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Recientemente se reportó el novedoso principio de confinamiento en pozos lorentzianos espacialmente estructurados para describir, de manera unificada, la interferencia de ondas clásicas y partículas cuánticas singulares en un marco causal en el espacio ordinario. La fenomenología derivada de este principio ofrece ventajas significativas frente a las formulaciones clásica y cuántica convencionales de la interferencia fundadas en la superposición de ondas. En este artículo se presenta un análisis conceptual de dicho principio y sus principales implicaciones, indicando sus diferencias fundamentales con la descripción estándar.
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