Problems in quantum field theory are also considered.
在量领域理论的问题也被考虑。
Davies' research focuses on cosmology, quantum field theory and astrobiology.
戴维斯的研究侧重于宇宙论、量子场理论和太空生物学。
Quantum field theory was originally thought to be a quantum theory of fields.
量子场论起源于探索场的量子理论的思想。
The second topic is about neutrino oscillation theory in quantum field theory(QFT).
我们讨论的第二个问题是量子场论中的中微子振荡理论。
We will study the basic conceptual and computational tools of quantum field theory.
我们将研究量子场论的基本概念和计算工具。
This book USES the standard model as a vehicle for introducing quantum field theory.
这本书为介绍量领域理论使用标准模型作为一辆车辆。
In modern quantum field theory a classical field is quantized and particles arise as a result.
在现代量子场论的经典领域是量化和粒子引起。
The full apparatus of quantum field theory is often unnecessary for describing electrodynamic systems.
对于描述电力学系统量子场理论的全部设备常常是多余的。
In an endnote Mr Wilczek warns that the nitty gritty of quantum field theory is not for sissies. Nor is this book.
在尾注处，威尔茨克特别声明到量子场的本质问题不适合胆小鬼，这本书也是如此。
Quantum electrodynamics, some processes in which we have discussed above, is the prototype quantum field theory.
量子电动力学是规范的量子场理论，我们在上面已经讨论了这种理论框架中的一些过程。
The interrelation between traditional quantum field theory and composite quantized field theory is investigated.
本文探讨了现有量子场论和量子化复合场论之间的内在联系。
Bosons include mesons, nuclei of even mass number, and the particles required to embody the fields of quantum field theory.
玻色子包括介子、偶质量数的原子核以及体现量子场论中的场所需要的粒子。
Wolfram's early scientific work was mainly in high-energy physics, quantum field theory, and cosmology, and included several now-classic results.
Wolfram早期的科学工作主要是关于高能物理，宇宙论，量子领域理论等方面，也包括许多现代经典的研究结论。
At present, such an analysis method has been widely used in signal processing, image processing, quantum field theory, fractal theory and other fields.
目前，这种分析方法已经广泛应用于信号处理、图像处理、量子场论、分形理论等领域。
Quantum field English – to lay a foundation is very important, not all aspects of a few years ago, even if the accumulation of 98 push also can't do it well.
量子场英语—打下的基础是相当重要的，没有前几年的各方面的积累，就算有98推也做不好。
There are three main non-classical features for quantum field, i. e. photon anti-bunching effect, sub-Poissonian statistics distribution, and squeezing effects.
量子光场主要存在三种非经典效应：光子反聚束、亚泊松分布和压缩效应。
Applying the theory of relativistic quantum field, the paper puts forward an approximate method to calculate electronic energy band with relativistic Green Function.
运用相对论量子场理论，提出了一个相对论格林函数计算能带的近似方法。
Geometry and quantum field theory, designed for mathematicians, is a rigorous introduction to perturbative quantum field theory, using the language of functional integrals.
几何和量子场论课程是用泛函积分的语言对微扰量子场论的严谨的介绍，主要针对数学家设计。
This is reflected in the fact that the vacuum expectation value of the field squared is nonzero in quantum field theory. Therefore there exist the so called vacuum fluctuations.
这反映在量子场论中场量平方的真空平均值不为零，这就是所谓的真空涨落。
So far, the theory of quantum error-correction coding has become more and more perfect. Many corresponding methods of classical coding techniques have been found in quantum field.
目前量子纠错编码理论已日趋完善，许多经典的编码技术在量子领域中都可以找到相应的编码方法。
The existence of bounded states and limit sets are concerned in order to explain chaos and turbulence phenomena in quantum field theory. Bifurcation and two critical speeds are discussed.
有界状态和极限集的存在性解释了量子场理论中混沌现象与湍流现象的内涵，并讨论了分歧现象与临界速度。
According to quantum field theory, this sudden snapping to order of electric dipoles, called polarization, generates a secondary electric field that combines with and strengthens the first field.
在量子场理论中，这个瞬间电偶极子有序化的过程被称为极化，它产生一个次电场，与第一个电场结合并使其强化。
A relativistic quark model based on the quasipotential approach in quantum field theory is briefly introduced, and by using this model, heavy quarkonium mass spectra are calculated in detail.
摘要介绍了量子场论中基于准势途径的一个相对论夸克模型，并使用这个相对论夸克模型计算了重夸克偶素的质量谱。
I research the much more fundamental physics underpinning nuclear structure, which involves a great deal of that counterintuitive, greatly misunderstood field of quantum mechanics.
我研究的是在核结构下方更为基础的物理，涉及许多违反直觉的，被大量误解的领域——量子力学。
Engel predicts the emergence of an entire field of quantum biology.
Engel预计会出现一个完整的量子生物学领域。
Turning his intellectual searchlight on his own field, Mr Deutsch rails against the Copenhagen interpretation of quantum physics developed by Niels Bohr and others during the 1920s.
多伊奇先生也剖析了他所处的量子物理学家领域。尼艾尔斯•玻尔等人在20世纪20年代就该奇特难懂的量子世界提出的“哥本哈根解释“目前得到物理学家的普遍接受。
Now scientists may increasingly turn to the natural world for examples from the emerging field of quantum biology.
现在，科学家也许要日益向自然世界中新兴的量子生物学学习众多的例子。
The former system is a laboratory creation in which the ions are trapped by an electric field, then cooled and kept isolated from the environment to preserve the quantum information.
前者是实验室产物，其中的离子被困于电场中，冷却，然后和环境隔离以保存它们的量子信息。
Its thinness, too, gives it unusual electrical properties.One of these is that if it is placed in a magnetic field it exhibits a phenomenon known as the relativistic quantum Hall effect.
它很薄，这也赋予了它不同寻常的电学性能，如置于磁场中它会表现出相对量子霍尔效应。
Its thinness, too, gives it unusual electrical properties.One of these is that if it is placed in a magnetic field it exhibits a phenomenon known as the relativistic quantum Hall effect.
它很薄，这也赋予了它不同寻常的电学性能，如置于磁场中它会表现出相对量子霍尔效应。
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