The Quantum Masterclass Series
7 MIT Certificates
5 Courses
One elite quantum journey with MIT
Start with strategy. Master quantum computing end-to-end. Earn 7 MIT certificates across 5 world-class courses—all in one exclusive discounted bundle.
Why This Bundle?
Quantum computing is rapidly moving from theory to enterprise application. Organizations urgently need professionals and leaders who are quantum-ready.
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~13.5 CEUs
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Hands-on with IBM Qiskit and IBM Quantum Experience
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Flexible payment options available.
Save $2,375 with promo code: HORIZONX
What’s Included — In Learning Order
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Course 1: Quantum Computing: Strategy and Impact (executive track)
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Course 2: Introduction to Quantum Computing
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Course 3: Quantum Algorithms for Cybersecurity, Chemistry, and Optimization
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Course 4: Practical Realities of Quantum Computation and Quantum Communication
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Course 5: Requirements for Large-Scale Universal Quantum Computation
You will earn 7 MIT certificates upon completion.
Unlock the Best Deal with the Quantum Bundle
Take your quantum knowledge to the next level — and save big while doing it.
By adding these three powerhouse programs to your cart and applying the promo code HORIZONX at checkout, you’ll unlock massive savings on the complete bundle.
Included Programs
1 - Quantum Computing: Strategy and ImpactPrice: $1,500.00
Discount: -$225.00
Your Price: $1,275.00
2- Quantum Computing Fundamentals
Price: $2,500.00
Discount: -$375.00
Your Price: $2,125.00
3 - Quantum Computing Realities
Price: $2,500.00
Discount: -$375.00
Your Price: $2,125.00
Bundle Price
- Total Cost: $5,525
- Total Savings: $2,375
(compared to buying separately)
If purchased separately: $7,900
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Course 1: Quantum Computing: Strategy and Impact — $1,500
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Course 2: Introduction to Quantum Computing — $1,600
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Course 3: Quantum Algorithms for Cybersecurity, Chemistry, and Optimization — $1,600
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Course 4: Practical Realities of Quantum Computation and Quantum Communication — $1,600
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Course 5: Requirements for Large-Scale Universal Quantum Computation — $1,600
How to Claim Your Discount
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Add the three courses above to your cart.
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Enter promo code HORIZONX at checkout.
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Enjoy instant savings and start learning from the best minds in quantum computing.
🎓 Don’t miss this chance to master the technology that’s shaping the future — at the best price available.
1
Quantum computing is no longer theoretical—and while its full impact is still unfolding, business leaders need to understand what’s coming and why it matters.
This 10-hour online course from MIT xPRO offers a clear, accessible introduction to the core concepts of quantum computing and the current state of the field. You’ll explore how quantum technologies differ from classical ones, learn about leading hardware platforms and cryptographic implications, and consider how quantum may influence industries and decision-making in the years ahead.
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Introduction to Quantum Computing
Gain a foundational understanding of quantum computing and how it differs from classical computation. This course explores the engineering challenges of building quantum computers and the critical technologies required for their functionality. You will also assess potential business applications for quantum computing, equipping you to evaluate its transformative potential for organizations and industries.
3
Quantum Algorithms for Cybersecurity, Chemistry, and Optimization
Explore the transformative potential of quantum algorithms in solving complex problems in cybersecurity, chemistry, and optimization. This course examines the performance advantages of quantum algorithms over classical ones, the engineering requirements for their implementation, and the scientific limits they face. Gain insights into the technology needed to run large-scale quantum algorithms and their implications for real-world applications.
4
Practical Realities of Quantum Computation and Quantum Communication
Examine the real-world constraints and opportunities in quantum computation and communication technologies. This course provides an in-depth look at the tradeoffs between trapped ion and superconducting qubit quantum computers, typical coherence times, and achievable gate counts. You will also explore the physical limits of quantum coherence and communication over optical fibers while evaluating technology options using atoms, photons, and superconductors.
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Requirements for Large-Scale Universal Quantum Computation
Dive into the foundational principles needed to achieve large-scale universal quantum computation. This course explores the critical role of fault tolerance, introduces quantum error correction codes and their parameters, and examines the scientific basis for various code families. You will also gain insights into strategies for mitigating systematic and random errors, enabling a deeper understanding of how to scale quantum systems effectively.
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