
量子技术如何促进能源领域发展?
能源系统正步入一个更具挑战性的阶段,这一变化主要源于结构性转型与日益加剧的地缘政治不确定性。近期全球能源市场的动荡,已充分显示出供应受限、价格剧烈波动以及安全风险可以多么迅速地成为现实。
能源系统正步入一个更具挑战性的阶段,这一变化主要源于结构性转型与日益加剧的地缘政治不确定性。近期全球能源市场的动荡,已充分显示出供应受限、价格剧烈波动以及安全风险可以多么迅速地成为现实。
Energy systems are becoming more complex under rising demand and geopolitical pressure. Quantum technologies are now being tested to address specific challenges in optimization, materials...
The Centre for the Fourth Industrial Revolution is advancing the application of human-centred and society-serving technologies.
Aramco is a world-leading integrated energy and chemical company. From producing approximately one in every eight barrels of the world’s crude oil supply to developing new technologies, A...
The Quantum Economy Blueprint (QEB) was launched to assist regions and countries in the development of their own quantum initiatives by offering continuously refined guidelines tested thr...
Quantum computing can't yet break cryptography, but security leaders must prioritize quantum security. The 'harvest now, decrypt later' threat model poses a real risk.
The winners of the Quantum for Sustainability challenge show how quantum technologies can drive advancements in fields like sensing, computing, security and materials discovery.
AI and compute consume vast amounts of power but quantum computing can offer a solution, depending on its underlying platform, offering choices to scale.





