This podcast program explains quantum computing, highlighting its potential to revolutionize various fields through its use of qubits and superposition. The immense speed and complexity-solving capabilities are contrasted with current challenges such as qubit fragility, error rates, and high costs.

Potential benefits include advancements in drug discovery, cryptography, and artificial intelligence, alongside the serious threat of quantum computers breaking current encryption methods.

The discussion concludes with a look at the future of quantum computing, including commercialization and the development of a quantum internet.

What is Quantum Computing?: (0:28)

What is a Qubit: (0:46)

How Does It Work: (1:10)

Unbreakable Encryption: (1:57)

Major Hurdles: (2:45)

Super Cold Computing: (2:55)

Entanglement Definition: (3:40)

Quantum Resistant Encryption: (5:00)

How Quantum Computers Are Built: (6:20)

Super Conductive Circuits: (6:30)

Qubit Sensitivity: (7:10)

Design Complexities: (7:38)

Quantum Software Programming: (8:20)

Positive Applications: (9:25)

Business Quantum Computers: (10:05)

Building A Quantum Workforce: (11:05)

Ethical Considerations: (12:00)

The Quantum Internet: (13:05)

Distributed Quantum Computing: (14:15)

Quantum Enhanced Artificial Intelligence: (15:20)