Upcoming Sessions
Past Sessions
3 Series
19 Sessions
CS
Computer Science · session
Quantum Computing 101: THE NEXT BIG THING
Join us for an immersive quantum computing tutorial session, where we will delve into the captivating world of quantum mechanics and its potential to revolutionize computing. Take 45 minutes to discover what tech giants like Microsoft, Google, IBM, Amazon, and Intel are so crazy about and why they are investing billions of dollars into this growing industry.
In this pilot class, we will provide a comprehensive introduction to the field, exploring key concepts such as superposition and entanglement. Discover the fundamental differences between classical and quantum computers, and unravel the unique problem-solving abilities of quantum computing.
Through engaging discussions, we will shed light on the current state of quantum computing and its promising future. Gain a solid understanding of the basics, empowering you to grasp how quantum computing can reshape the landscape of information technology.
We are also going to have an interactive game quiz at the end of the session to test your knowledge.
Don't miss out on this opportunity to explore the limitless possibilities of quantum computing. Reserve your spot now! DM me if the time isn't convenient for you :)
Key takeaways:
Understanding the core principles of quantum mechanics
Differentiating classical and quantum computers
Unveiling the problem-solving capabilities of quantum computing
Grasping the current state and future prospects of quantum computing
BL
DO
David O
0
Session ended.
CS
Computer Science · session
Introduction to Quantum Computing
Join us for an immersive quantum computing tutorial session, where we will delve into the captivating world of quantum mechanics and its potential to revolutionize computing.
In this pilot class, we will provide a comprehensive introduction to the field, exploring key concepts such as superposition and entanglement. Discover the fundamental differences between classical and quantum computers, and unravel the unique problem-solving abilities of quantum computing.
Through engaging discussions, we will shed light on the current state of quantum computing and its promising future. Gain a solid understanding of the basics, empowering you to grasp how quantum computing can reshape the landscape of information technology.
By the end of the session, you will have unlocked the secrets of quantum computing, comprehending its distinct problem-solving approach and recognizing its transformative power. Embark on this journey into the quantum realm and unlock the potential of this cutting-edge technology.
Don't miss out on this opportunity to explore the limitless possibilities of quantum computing. Reserve your spot now!
Key takeaways:
Understanding the core principles of quantum mechanics
Differentiating classical and quantum computers
Unveiling the problem-solving capabilities of quantum computing
Grasping the current state and future prospects of quantum computing
BL
DO
David O
0
Session ended.
CS
Computer Science · session
Introduction to Quantum Computing
Join us for an immersive quantum computing tutorial session, where we will delve into the captivating world of quantum mechanics and its potential to revolutionize computing.
In this pilot class, we will provide a comprehensive introduction to the field, exploring key concepts such as superposition and entanglement. Discover the fundamental differences between classical and quantum computers, and unravel the unique problem-solving abilities of quantum computing.
Through engaging discussions, we will shed light on the current state of quantum computing and its promising future. Gain a solid understanding of the basics, empowering you to grasp how quantum computing can reshape the landscape of information technology.
By the end of the session, you will have unlocked the secrets of quantum computing, comprehending its distinct problem-solving approach and recognizing its transformative power. Embark on this journey into the quantum realm and unlock the potential of this cutting-edge technology.
Don't miss out on this opportunity to explore the limitless possibilities of quantum computing. Reserve your spot now!
Key takeaways:
Understanding the core principles of quantum mechanics
Differentiating classical and quantum computers
Unveiling the problem-solving capabilities of quantum computing
Grasping the current state and future prospects of quantum computing
BL
DO
David O
1
Session ended.
CS
Computer Science · session
Introduction to Quantum Computing
Join us for an immersive quantum computing tutorial session, where we will delve into the captivating world of quantum mechanics and its potential to revolutionize computing.
In this pilot class, we will provide a comprehensive introduction to the field, exploring key concepts such as superposition and entanglement. Discover the fundamental differences between classical and quantum computers, and unravel the unique problem-solving abilities of quantum computing.
Through engaging discussions, we will shed light on the current state of quantum computing and its promising future. Gain a solid understanding of the basics, empowering you to grasp how quantum computing can reshape the landscape of information technology.
By the end of the session, you will have unlocked the secrets of quantum computing, comprehending its distinct problem-solving approach and recognizing its transformative power. Embark on this journey into the quantum realm and unlock the potential of this cutting-edge technology.
Don't miss out on this opportunity to explore the limitless possibilities of quantum computing. Reserve your spot now!
Key takeaways:
Understanding the core principles of quantum mechanics
Differentiating classical and quantum computers
Unveiling the problem-solving capabilities of quantum computing
Grasping the current state and future prospects of quantum computing
BL
DO
David O
5
Session ended.
CS
Computer Science · session
Introduction to Quantum Computing
Join us for an immersive quantum computing tutorial session, where we will delve into the captivating world of quantum mechanics and its potential to revolutionize computing.
In this pilot class, we will provide a comprehensive introduction to the field, exploring key concepts such as superposition and entanglement. Discover the fundamental differences between classical and quantum computers, and unravel the unique problem-solving abilities of quantum computing.
Through engaging discussions, we will shed light on the current state of quantum computing and its promising future. Gain a solid understanding of the basics, empowering you to grasp how quantum computing can reshape the landscape of information technology.
By the end of the session, you will have unlocked the secrets of quantum computing, comprehending its distinct problem-solving approach and recognizing its transformative power. Embark on this journey into the quantum realm and unlock the potential of this cutting-edge technology.
Don't miss out on this opportunity to explore the limitless possibilities of quantum computing. Reserve your spot now!
Key takeaways:
Understanding the core principles of quantum mechanics
Differentiating classical and quantum computers
Unveiling the problem-solving capabilities of quantum computing
Grasping the current state and future prospects of quantum computing
BL
DO
David O
2
Session ended.
P
Physics · session
Physics
In this pilot quantum computing class, we will cover a range of topics to provide a comprehensive introduction to the field. We will start with an overview of quantum mechanics and its fundamental principles, including superposition and entanglement. Furthermore, we will discuss the current state of quantum computing and the exciting prospects for its future development. By the end of the class, students will have a solid understanding of the basics of quantum computing and its potential to transform computing and information technology.
BL
DO
David O
1
Session ended.
CS
Computer Science · session
Computer Science
In this pilot quantum computing class, we will cover a range of topics to provide a comprehensive introduction to the field. We will start with an overview of quantum mechanics and its fundamental principles, including superposition and entanglement. Furthermore, we will discuss the current state of quantum computing and the exciting prospects for its future development. By the end of the class, students will have a solid understanding of the basics of quantum computing and its potential to transform computing and information technology.
BL
DO
David O
2
Session ended.
Df
Calculus · session
Differentiation: composite, implicit, and inverse functions
Hey all! For this session, I would like us to focus on implicit differentiation using first and second-order derivatives. However, if you have any other topic in this unit you would like us to work on, please let me know, and we can work on that as well. We would review Khan Academy practice problems and discuss some fundamental concepts needed for this topic. Thanks for your interest, and can't wait to see you there!
BL
DO
David O
1
Session ended.
GQ
Pre-Algebra · session
General Pre-Algebra Q&A
Hey guys! Glad you are interested in joining this session. We will solve Khan Academy Pre-Algebra practice questions together and walk through interesting real-world application questions toward the end of the session. For those planning to take the SAT, we could also review past questions centered around these topics.
I am looking forward to seeing you all!
BL
DO
David O
0
Session ended.
Dr
Calculus · session
Differentiation: definition and basic derivative rules
We'll review the basic derivative rules in Calculus, discussing the power rule, sum and difference rules, constant, constant multiples, product, and quotient rule, and derivatives of trig functions. We can focus on specific areas and strengthen our skills in them if you have any. This class is great for those new to calculus or needing a general review. See you on Wednesday!
BL
DO
David O
0
Session ended.
Dr
Calculus · session
Differentiation: definition and basic derivative rules
We'll review the basic derivative rules in Calculus, discussing the power rule, sum and difference rules, constant, constant multiples, product, and quotient rule, and derivatives of trig functions. We can focus on specific areas and strengthen our skills in them if you have any. This class is great for those new to calculus or needing a general review. See you on Saturday!
BL
DO
David O
0
Session ended.
GQ
Pre-Algebra · session
General Pre-Algebra Q&A
Hey guys! Glad you are interested in joining this session. We will solve Khan Academy Pre-Algebra practice questions together and walk through interesting real-world application questions toward the end of the session.
Looking forward to seeing you all!
BL
DO
David O
0
Session ended.
GQ
Pre-Algebra · session
General Pre-Algebra Q&A
We'll go through practice problems on Khan Academy, and you can bring other problems for us to solve together.
BL
DO
David O
0
Session ended.
Df
Calculus · session
Differentiation: composite, implicit, and inverse functions
Hey all! For this session, I would like us to focus on implicit differentiation using first and second-order derivatives. However, if you have any other topic in this unit you would like us to work on, please let me know, and we can work on that as well. We would review Khan Academy practice problems and discuss some fundamental concepts needed for this topic. Thanks for your interest and can't wait to see you there!
BL
DO
David O
0
Session ended.
Dr
Calculus · session
Differentiation: definition and basic derivative rules
We'll review the basic derivative rules in Calculus. We will discuss the power rule, sum and difference rules, constant, constant multiples, product and quotient rule, and derivatives of trig functions. We can focus on specific areas if you have any and strengthen our skills in them. This class is great for those who are new to calculus or might need a general review. See you on Monday!
BL
DO
David O
5
Session ended.
Fm
Pre-Algebra · session
Factors and multiples
I will introduce Pre-Algebra to you, exploring the concepts of factors and multiples. We will review practice questions, and you can bring any questions you may have!
BL
DO
David O
0
Session ended.
Df
Calculus · session
Differentiation: composite, implicit, and inverse functions
This is a Q&A session! Feel free to bring any questions or problems with this topic. We would take a look and solve them together. If there are no questions, we will have a review session and solve some practice problems! I hope this session gives you more confidence around this topic.
BL
DO
David O
0
Session ended.
Dr
Calculus · session
Differentiation: definition and basic derivative rules
We'll go through practice problems and look at foundational concepts of differentiation. This is perfect for those who are new to calculus or want a unit review
BL
DO
David O
1
Session ended.
GQ
Pre-Algebra · session
General Pre-Algebra Q&A
We'll go through practice problems on Khan Academy, and you can bring other problems for us to solve together.
BL
DO
David O
1
Session ended.