In this assignment, you are required to apply Jones calculus to understand the working principles of a transflective LCD display, commonly found in digital watches and calculators. Please refer to the structure of the LCD display using the schematic available at the indicated Wikipedia link Ex. Your task involves two primary objectives: 1. Demonstrate how a segment on the LCD screen becomes visible (turned on) or invisible (turned off) by activating or deactivating the twisted nematic (TN) liquid crystal layer. 2. Identify all the Jones matrices corresponding to the optical elements in the LCD display involved in this process. To complete this assignment, you should execute the following steps: 1. Examine the Wikipedia schematic to understand the architecture of a transflective LCD display. 2. Apply Jones calculus to model the passage of light through the various layers and elements of the LCD. 3. Specifically, identify the Jones matrices for each component, such as the polarizers, liquid crystal layer, and other relevant elements. 4. Use the identified Jones matrices to describe how the TN liquid crystal layer is activated or deactivated to make a segment on the screen visible or invisible (i.e., perform martix multiplication). Note: Detailed calculations are expected as part of your submission to demonstrate your understanding of the topic. For BME 5560 students, I would like you to repeat this exercise using Stoke vectors and Muller Matrices