Quantum Science Ebook Series
Making quantum physics and computing accessible—one high school-friendly ebook at a time. This student-led series breaks down complex quantum topics into clear, engaging editions designed for learners everywhere.
About The Author
My name is Arnav Janeesh, and I'm a high school student passionate about making quantum science accessible to all learners. I serve as the President of my school's Quantum Computing Club and Vice President of our Science Olympiad team. I also founded the Robbinsville Quantum Initiative (RQI), a student-led program launched in collaboration with Rutgers University and Professor Mario Szegedy. Through RQI, we’ve introduced quantum topics to younger students through interactive workshops and presentations. This ebook series continues that mission—breaking down complex quantum ideas into clear, approachable content for students everywhere.
About The Series
This ebook series simplifies complex quantum topics into accessible introductions for high school students and beginner college learners. The goal isn’t to turn readers into quantum experts, but to provide a clear, engaging entry point into one of the most exciting fields in science.Quantum science is becoming more prevalent in our world, with real-world applications in computing, encryption, and beyond. Companies like Microsoft are even developing advanced technologies like the Majorana chip, aiming to revolutionize how quantum computers operate.For credibility, this series has been shared with and reviewed by faculty from institutions such as the University of Florida, Rutgers, and Rice University. All content is carefully sourced and thoroughly reviewed to ensure accuracy as we continue working to expand and grow the project.
#1: Wave Particle Duality
Discover how light and matter behave as both particles and waves. This edition explores one of quantum physics’ most mind-bending principles through easy-to-follow explanations, real-world experiments, and student-friendly visuals.
#2: Quantum States
What does it really mean for a particle to exist in multiple states at once? This edition introduces quantum states through wavefunctions, superposition, and measurement. Understand how particles are described by probability and how wavefunctions capture their behavior until observed.
#3: Quantum Entanglement
When particles communicate without speaking. Explore quantum entanglement and how it connects particles across space. Includes famous thought experiments, real-world uses, and why it’s key to quantum communication.
#4: Quantum Tunneling
How do particles pass through barriers they shouldn’t? Dive into quantum tunneling, one of the most fascinating quantum effects, explained through simple visuals and complex mathematical relationships broken down.
#5: Quantum Gate Operators ( Down For Maintenance )
The building blocks of quantum computing—demystified. This edition introduces core quantum gates like the Hadamard, Pauli, and CNOT, with diagrams and examples that show how they manipulate qubits to perform quantum logic.
Future Editions:
Schrodinger EquationQuantum Key DistributionDifferent Qubit EditionsQuantum GravityIf there is a specific idea you would like to see, scroll below!
Further Contact
For feedback or inquiries / requests for the creation of newer ebook editions, fill out the following form, and we will get back to you shortly.
For educators interested in implementing quantum education into their curricula/institutions to any extent, please send an email to the contact below. We would be glad to help!Questions pertaining to involvement in the RQI collaboration with Rutgers can also be addressed through contacting the email