欧洲核研究组织研究人员为反质物开发了一种快速冷却方法,将冷却时间从15小时减少到8分钟。 CERN researchers developed a rapid cooling method for antiprotons, reducing cooling time from 15 hours to 8 minutes.

欧洲核子研究中心BASE实验的研究人员为反质体研制了一种快速冷却方法,将冷却时间从15小时减少到8分钟。 Researchers at CERN's BASE experiment have developed a rapid cooling method for antiprotons, reducing the cooling time from 15 hours to 8 minutes. 这一进展使得能够更准确地测量反质质的基本特性,例如磁时和电荷对质比。 This advancement allows for more precise measurements of antiprotons' fundamental properties, such as magnetic moments and charge-to-mass ratio. 新技术可以帮助研究人员了解宇宙中物质和反物质之间的不对称。 The new technology may help researchers understand the asymmetry between matter and antimatter in the universe.