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A matter wave clock is a type of clock whose principle of operation makes use of the apparent wavelike properties of matter. Matter waves were first proposed by Louis de Broglie and are sometimes called de Broglie waves. They form a key aspect of wave–particle duality and experiments have since supported the idea. The wave associated with a particle of a given mass, such as an atom, has a defined frequency, and a change in the duration of one cycle from peak to peak that is sometimes called its Compton periodicity. Such a matter wave has the characteristics of a simple clock, in that it marks out fixed and equal intervals of time. The twins paradox arising from Albert Einstein's theory of relativity means that a moving particle will have a slightly different period from a stationary partic

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  • Reloj de onda de materia (es)
  • Matter wave clock (en)
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  • Un reloj de onda de materia es un tipo de reloj cuyo principio de operación hace uso de las aparentes propiedades onduladas de la materia. Las ondas de materia fueron propuestas por primera vez por Louis de Broglie y algunas veces se las llama ondas de Broglie. Las mismas son un aspecto clave de la dualidad onda-partícula y desde entonces los experimentos han respaldado la idea. La onda asociada con una partícula de una masa dada, como un átomo, tiene una frecuencia definida, y una duración fija de un ciclo de pico a pico que a veces se denomina periodicidad de Compton. Tal onda de materia tiene las características de un reloj simple, ya que marca intervalos de tiempo fijos e iguales. La paradoja de los gemelos que surge de la teoría de la relatividad de Einstein hace referencia a que una (es)
  • A matter wave clock is a type of clock whose principle of operation makes use of the apparent wavelike properties of matter. Matter waves were first proposed by Louis de Broglie and are sometimes called de Broglie waves. They form a key aspect of wave–particle duality and experiments have since supported the idea. The wave associated with a particle of a given mass, such as an atom, has a defined frequency, and a change in the duration of one cycle from peak to peak that is sometimes called its Compton periodicity. Such a matter wave has the characteristics of a simple clock, in that it marks out fixed and equal intervals of time. The twins paradox arising from Albert Einstein's theory of relativity means that a moving particle will have a slightly different period from a stationary partic (en)
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  • A matter wave clock is a type of clock whose principle of operation makes use of the apparent wavelike properties of matter. Matter waves were first proposed by Louis de Broglie and are sometimes called de Broglie waves. They form a key aspect of wave–particle duality and experiments have since supported the idea. The wave associated with a particle of a given mass, such as an atom, has a defined frequency, and a change in the duration of one cycle from peak to peak that is sometimes called its Compton periodicity. Such a matter wave has the characteristics of a simple clock, in that it marks out fixed and equal intervals of time. The twins paradox arising from Albert Einstein's theory of relativity means that a moving particle will have a slightly different period from a stationary particle. Comparing two such particles allows the construction of a practical "Compton clock". (en)
  • Un reloj de onda de materia es un tipo de reloj cuyo principio de operación hace uso de las aparentes propiedades onduladas de la materia. Las ondas de materia fueron propuestas por primera vez por Louis de Broglie y algunas veces se las llama ondas de Broglie. Las mismas son un aspecto clave de la dualidad onda-partícula y desde entonces los experimentos han respaldado la idea. La onda asociada con una partícula de una masa dada, como un átomo, tiene una frecuencia definida, y una duración fija de un ciclo de pico a pico que a veces se denomina periodicidad de Compton. Tal onda de materia tiene las características de un reloj simple, ya que marca intervalos de tiempo fijos e iguales. La paradoja de los gemelos que surge de la teoría de la relatividad de Einstein hace referencia a que una partícula en movimiento tendrá un período ligeramente diferente del período una partícula estacionaria. La comparación de dos de tales partículas permite la construcción de un práctico "reloj Compton".​ (es)
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