Splash Biography

This introductory course invites you to dive into the fascinating world of quantum algorithms! Essential math concepts—such as vectors and matrices—will be broken down in simple terms, demonstrating how they serve as the foundation of quantum computing. You’ll discover what qubits are, how quantum gates operate, and why quantum computers can tackle problems more quickly than classical computers. Through this class, you’ll gain a foundational understanding of how quantum algorithms harness the power of superposition and matrix operations to perform remarkable calculations.

Photonics is the science of generating, manipulating, and measuring light. In this class, we'll dive into how lasers work—how they generate intense beams of light using stimulated emission—and explore fiber optics, which allow us to transmit light over long distances with minimal loss. The implications of these technologies are powerful and wide-reaching. Get ready to understand the physics behind how we control and use light in our everyday world.

This introductory course invites you to dive into the fascinating world of quantum algorithms! Essential math concepts—such as vectors and matrices—will be broken down in simple terms, demonstrating how they serve as the foundation of quantum computing. You’ll discover what qubits are, how quantum gates operate, and why quantum computers can tackle problems more quickly than classical computers. Through this class, you’ll gain a foundational understanding of how quantum algorithms harness the power of superposition and matrix operations to perform remarkable calculations.