From superconductivity to quantum technology

作者:禅与计算机程序设计艺术

1.简介

Innovations in energy storage are essential for achieving higher efficiency and lower costs in building energy systems that meet today’s needs. For example, efficient energy storage techniques such as hydrogen storage or fuel cell technologies could significantly reduce the cost of generating electricity, improve environmental comfort, and enable more economic viability for developing countries with limited resources. However, these advancements have come at a time when several challenges remain unaddressed: the use of silicon dioxide is not sustainable, fossil fuels like coal and oil are polluting our water supplies, and human activity causes global warming. The enormous advances in machine learning and artificial intelligence technologies, combined with progress in physics and chemistry, offer new possibilities for solving these problems. Quantum computing provides a way forward by breaking the limits of traditional comp

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转载自blog.csdn.net/universsky2015/article/details/132914106