Computer Science • Series
Introduction to Quantum Computing
SL
BM
Brook M
This series ended on September 2, 2023. All 1:1 and group chats related to this series are disabled 7 days after the last session.
Series Details
About
Enroll in a fascinating journey into the world of quantum computing with this comprehensive series. Designed for curious minds and aspiring quantum enthusiasts, this series will unravel the mysteries of quantum mechanics and provide a solid foundation in quantum computing principles and applications.
Throughout the twelve sessions, you will explore the fundamental concepts of quantum computing, step-by-step, starting with an introductory session that demystifies the basics. We'll delve into the classical and quantum stacks, examining how quantum computing differs from classical computing and exploring the building blocks of quantum algorithms.
Sessions three and four will introduce you to the intriguing world of quantum mechanics. You'll grasp the essential principles, such as superposition and entanglement, and understand how they form the bedrock of quantum computing.
In sessions five and six, get hands-on experience with Qiskit, a popular open-source quantum computing framework. You'll learn to work with qubits and construct quantum circuits, giving you the practical skills to manipulate quantum information.
As the series progresses, we'll explore advanced topics, including multi-qubit circuits and quantum algorithms. You'll have the opportunity to implement a quantum algorithm using Qiskit and witness its potential for solving complex problems more efficiently than classical algorithms.
We'll also explore exciting applications of quantum computing, such as quantum key distribution, which ensures secure communication, and delve into the realm of quantum computing hardware, examining the technologies driving this cutting-edge field.
In the penultimate session, we'll review the key concepts covered throughout the series, reinforcing your understanding of quantum computing. Finally, we'll explore the past, present, and future of quantum computing, discussing recent advancements, ongoing research, and the potential impact on various industries.
For some sessions, it would be good to know some basic Python knowledge, such as variables, loops, and functions. But it is optional to know Python, as you will not need to know Python to be able to follow.
Tutor Qualifications
I have graduated from a year-long quantum computing course
✋ ATTENDANCE POLICY
You must attend all sessions in this series unless you have an actual conflict. In that case, Please message me in advance so that I can see if I can create a catch-up session. You will be withdrawn from the series if you have more than 2 unexcused absences in a row.
Dates
July 8 - September 2
Learners
24 / 30
Total Sessions
15
About the Tutor
SL
BM
Hi, I'm a junior from Ethiopia. I mainly teach Algebra I, but I also host a quantum computing series.
View Brook M's Profile
Upcoming Sessions
0
Past Sessions
15
8
Jul
O
Session 1
Orientation
Introduction to Quantum Computing
Discover the basics of quantum computing, including its principles, advantages, and potential impact. Gain an understanding of key terms and concepts that form the foundation of this revolutionary field.
9
Jul
O
Session 2
Orientation
Introduction to Quantum Computing
Discover the basics of quantum computing, including its principles, advantages, and potential impact. Gain an understanding of key terms and concepts that form the foundation of this revolutionary field.
15
Jul
CS
Session 3
Computer Science
Classical and Quantum Stacks
Dive into a comparison between classical and quantum stacks, exploring the fundamental differences and unique characteristics of both. Explore how quantum computing harnesses the power of quantum mechanics to solve complex problems.
16
Jul
P
Session 4
Physics
Introduction to Quantum Mechanics I
Delve into the intriguing realm of quantum mechanics, where particles behave in mysterious ways. Explore concepts like superposition and entanglement, laying the groundwork for quantum computing principles.
21
Jul
P
Session 5
Physics
Introduction to Quantum Mechanics II
Transition into the captivating realm of the "whys" of quantum computing. Delve deeper into the motivations and rationales behind leveraging quantum mechanics for computation. Unveil the inherent advantages that quantum mechanics offers, allowing us to tackle complex problems with remarkable efficiency.
28
Jul
CS
Session 6
Computer Science
Qubits to Quantum Circuit (possibly a lab with Qiskit)
Take a hands-on approach as you learn to manipulate quantum bits, or qubits, and construct quantum circuits. Utilize Qiskit, a powerful quantum computing framework, to implement and experiment with quantum algorithms.
29
Jul
P
Session 7
Physics
Quantum Measurement (possibly a lab with Qiskit)
Uncover the intricacies of quantum measurement and how it influences quantum systems. Engage in practical experiments using Qiskit to observe the outcomes of quantum measurements and gain insights into quantum phenomena.
4
Aug
P
Session 8
Physics
Quantum Measurement
Uncover the intricacies of quantum measurement and how it influences quantum systems.
5
Aug
CS
Session 9
Computer Science
Introduction to Quantum Algorithms and Protocols (implementation of one in Qiskit
Explore the world of quantum algorithms and protocols. Discover what they are and their differences.
11
Aug
CS
Session 10
Computer Science
Multi-Qubit Circuits
Extend your knowledge to multi-qubit systems and explore their complexities and possibilities. Dive into concepts like quantum gates, and entanglement in multi-qubit circuits.
12
Aug
CS
Session 11
Computer Science
Introduction to Quantum Algorithms and Protocols
Explore the world of quantum algorithms and protocols. Discover what both are and their key differences.
20
Aug
CS
Session 12
Computer Science
Quantum Key Distribution
Unravel the intriguing field of quantum cryptography and understand how quantum principles are utilized to achieve secure communication. Explore quantum key distribution protocols and their role in ensuring information security.
25
Aug
CS
Session 13
Computer Science
Quantum Computing Hardware
Peek into the realm of quantum computing hardware and learn about different physical implementations of quantum systems. Gain insights into the challenges and advancements in quantum hardware development.
27
Aug
R
Session 14
Review
Review
Consolidate your knowledge as you engage in a comprehensive review session, reinforcing the key concepts and principles covered throughout the series. Solidify your understanding and address any lingering questions.
2
Sep
CS
Session 15
Computer Science
Quantum Computing: Past, Present & Future
Conclude your journey by exploring the historical milestones, current state-of-the-art, and exciting possibilities that lie ahead in the field of quantum computing. Reflect on the impact quantum computing may have on various industries and imagine the future it holds.