The phrase "quantum singularity of waves as perceived particles" is not a well-defined or commonly used term in the context of quantum mechanics. It seems to be a combination of different concepts, and without further clarification, it is challenging to provide a precise interpretation.
However, I can try to break down the individual components:
Quantum: Refers to the branch of physics that deals with phenomena at the microscopic scale, where particles and energy are quantized.
Singularity: Typically refers to a point or region in physics where certain properties become infinite or undefined. In the context of general relativity, a singularity is associated with the center of a black hole, for example.
Waves: Describes the behavior of particles or fields that exhibit wave-like properties, such as light or matter waves in quantum mechanics.
Perceived particles: Implies the idea that particles, as we observe them in experiments, can be understood as manifestations or outcomes of underlying wave-like phenomena.
From this breakdown, it appears that the phrase may be suggesting a conceptual connection between the wave-particle duality of quantum mechanics and the possibility that particles are manifestations or results of underlying wave-like properties.
However, without more specific context or a clear definition of the phrase, it is difficult to provide a more comprehensive explanation. If you can provide additional information or context, I'll do my best to assist you further.