This introductory lesson lays the groundwork by revisiting the basics of classical computing. You'll explore how traditional computers operate, focusing on the role of transistors, logic gates, and the limitations of current technology.

Building on the previous lesson, this session introduces quantum computing, explaining how it leverages quantum mechanics to perform complex operations far beyond the capabilities of classical computers. You'll gain a high-level understanding of qubits, superposition, and quantum entanglement.

With the fundamentals of quantum computing covered, this lesson explores its potential real-world applications. You'll discover how quantum computing can revolutionize fields like data analysis, simulations, and IT security, while also considering the current barriers to widespread adoption.

This lesson shifts focus to neuromorphic engineering, a frontier technology inspired by the human brain. You'll explore how this technology differs from traditional computing by mimicking neural networks to achieve vastly greater efficiency and scalability.

This final lesson delves into the potential business applications of neuromorphic engineering. You'll explore how this technology could advance AI, IoT, and sensor technologies, while also addressing the current challenges and future possibilities of this innovative technology.