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The research aims to reinterpret wave-particle duality through the lens of dimensional projection, avoiding fundamental dualism.

January 23, 2026Open Access

Wave–Particle Duality and Dimensional Projection

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Demonstrates dimensional projection explains wave-particle duality, suggesting new experimental tests.

The research aims to reinterpret wave-particle duality through the lens of dimensional projection, avoiding fundamental dualism.
Reclassified classic quantum experiments under the dimensional projection framework.
Introduced the Dimensional Projection Test (DPT) for experimental validation.
Analyzed continuous behaviors of quantum systems vs. abrupt state reductions.
Demonstrated that interference visibility degrades smoothly with increased coupling, aligning with projection theory.
Provided a clear distinction between projection-based and collapse models in quantum mechanics.

Uthraa Murali (2026) studied this question.

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January 23, 2026Open Access

View Full Paper

Ask AI

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Authors

Demonstrates dimensional projection explains wave-particle duality, suggesting new experimental tests.

The research aims to reinterpret wave-particle duality through the lens of dimensional projection, avoiding fundamental dualism.
Reclassified classic quantum experiments under the dimensional projection framework.
Introduced the Dimensional Projection Test (DPT) for experimental validation.
Analyzed continuous behaviors of quantum systems vs. abrupt state reductions.
Demonstrated that interference visibility degrades smoothly with increased coupling, aligning with projection theory.
Provided a clear distinction between projection-based and collapse models in quantum mechanics.

Uthraa Murali (2026) studied this question.

View Full Paper

Ask AI

Bookmark