<ul><li>The code snippet demonstrates the Dual Sheet Model (DSM) incorporating real-world data and equations for dark energy studies.</li><li>Real-world data for dark energy values and Hubble parameters are provided for analysis and comparison.</li><li>The code includes interpolations, optimizations, and calculations of observables like effective w(z) and H(z).</li><li>Functions for potentials, densities, Hubble parameters, derivatives, and chi-squared objective are defined and utilized.</li><li>The code optimizes parameters for the DSM using the Nelder-Mead method and presents best-fit parameters lambda, m, and m_tilde.</li><li>Simulations are run with the optimized parameters to compute w(z) and H(z) values for comparison with observational data.</li><li>Plots are generated to show the results of w(z) and H(z) from the DSM simulation against observational data from DESI, CMB, Planck, and Union3.</li><li>The plots illustrate the Dark Energy Equation of State and the Hubble Parameter comparison between DSM and observations.</li></ul>

The Dual Sheet Model incorporates real world data: Updated code

Discover more