Examples of using 量子计算机可以 in Chinese and their translations into English
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量子计算机可以改变世界。
量子计算机可以做经典计算机无法做的事情.
量子计算机可以借助人工智能了解我们正在生成的数据。
Quantum computers could help to understand the data that we are generating.量子计算机可以改变世界。
Quantum computers could change our world.但是量子计算机可以更有效地找到正确的答案。
But a quantum computer can get to the right answer more efficiently.量子计算机可以破解传统区块链所依赖的密码学。
Quantum computers could break the cryptography that conventional blockchains rely on.但是量子计算机可以同时尝试所有的路径。
A quantum computer can try all paths at the same time.量子计算机可以改变世界…显然。
Quantum computers could change the world… apparently.量子计算机可以帮助我们更有效地制造肥料。
Quantum computers could help us more efficiently make fertilizers.量子计算机可以改变世界。?
Could quantum computers change the world?量子计算机可以做到这一点。
Now the quantum computer may do just that.量子计算机可以改变世界。
And whether quantum computers can change the world.但量子计算机可以做到.
But the quantum computer cannot.量子计算机可以做到这一点。
The Quantifinder can do it.但是量子计算机可以同时尝试所有的路径。
Using quantum computing, you can try all the paths at the same time.量子计算机可以用来破解我们今天用来保护敏感数据和电子通信安全的密码。
Quantum computers can be used to break cryptographic codes that we use today to keep sensitive data and electronic communications secure.例如，量子计算机可以模拟自然环境来推进化学、材料科学和分子建模等领域的科研工作。
For example, quantum computers may simulate nature to advance research in chemistry, materials science and molecular modeling.量子计算机可以帮助计算大量可能存在的蛋白质折叠序列，以制造更有效的药物。
Quantum computers can help compute the vast number of possible protein folding sequences for making more effective medications.他们将这个类别定义为量子计算机可以有效解决的所有决策问题-答案是“是”或“否”的问题。
They defined this class to contain all the decision problems-problems with a yes or no answer- that quantum computers can solve efficiently.量子计算机可以简化空中和地面交通控制的工作量，因为它们善于迅速计算出最佳路线。
Quantum computing could streamline both air traffic and ground-based traffic control because they're so good at quickly calculating the optimal route.比如，量子计算机可以模拟自然，从而推进化学、材料科学和分子建模的研究。
For example, quantum computers may simulate nature to advance research in chemistry, materials science and molecular modeling.但量子计算机可以一次分析所有数据，向我们提供更好的模型，精准地显示恶劣天气会在何时何地出现。
Quantum computing could analyze all that data at once and give us a better idea of when and where bad weather will strike.只要有足够的时间……经典计算机和量子计算机可以解决同样的问题，”美国克瑞顿大学的ThomasWong说道。
Given enough time… classical 总有一天，量子计算机可以有效地提供能够破解秘密通信、银行帐号、以及数据库密码等的万能钥匙。
Quantum computers could one day effectively provide a skeleton key to confidential communications, bank accounts and password databases.从理论上来讲，从理论上来讲，量子计算机可以用Shor算法来完成对ECDSA的破解，用Grover算法破解SHA-256。
In theory, theoretically, quantum computers can use the Shor algorithm to solve the ECDSA and use the Grover algorithm to crack the SHA-256.换句话说，这种量子计算机可以完成普通计算机需要一万年才能完成的任务。
In other words, this quantum computer can do things that a normal 计算机巨头们相信，量子计算机可以让它们的人工智能软件性能变得更加强大，并为材料科学等领域带来巨大飞跃。
Computing giants believe quantum computers could make their artificial-intelligence software much more powerful and unlock scientific leaps in areas like materials science.量子计算机可以对所有的道路进行评估，为每条道路带来成功的可能。
A quantum computer can evaluate all the roads together, generating a probability of success for each road.所有这些都意味着量子计算机可以解决对经典计算机来说“实际上不可能”的问题。
All this means quantum computers could tackle problems which are“practically impossible” for classical 然而量子计算机可以即时搜索整个电话簿，同时评估每一行，并比经典计算机更快地返回结果。
A quantum computer could search the entire phone book at the same time by assessing each line simultaneously and return a result much faster.
