Understanding the Quantum Orders, Patterns, and Superpositioning in Effect on the Process of Photosynthesis and Plant’s Growth

Abstract

In this unit, I encourage discussions through debates in my class to explore different configurations and record observations that illustrate the principles of quantum entanglement through real-world applications. While I am eager to introduce the involvement of quantum mechanics in plant growth, I would like to recommend to my students to observe the effects of measurements on the entangled state. I will guide my students to use a quantum simulation platform, which will allow me to explain the basics of quantum mechanics.
To make the learning process engaging, I will introduce interactive activities such as the tic-tac-toe game, the Plinko quantum board, and the use of polarizing filters. These activities will help students understand how a single photon reaches different parts of the plant necessary for its growth. By combining debates, hands-on experiments, and simulations, students will gain a deeper understanding of both quantum mechanics and its applications in biology.