quantum jump的意思是“量子跃迁；巨大的进步；突飞猛进”。

释义：quantum用作名词意思是“量子”，是物理学上的单位，用于计量一个物理量可以取的最小值，即物质世界中所能达到的微观状态变化。jump用作名词意思是“跳跃”，指人或动物、物品等由地面或其他平面上跳起，向某一高度运动并突然改变运动方向，常与介词over连用。

用法：quantum jump在句中可用作定语或表语。quantum jump也可作“巨大的进步”解，此时相当于great leap。

quantum jump的音标是[ˈkwɒntəm ˈdʒʌmp]。

以上内容仅供参考，建议查阅专业的英语词典获取准确信息。

quantum jump的意思是量子跃迁，释义为不经过中间过程地突然变化，用法为作为名词使用，双语翻译为quantum leap和quantum transition。中文翻译为跃进和飞跃。常见用法有quantum leaping量子跃进法。

以上信息仅供参考，建议阅读相关书籍来获取更准确的信息。

quantum jump的意思：量子跃迁

释义：量子跃迁是指微观粒子（如电子）从一种能量状态到另一种能量状态的过程。

用法：quantum jump可以作为名词短语使用，表示“量子跃迁的过程”。

双语翻译：In quantum physics, a quantum jump refers to the process of a particle moving from one energy state to another.

常见短语：

1. quantum leap 巨大的进步或飞跃

例句：The company made a quantum leap in sales last year.

2. quantum entanglement 量子纠缠

例句：Quantum entanglement is a mysterious phenomenon that cannot be explained by classical physics.

3. quantum computing 量子计算

例句：Quantum computing is a new computing paradigm that uses quantum bits (qubits) instead of classical bits.

4. quantum field theory 量子场论

例句：Quantum field theory is a fundamental theory of physics that describes the interactions of particles in space-time.

5. quantum mechanics 量子力学

例句：Quantum mechanics is a branch of physics that studies the behavior of small objects and subatomic particles.

6. quantum uncertainty principle 量子不确定性原理

例句：The quantum uncertainty principle states that it is impossible to measure certain properties of a particle with complete precision.

7. quantum tunnelling 量子隧穿

例句：Quantum tunnelling is a phenomenon where a particle can pass through a barrier that would normally block its movement.

8. quantum phase 量子相变

例句：Quantum phase is a fundamental property of a quantum system that changes as the system undergoes a phase transition.

9. quantum gravity 量子引力

例句：Quantum gravity is a theory that attempts to unify general relativity and quantum mechanics in a single framework.

10. quantum optics 量子光学

例句：Quantum optics is a subfield of quantum physics that studies the interaction between light and matter using quantum mechanical principles.