Bio-quantum computing is particularly at home in the fields of artificial intelligence, big data and smart data as well as sustainability and environment 4.0. This innovative technology combines biological systems (such as molecules or cells) with the power of quantum computing to process huge amounts of data at lightning speed and solve complex problems.
Imagine you want to find out in the shortest possible time which drug works best against a rare disease. Thanks to bio-quantum computing, a computer can simulate biological processes in such a way that it quickly analyses millions of active substances and suggests the optimal drug - something that would take normal computers years to do.
In everyday life, bio-quantum computing has the potential to advance climate and environmental protection. For example, researchers could use it to find out how plants can react more "intelligently" to climate change in order to secure harvests or better store CO2.
Bio-quantum computing is still in its infancy, but could soon accelerate the digital transformation in many areas of life and offer completely new solutions that would not be achievable with conventional technology.
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