不确定性原理英语是什么意思

什么是不确定性原理？?

What is the uncertainly principle?

第二种是状态实际上符合不确定性原理。

The second is the state actually complies with the Uncertainty Principle.

不确定性原理暗示结束拉普拉斯的梦想的理论科学,宇宙的一个模型,将是完全确定的。

The uncertainty principle signaled an end to Laplace's dream of a theory of science, a model of the universe that would be completely deterministic.

由于海森堡不确定性原理，有最小尺寸盒子其中电子可以被白矮星的重力挤压。

Because of the Heisenberg uncertainty principle, there is a minimum-sized“box” in which an electron can be squeezed by the gravity of a white dwarf.

我们也可以想到的不确定性原理的认知极限，如果我们考虑到未来的理论可能超越这些限制.

We can also think of the uncertainly principle as a cognitive limit if we consider that a future theory might surpass such limits.

然而，不确定性原理似乎是我们生活的宇宙的一个基本特征。

Yet it seems that the uncertainty principle is a fundamental feature of the universe we live in.

不确定性原理由德国物理学家海森堡于1927年提出，是量子力学的重要概念之一。

Werner Heisenberg's uncertainty principle, formulated by the theoretical physicist in 1927, is one of the cornerstones of quantum mechanics.

尽管不确定性原理,因此,没有必要放弃信仰的世界由物理定律。

Despite the uncertainty principle, therefore, there is no need to give up on the belief in a world governed by physical law.

这些关系的数学结构类似于海森堡的不确定性原理，但与量子物理学无关。

The mathematical structure of these relations resembles that of Heisenberg's uncertainty principle, but they have nothing to do with quantum physics.

他们说服我，按照量子力学不确定性原理，旋转黑洞应产生并辐射粒子。

They convinced me that, according to the quantum mechanical uncertainty principle, rotating black holes should create and emit particles.

不确定性原理还预言了类似的虚的物质粒子对的存在，例如电子对和夸克对。

The uncertainty principle also predicts that there will be similar virtual pairs of matter particles, such as electrons or quarks.

不确定性原理之所以存在是因为宇宙中的万物都同时表现的像波和粒子。

The Uncertainty Principle exists because everything in the universe behaves like both a particle and a wave at the same time.

海森堡不确定性原理是世界的一个基本的不可回避的性质.

Heisenberg's uncertainty principle is a fundamental, inescapable property of the world.

物理学中有些怪异的概念，诸如纠缠和不确定性原理，就源于量子力学。

Some of the wackier ideas in physics, such as the concept of entanglement and the uncertainty principle, stem from quantum mechanics.

自然观察英语：Naturalisticobservation观测天文学误差学习研究可观测量观测和测量ObservationsandMeasurements測臺者效应不确定性原理.

Naturalistic observation Observational astronomy Observational error Observational learning Observational study Observable quantity Observations andMeasurements Observatory Observer effect Uncertainty principle Kosso Peter.

上世纪中叶，沃纳·海森堡（WernerHeisenberg）在量子物理学中引入了非决定论或不确定性原理的概念。

In the middle of the last century,Werner Heisenberg introduced the notion of indeterminacy, or the uncertainty principle, into quantum physics.

物理学中有些怪异的概念，如量子纠缠和不确定性原理，就源于量子力学。

Some of the wackier ideas in physics, such as the concept of entanglement and the uncertainty principle, stem from quantum mechanics.

对我来说,一个重大的科学突破(它是在50年代)是在量子物理学上--海森堡不确定性原理。

One of the big scientific breakthroughs(and it was in the 50s) for me was in quantum physics-the Heisenberg uncertainty principle.

然而,正如前面已经描述的章节,经典的法律被量子取代法律基于不确定性原理。

However, as has been described in earlier chapters,the classical laws were superseded by quantum laws based on the uncertainty principle.

物理学中有些怪异的想法，诸如纠缠和不确定性原理，就源于量子力学。

Some of the wackier ideas in physics, such as the concept of entanglement and the uncertainty principle, stem from quantum mechanics.

物理学中一些奇怪的概念，如纠缠和不确定性原理，源自量子力学。

Some of the wackier ideas in physics, such as the concept of entanglement and the uncertainty principle, stem from quantum mechanics.

看来，不确定性原理还是我们在其中生活的宇宙的一个基本特征。

The uncertainty principle is a fundamental feature of the universe we live in.

看起来即使拉普拉斯妖也受到不确定性原理的约束，无法知道粒子的位置和速度。

It turns out that even Laplace's Demon is bound by the Uncertainty Principle and cannot know both the position and the speed of a particle.

第一是量子力学不确定性原理给我们的预言能力设立的限制。

The first is the limitation that the uncertainty principle of quantum mechanics sets on our powers of prediction.

不确定性原理说，有些物理量永远无法被同时精确的测量。

The uncertainty principle says that certain pairs of quantities can never be measured accurately at the same time.

这就是说，似乎上帝也受到不确定性原理的约束，无法同时知道粒子的位置和速度。

Thus it seems that even God is bound by the uncertainty principle and cannot know both the position and speed of a particle.*.

这就是说，似乎上帝也受到不确定性原理的约束，无法同时知道粒子的位置和速度。

It seems that even God is bound by the Uncertainty Principle, and can not know both the position, and the speed, of a particle.

这个结果现在被称为“海森堡不确定性原理”，这个原理经常被用来说明量子力学的奇异性。

This result is now known as Heisenberg's uncertainty principle and it's one of the results that's often quoted to illustrate the weirdness of quantum mechanics.

它不可能是完全均匀的，否则就违反了量子理论不确定性原理。

It could not have been completely uniform,because that would violate the uncertainty principle of quantum theory.