quantum Echoes now closes the loop: verification has become a measurable force, a resonance between consciousness and method. The many worlds seem to be bleeding together. Each observation is both experiment and judgment, the mind becoming part of the data it seeks to confirm.

The 6.5-month online certificate programme, offered via the Continuing Education Centre (CEC), IIT Roorkee in association with TimesPro, a leading higher edtech platform, prepares participants for roles across quantum R&D,