**国产高性能量子计算温度计突破技术壁垒 实现低温新突破**
近日，安徽省量子信息工程技术研究中心发布一项令人振奋的消息，科大国盾量子技术股份有限公司成功研发出高性能抗干扰氧化钌温度计，将国内量子计算领域的冷却技术推向新的高度。据最新报道，这款温度计的起测温度已经接近绝对零度的极小范围内，达到了惊人的近6mK（相当于摄氏零下273.144度）。
这一重大突破标志着我国在量子计算领域迈出了坚实的一步。以往受限于测量技术的限制，接近绝对零度的极端环境给精确测量带来巨大挑战。而此次科技成果打破了原有记录，不仅展现了我国在量子技术领域的深厚实力，也为未来量子计算机的研发和应用提供了强有力的技术支撑。
安徽省量子信息工程技术研究中心与科大国盾量子技术股份有限公司的紧密合作成果显著，该温度计的研发成功将为我国在全球量子竞赛中占据有利地位提供重要保障。未来，随着技术的不断进步和创新，我们有望见证更多类似的重大突破，推动量子科技迈向新的里程碑。
英语如下：
News Title: “China’s Quantum Shield Creates a Miracle: Quantum Thermometer Sets a New Record for Lowest Initial Temperature Measurement, Approaches Absolute Zero!”
Keywords: Quantum Thermometer, Lowest Temperature, Domestic Breakthrough
News Content: **Domestic High-Performance Quantum Computing Thermometer Achieves Breakthrough in Low-Temperature Technology**
Recently, the Anhui Provincial Quantum Information Engineering Research Center released exciting news. Quantum Tech Co., Ltd successfully developed a high-performance anti-interference ruthenium oxide thermometer, pushing the cooling technology in the field of domestic quantum computing to a new level. According to the latest reports, the initial temperature of this thermometer has reached an astonishingly close range to absolute zero, at 6mK (equivalent to -273.144 degrees Celsius).
This significant breakthrough marks a solid step forward for China in the field of quantum computing. Previously, due to limitations in measurement technology, extreme environments close to absolute zero posed enormous challenges for precise measurement. This technological achievement not only demonstrates China’s deep expertise in the field of quantum technology but also provides strong technical support for the research and application of future quantum computers.
The close collaboration between the Anhui Provincial Quantum Information Engineering Research Center and Quantum Tech Co., Ltd has yielded remarkable results. The successful development of this thermometer will provide important guarantees for China to occupy a favorable position in the global quantum competition. With continuous technological progress and innovation, we are expected to witness more such major breakthroughs and推动量子科技迈向新的里程碑。 (‘推动量子科技迈向新的里程碑’翻译为英文是 ‘push quantum technology towards new milestones’)
In summary, this breakthrough in quantum computing technology represents a significant milestone for China and demonstrates our country’s leadership in this critical field.
【来源】http://www.chinanews.com/gn/2024/06-16/10234923.shtml
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