Python and Science on Instagram: "his animation shows the quantum double-slit experiment obtained by solving the time-dependent Schrödinger equation (TDSE) using the split-step Fourier method. A quantum wave packet, representing a particle such as an electron, is directed toward a barrier containing two narrow openings (slits). The resulting probability density exhibits an interference pattern beyond the barrier, demonstrating the wave-like nature of the particle and the principle of quantum sup

astro_cloby on Instagram: "This animation visualizes a 1D Gaussian wave packet evolving over time under the non-relativistic time-dependent Schrödinger equation. In quantum mechanics, this equation governs how the wavefunction ψ(x,t) changes — describing a particle not as a point, but as a spread of probabilities in space. A Gaussian wave packet starts localized. As time evolves, it naturally disperses — not due to noise or randomness, but as an exact consequence of quantum uncertainty encoded i

Quantum Computing and Tech on Instagram: "🔬 Exploring Quantum Wave Packets and Lattice Structures This simulation visualizes the intricate behavior of a quantum wave packet as it interacts with various lattice arrangements. In the first sequence, we observe the wave packet encountering a standard, tightly packed lattice where the interference patterns are dense and complex. The wave propagates through the structure, showing how the atomic spacing dictates the dispersion and scattering of the qu

FutureGen Quantum on Instagram: "This Python code simulates the quantum double-slit experiment, which numerically solves the time-dependent Schrödinger equation. It models a single electron (or particle) traveling through a two-dimensional potential that mimics a double-slit barrier—two narrow openings through which the particle’s wavefunction can pass. The wavefunction is initialized as a Gaussian wave packet with momentum directed toward the slits, and the simulation tracks how it evolves over

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