Physical Interpretation Beyond Particle-Centric Quantum Models. (IEEE)

Yoon A Limsuwan

Yoon A Limsuwan

Yoon A Limsuwan

ingle

This project proposes an alternative ontological interpretation of the double-slit experiment, arguing that photons exist in a singularity-like wave state prior to interaction. The transition to particle behavior occurs not through measurement, but due to physical conditions such as energy attenuation or medium traversal. This theory offers testable predictions via a modified double-slit setup, challenging the standard observer-centric interpretations of quantum mechanics.

Junyong Lee, Jeihee Cho, Hyeonseong Jung +4 more

In this paper, we investigate how quantum computers can be effectively utilized as physical computational units, specifically within the limitations of Noisy Intermediate-Scale Quantum (NISQ) devices. A central question we address is: How can we effectively emulate macroscopic quantum dynamics within the constraints of NISQ devices to fully realize the computational advantages of quantum computing? To tackle this, we explore the design of a macroscopic physical model, using a particle beam model as a case study. By employing a data-centric approach to energy encoding, we aim to optimize quantum states and extract the Hamiltonian, facilitating the accurate simulation of complex physical systems. Our work demonstrates the potential of NISQ devices in advancing macroscopic physical simulations, despite their inherent noise and limited qubit numbers, offering a promising path toward achieving Quantum advantage.