At present, research in the area of the laser theory is mostly focused on single-atom lasers and their practical applications in photonics, nano and quantum technologies.
目前，人们主要集中对单原子激光的量子理论的研究，以及它们在光子学、纳米技术和量子信息技术中的实际应用。
It is often said of new technologies that their future looks bright, but in the case of quantum dots that is no exaggeration-it is the literal truth.
通常说到新的科学技术，其发展前景看似都是光明的，但对于量子点而言，这一点都不夸张——这就是平凡的事实。
With this in mind, scientists all over the world are researching technologies based on quantum effects that can be used to communicate and process information.
基于这一考虑，全世界的科学家都在研究基于量子效应实现通信和信息处理的技术。
This scheme is secure absolutely, it can be applied in a quantum communication network, as well as quantum identification, and it is easy to realize by the present-day technologies.
该方案具有绝对的安全性，可以应用在量子通信网络中，同时还具有量子身份认证的功能，并且在现有技术条件上完全能够实现。
Quantum cryptography provides a new method for absolutely secure communication, which is guaranteed by the inviolability of a Law of Nature, and any advanced technologies cannot decipher it.
量子保密通信提供了一种绝对安全的通信方案，它的安全性由不可改变的自然规律保证，是任何技术都无法攻破的。
Easily integrated into designs implemented in X-FAB's modular XH018 and XH035 CMOS process technologies, these new diodes provide the highest quantum efficiency available from a silicon foundry.
轻松集成到X -FAB的模块化XH018和XH035CMOS工艺技术实现的设计，这些新二极管提供最高量子效率可以从晶圆代工。
Easily integrated into designs implemented in X-FAB's modular XH018 and XH035 CMOS process technologies, these new diodes provide the highest quantum efficiency available from a silicon foundry.
轻松集成到X -FAB的模块化XH018和XH035CMOS工艺技术实现的设计，这些新二极管提供最高量子效率可以从晶圆代工。
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