Variational Quantum Brushes: Artistic Effects with Quantum Algorithms
Analysis
This paper introduces a novel application of quantum computing to the field of computational art. It leverages variational quantum algorithms to create artistic effects, specifically focusing on two new 'quantum brushes': Steerable and Chemical. The open-source availability of the implementation is a significant contribution, allowing for further exploration and development in this emerging area. The paper's focus on outreach suggests it aims to make quantum computing more accessible to artists and the broader public.
Key Takeaways
- •Introduces a new application of quantum computing to computational art.
- •Presents two new quantum brushes: Steerable and Chemical, based on variational quantum algorithms.
- •Provides open-source implementation for further exploration and development.
- •Aims to make quantum computing more accessible to artists and the public.
Reference
“The paper introduces the mathematical framework and describes the implementation of two quantum brushes based on variational quantum algorithms, Steerable and Chemical.”