A fundamental particle is created when three ribbons are joined in a "plait".
当三条纽带织成一根“辫子”时，就产生了一个基本粒子。
In this it will resemble the top quark, the latest fundamental particle to have been detected.
在这点上，它将类似于已被探测到的最新基本粒子顶夸克一样。
Gleick: Modern physics has begun to think of the bit-this binary choice-as the ultimate fundamental particle.
格莱克：现代物理学已经开始把比特这种二元选择当作终极基本粒子。
Particle physicists define elementary particles or fundamental particles as the smallest building blocks in the universe.
粒子物理学家将基本粒子或者称为基础粒子定义为构筑世界的最小的单元。
The positive energy develops into fundamental particle, and the negative energy develops into negative energy field.
正能量形成基本粒子，负能量形成负的能量场。
They propose that each so-called fundamental particle actually contains a tiny, vibrating, one-dimensional loop of string.
他们认为每一个所谓的基础粒子实际有一个更小的，振动着的，一维循环的弦。
This is one of the few examples of a fundamental particle being predicted in theory and later discovered by experiment.
这是在理论中预言了之后实验发现的基本粒子少数例子之一。
Rather, it would focus its attention on a different fundamental particle, one that is rather neglected by human technologists.
相反，其所关注的是另一种基本粒子，这种粒子被人类的技术专家长期忽视。
And particles of sound, known as phonons, are just as susceptible to Heisenberg's uncertainty principle as particles of light (photons) -or, indeed, any other fundamental particle.
声音粒子，即声子，和光的粒子(光子)或者其他基本粒子，都受海森堡的不定性原理影响。
The fundamental particle is the very fine clay particle composed of single crystal, and is the basic unit of mixed layer clays formed by one or several kinds of silicates with the sheet structure.
单元粒子是单晶体构成的细小的粘土颗粒，是由一种或多种层状结构的硅酸盐构成的混层粘土的基本单元。
Many physicists would like to see a single theory explain all of the fundamental forces of nature, or at the very least see experimental verification of the Standard Model of particle physics.
许多物理学家希望能有某个单一理论来解释自然界的力量，或者最少看到粒子物理学标准模型的实验证明。
The goal: to answer the most fundamental questions about how the universe works. (See photos of the large hadron particle collider.)
其目的在于：解释宇宙如何运作的一些最基本问题。
Last week, physicists at a giant particle-collider in Europe began to search for a subatomic entity so fundamental, they claim it creates mass.
上周，物理学家们聚集欧洲，用一台巨大的强子对撞机开始了寻找亚原子微粒的历程，他们声称这是质量的起源。
This paper discusses the fundamental problem of the explanation on quantum mechanics-is microscopic particle something real or something existing objectively?
本文讨论了量子力学解释中的最基本问题——微观粒子是否真实和客观的存在。
NEUTRON or PROTON viewed as a fundamental constituent PARTICLE within the atomic NUCLEUS.
被视做原子核中基本组成粒子的中子或质子。
NEUTRON or PROTON viewed as a fundamental constituent PARTICLE within the atomic NUCLEUS.
被视做原子核中基本组成粒子的中子或质子。
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