Qubic Edge Institute
Quantum Annealing
How annealing-based quantum systems tackle real-world optimization problems.
How annealing-based quantum systems solve optimization problems
Where annealing differs from gate-based quantum computing
Practical use cases in logistics, finance, and scheduling
What You’ll Learn
- 1
How quantum annealing is architecturally different from gate-based quantum computing
- 2
The physics behind annealing-based optimization, explained without requiring a technical background
- 3
D-Wave’s systems and how enterprise customers access them today
- 4
Real deployments: how Volkswagen and JPMorgan have applied annealing to optimization problems
- 5
Logistics, finance, and scheduling use cases where annealing shows practical results now
- 6
Where annealing’s advantages end and gate-based approaches take over
- 7
Evaluating whether your organization has an annealing-shaped optimization problem
15 Modules
Full curriculum
Permanent Access
No subscription
MIT xPRO
Credentialed instruction
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Frequently Asked Questions
Permanent access after purchase. No subscription.
Instructor: Joel F. Kremer, CEO and Founder
One-time payment
€299