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This project aims to integrate valuable resources in quantum computing for researchers from WEHI, enabling them to quickly grasp the key concepts and ideas in the field of quantum computing and save valuable time.
You can view the Onboarding checklist here for more details.
Quantum computing is a broad field and can be challenging, especially for hands-on experiences. Unlike typing your first "Hello World" in traditional programming languages, quantum computing requires foundational knowledge of related concepts to truly harness its capabilities and run simple simulations. Many theoretical concepts in quantum computing can be daunting for beginners. Therefore, it's essential to approach this fascinating yet enigmatic field in a way that keeps interest alive.
We've invested considerable time reviewing various videos and articles on this topic. Many resources are either too simplistic or overly complicated. However, by combining the right resources, we believe creating a solid and engaging road map for those new to the field is possible. For those with a mathematical background who wish to delve deeper into the theoretical aspects, we've also provided rigorous mathematical resources for further exploration.
Our goal is, for people with any background to benefit from this wiki page by following the presented road map, from state zero to three, providing vital foundations to beginners to enable them to develop further.
We also aim to put a few practical applications within the field of biology in the form of code based on recent relevant research which has been detailed on this page of implementations and results.
The goal of the presentation is a summary of this wiki page, including how decisions are made during the construction of this wiki page.
Please visit Different stages where we have listed all the valuable resources and clustered them into a roadmap that you can easily follow.