Function to simulate the movement of the Higgs boson in a field

Explanation:

• Initialization: We define a higgsBoson object with initial coordinates (0, 0, 0) to represent its position in three-dimensional space.
• Movement Simulation: The updatePosition function simulates the random movement of the Higgs boson by adjusting its x, y, and z coordinates. The movement is randomized to mimic particle motion.
• Iteration: We simulate the movement over 10 iterations using a for loop, calling updatePosition in each iteration to update and log the position.
• Output: The console will display the Higgs boson's position at each step, showing how it moves through space.

Note: This is a highly simplified simulation intended to represent the concept of particle movement in a field. The actual behavior of the Higgs boson involves complex quantum field theory and cannot be accurately modeled with classical code. For more accurate simulations, specialized software and a deeper understanding of particle physics are required.

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