This time, NIST focused on stability, or how identical the ticks are.

这次，NIST 专注于稳定性，或者刻度线的相同程度。

NIST says they get about 2,000 calls every day from people who want to set their clocks.

NIST 说他们每天接到大约 2,000 个电话，他们希望设置时钟。

Take the example of one encryption system called Sike, which NIST seemed to think had potential.

以种名 Sike 的加密例， NIST 似乎认它具有潜力。

NIST eventually got about 70 proposals from cryptographers around the world for crypto systems that might stock quantum computers.

NIST 最终从世界各地的密码学家那里收到了大约 70 份关于可能储存量子计算机的密码的提。

Some of these systems performed " significantly better" than the earlier ones, the NIST's Mei Ngan said in a statement on Tuesday.

美国国家标准与技术研究所的Mei Ngan周二的份声明中表示，其中些的性能相比之前" 明显好了很多" 。

Now, CYC is a crypto system that NIST had said, Oh yeah, we're continuing to consider that one.

现，CYC 个加密， NIST 曾说过， 哦，的，我们正继续考虑那个。

Starting on July 1, police in Virginia will be able to use facial recognition tools that have 98 percent or higher accuracy based on the NIST test.

从7月1日开始，弗吉尼亚州的警察将能够使用基于美国国家标准与技术研究院测试的具有98%或更高准确率的脸部识别工具。

A few years ago, NIST built a strontium clock that broke the world record for precision – that’s how accurately a clock tracks atomic oscillations.

几年前，NIST 制造了个锶时钟， 打破了世界精度记录——这就时钟跟踪原子振荡的准确程度。

But eventually, after all the carnage, last year NIST came up with four encryption systems that they recommended people use to protect themselves from quantum computer attacks.

但最终，经历了所有大屠杀之后，去年 NIST 提出了四种加密， 他们建议人们使用这些来保护自己免受量子计算机攻击。

Forty-five years ago, Judah and a team of scientists at NIST developed a system for the atomic clock, that tracks time more accurately than ever before in the U.S., linking old phones, power grids, financial markets, you name it.

45 年前，Judah 和 NIST 的组科学家开发了个原子钟， 美国比以往任何时候都更准确地跟踪时间，连接旧手机、电网、金融市场， 应有尽有。

At least, according to research announced this week from the National Institute of Standards and Technology, or NIST, in the U.S. Atomic clocks are named for the atoms inside that oscillate rapidly and reliably between two energy states.

至少，根据美国国家标准与技术研究院 (NIST) 本周宣布的研究，美国的原子钟以内部原子两种能态之间快速可靠地振荡而得名。