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Simon Allardice

Quantum Computing is one of the most talked-about technologies of recent years–but often misunderstood. Here, quickly get up to speed on quantum computing, and explore the ideas, the benefits—and a few hazards—of this new technology.

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Quantum Computing is one of the most talked-about technologies of recent years–but often misunderstood. Here, quickly get up to speed on quantum computing, and explore the ideas, the benefits—and a few hazards—of this new technology.

In this short, fast-paced Executive Briefing, you’ll quickly get a pragmatic, practical understanding of quantum computing: how it works, what makes it different from normal, "classical" computing—and most importantly, the kinds of problems it can help solve. We’ll explore the real-world impacts of quantum computing—and focus on the kinds of things this now makes possible. We’ll begin by diving into the kinds of problems that regular computers aren't good at—and see how quantum computing changes that. Then, we'll cover the most important terms and ideas unique to this, like qubits, superposition, and entanglement. Finally, we’ll explore why so many are worried about the impact of quantum computing on the security of our data. When you’re finished with this course, you’ll have a much better understanding of quantum computing—and what to expect in the coming years.

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What's inside

Syllabus

Quantum Computing: Executive Briefing

Good to know

Know what's good
, what to watch for
, and possible dealbreakers
Introduces core principles of quantum computing while staying pragmatic, offering a clear picture of its potential impacts
Led by Simon Allardice, an established instructor in technology and computing
Suitable for learners with little to no prior knowledge of quantum computing

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Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Quantum Computing: Executive Briefing with these activities:
Read: Quantum Computing Explained
Explore the basic concepts of quantum computing, including the relationship between qubits and bits, the idea of superposition, and the potential impacts of quantum computing in many sectors.
Show steps
  • Read the introduction and first three chapters of Quantum Computing Explained
  • Complete the interactive exercises at the end of each chapter
  • Take notes on the key concepts and their implications
  • Discuss your understanding with a peer or mentor
Connect with Quantum Computing Experts
Expand your knowledge and perspectives by seeking guidance and insights from professionals in the field of quantum computing.
Browse courses on Quantum Computing
Show steps
  • Identify potential mentors who are actively involved in quantum computing research or industry
  • Reach out to these individuals via email or LinkedIn, expressing your interest in connecting and learning from them
  • Prepare specific questions you would like to ask during your mentorship sessions
Explore Quantum Computing Simulations
Gain practical experience with quantum computing concepts through interactive simulations and tutorials.
Browse courses on Quantum Computing
Show steps
  • Find online platforms or software that provide quantum computing simulations
  • Choose simulations that align with your learning goals and interests
  • Follow the instructions provided in the simulations and explore different parameters and scenarios
  • Analyze the results and compare them with theoretical predictions
Four other activities
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Solve Quantum Computing Exercises
Deepen your understanding of quantum computing principles through hands-on exercises and problem-solving.
Browse courses on Quantum Computing
Show steps
  • Find online resources or textbooks that provide quantum computing exercises
  • Choose exercises that cover different aspects of quantum computing, such as qubit manipulation, quantum gates, and quantum algorithms
  • Solve the exercises and check your solutions against provided answer keys or consult with experts
Quantum Computing Code Challenges
Enhance your understanding of quantum computing by applying your coding skills to solve real-world problems and challenges.
Browse courses on Quantum Computing
Show steps
  • Identify online platforms or competitions that offer quantum computing code challenges
  • Select challenges that match your skill level and interests
  • Implement and test your solutions using quantum computing libraries or simulators
  • Evaluate your results and compare them with other participants
Develop a Quantum Computing Presentation
Synthesize your knowledge of quantum computing by creating a presentation that explains the key concepts and their potential applications to a specific industry or domain.
Browse courses on Quantum Computing
Show steps
  • Choose a specific topic within quantum computing that you want to focus on
  • Research the topic thoroughly and gather relevant information from credible sources
  • Develop an outline for your presentation, including an introduction, body, and conclusion
  • Create slides that visually represent your key points and include relevant examples and illustrations
  • Practice your presentation and seek feedback from peers or mentors
Build a Quantum Computing Application
Apply your knowledge and skills to develop a functional quantum computing application that addresses a specific problem or need.
Browse courses on Quantum Computing
Show steps
  • Define the problem or need that your application will address
  • Design and implement the quantum algorithm or protocol that will form the core of your application
  • Develop the user interface and any necessary supporting components
  • Test and refine your application to ensure it meets the desired requirements
  • Deploy and share your application with the community

Career center

Learners who complete Quantum Computing: Executive Briefing will develop knowledge and skills that may be useful to these careers:
Quantum Computing Scientist
Getting into quantum computing can be as easy as taking a course on the topic. Quantum Computing: Executive Briefing is a great stepping stone into working as a Quantum Computing Scientist. By the end of its lessons, you will be acquainted with ideas and impacts of quantum computing. You'll also have a clearer understanding of what quantum computing can achieve, benefits and hazards included. This course is an excellent choice for a start in quantum computing.
Software Developer
Are you a Software Developer looking to make a career pivot into quantum computing? If so, taking a course like Quantum Computing: Executive Briefing will help you break into this exciting field. This course teaches key concepts and terms, and explores real-world uses of quantum computing technology. With this knowledge, you can begin building practical applications for software development.
Data Scientist
Data Scientists pursuing a career break into quantum computing will greatly benefit from Quantum Computing: Executive Briefing. This course is a great foundation for anyone trying to learn quantum computing. It explores uses of the technology, and gives attention to the security implications of quantum computing in our data-driven world. By enrolling in this course, you'll take a big step forward into working with quantum computing.
Systems Analyst
Systems Analysts looking to level up their career with knowledge of quantum computing should enroll in Quantum Computing: Executive Briefing. By the time you finish this course, you'll have a better idea of quantum computing, how it can be a benefit, and how it may pose hazards. You will also have a better understanding of terms like qubits, superposition, and entanglement, which are key to understanding quantum computing.
Computer Scientist
If you're a Computer Scientist eager to learn about quantum computing, Quantum Computing: Executive Briefing is a course designed for you. It is a great introduction to all things quantum computing, perfect for beginners. This course will help build a foundation in quantum computing, and sharpen your understanding of the potential this new technology offers.
Consultant
Are you a Consultant looking for a better understanding of quantum computing? Take this course to learn more about its applications and potential impact. Quantum Computing: Executive Briefing is an excellent foundation for anyone looking to enter the quantum computing career field. Breaking down complex terminology and ideas, this course will give you a competitive edge in the consulting marketplace.
Product Manager
Quantum Computing: Executive Briefing is an essential course for Product Managers who want to stay ahead of the curve in quantum computing. By learning about the basics of quantum computing, you'll be better equipped to make informed decisions about how to incorporate it into your products. This course may also give you an advantage when competing with other candidates in job interviews.
Business Analyst
Business Analysts who wish to expand their knowledge of quantum computing should enroll in Quantum Computing: Executive Briefing. This course provides a solid conceptual foundation to help you understand the technology. This understanding can prove a major asset in a field that is constantly evolving. As a Business Analyst, you may also gain an edge over competitors when applying to new positions.
Data Architect
Data Architects who seek knowledge in quantum computing should enroll in Quantum Computing: Executive Briefing. By taking this course, you'll be taking a step toward learning about how quantum computing can change the field of data architecture. This can be very helpful if your organization plans to adopt quantum computing in the future. Implementing a foundational understanding of quantum computing can give you an edge over others.
Engineering Manager
Quantum Computing: Executive Briefing is a great choice for Engineering Managers who want to know more about quantum computing. This course will help you understand its potential and challenges. It may also give you an advantage when making decisions about how to use quantum computing in your organization.
Information Technology Manager
Quantum Computing: Executive Briefing is an excellent option for Information Technology Managers who wish to stay updated on the latest trends in quantum computing. This course will help build a solid foundation in the fundamentals of quantum computing. It can also provide you with an edge when trying to evaluate new technologies for your organization.
Professor
Are you a Professor seeking to implement teaching quantum computing in your curriculum? If so, Quantum Computing: Executive Briefing is a helpful resource. Its overview of quantum computing will boost your foundational knowledge. This will give you a strong starting point when designing your course materials. By reading the course description, you'll also get a better idea of topics that your students may find interesting.
Researcher
Quantum Computing: Executive Briefing may be of help to Researchers who seek to expand knowledge of quantum computing technology. With this course, you'll walk away with a thorough understanding of how quantum computing works. That knowledge can serve as a solid first step for your research, especially if you plan to enter the quantum computing field.
Analyst
Quantum Computing: Executive Briefing is a great option for Analysts who are curious about quantum computing. By taking this course, you will build a foundational understanding. That understanding may prove valuable as quantum computing continues to grow.

Reading list

We've selected six books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Quantum Computing: Executive Briefing.
This graduate-level textbook covers the fundamental principles of quantum information and quantum computing, and is often considered to be the primary reference on the subject.
This graduate-level textbook comprehensive reference covering a broad range of topics in quantum information theory, including error correction, quantum communication, and quantum cryptography.
This comprehensive introductory text focuses on practical applications of quantum computing and includes code examples for the reader to learn how to apply quantum computing algorithms to solve real problems.
Provides an accessible introduction to the computational aspects of quantum computing for readers with a background in computer science.
This text provides an accessible introduction to the mathematical and physical concepts underlying quantum computing.
Examines the historical development of quantum computing, including the challenges and advancements made in the field.

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