Join Us for the Celebration!
Welcome
Whether you’re just dipping your toes into the quantum pool or you’re already knee-deep in the science, we’ve brought together learning activities for many different levels.
Introduce yourself and others to the next technological revolution: the Quantum Age. Holding promise for advancements in topics ranging from cybersecurity to healthcare, Chattanooga and Hamilton County are getting ready for the future. Join us in learning more about this transformative technology! And register to be entered into a drawing to win one of five $150 Amazon gift cards for you, your favorite teacher or your favorite classroom!
Be part of completing
Learning activities between April 14 and May 31
Let’s build our collective
understanding of quantum technology.
Learning Activities & Counting
Register to enter our drawing for one of five $150 Amazon gift cards for you, your favorite teacher or your favorite classroom!
Register NowScroll down to browse learning resources like lessons and games for early learners and academic lectures for more advanced quantum explorers.
Video Learning
Quantum Advantage: Networking
Arizona State University’s Senior Director of Quantum Networking Dr. Joe Lukens, introduces the principles of quantum mechanics including entanglement, network demonstrations, and future applications.
Available for viewing now
Designed for Adult Learners
High School Design Challenge: AI Friendship Detector Project Launch
Quantum Physicist Dr. Duncan Earl explains the relationship between Artificial Intelligence, machine learning and quantum technology as he launches Tyner Academy students into a project designed by the Public Education Foundation and Hamilton County School teachers.
Check back for video!
Designed for Adult Learners
AI Friendship Detector Project Showcase
Quantum Physicist Dr. Duncan Earl explains the relationship between Artificial Intelligence, machine learning and quantum technology as he launches Tyner Academy students into a project designed by the Public Education Foundation and Hamilton County School teachers.
Check back for video!
Designed for Everyone
Why Quantum Technology?
Why quantum technology? Qubitekk’s Dr. Duncan Earl, chief scientist and architect for EPB Quantum Network, outlines use cases and potential benefits.
Please click here to RSVP for this event.
Monday, May 20 via Live Stream from Chattanooga State MCC 107-109
Designed for Everyone
What YOU can do with quantum science
What you can do with quantum science, featuring LeVar Burton, Astronaut John Cassada and more. Video made possible by the National Q-12 Education Partnership in conjunction with NASA, CalTech, IBM and others.
Available for viewing now
Designed for Everyone
This is Quantum
What is quantum and why does it matter? Our friends at the National Q-12 Education Partnership offer an introduction to quantum and how the science is already enriching our lives.
Available for viewing now
Designed for Everyone
Connect to the Quantum Age
Learn how EPB Quantum Network in Chattanooga, powered by Qubitekk, accelerates quantum tech development by providing a real-world fiber optic network for companies and researchers to run and validate quantum equipment and applications.
Available for viewing now
Learning Resources
Learn the Fun Way
Browse and access resources appropriate for K-12th grade in the modules below. And don’t forget to register for the drawing to win one of five $150 Amazon gift cards for you, your favorite teacher or your favorite classroom!
Hamilton County School Students: click here to access FabFolio and earn microcredentials in quantum. Just select Hamilton County and log in with Class link.
Designed for Grades K-3
What is Quantum Physics?
Provided by Tech Goes Home and the Enterprise Center, this lesson introduces students to quantum science, quantum scientists, and their benefit to society. It includes introductory elements of three of the six Tennessee K-8 Science Standard core principles: Foundational Concepts, Data and Analysis, and Impacts of Computing.
Download Now
Designed for Grades K-4
What is Quantum Computing?
Provided by Tech Goes Home and the Enterprise Center, this lesson introduces students to quantum computing and its benefits to society, including fun exercises in code cracking and building your own Thaumatrope! It includes introductory elements of five of the six Tennessee K-8 Science Standard core principles: Foundational Concepts, Algorithmic Thinking, Programming Concepts, Data and Analysis, and Impacts of Computing.
Download Now
Designed for Grades 3-6
Quantum Code Crunchers
Provided by NASA, this lesson explores how quantum communications can be used to secure important data in a fun code-crunching game!
Access Now
Designed for Grades 3-6
How Does Quantum Computing Work?
Provided by Tech Goes Home and the Enterprise Center, this lesson introduces elementary students to quantum computing, how it works, and how it differs from classical computing. It includes introductory elements of five of the six Tennessee K-8 Science Standard core principles: Foundational Concepts, Algorithmic Thinking, Programming Concepts, Data and Analysis, and Impacts of Computing.
Download Now
Designed for Grades 6-12
A.I. Emotion Detector
Students train a computer to use a webcam to detect and respond to different emotions using machine learning (Google Teachable Machine) while getting first-hand experience by coding a MicroBit to handle the algorithm using the Vittascience Adacraft Platform. As they train a digital system to interact intelligently with the real world, they will experience the limitations of classical computing and learn about the powerful capabilities quantum computing can unlock.
Download Now
Designed for Grades 5-12
Skeletal Tracking
Object detection and motion tracking currently depend on sophisticated algorithms and equipment. As quantum computing further develops and expands the capacity of machine learning, these systems will become increasingly accurate. In this activity, students will build a system that uses a webcam and a 3D printed flower to allow a user to control the color of the flower (LED) wirelessly through a skeletal tracking program they create using A.I.
Download Now
Designed for Grades K-12
QUANTIME
The National Q-12 Partnership has curated dozens of quantum activities ranging from hands-on to online, plus additional learning links. These activities, suitable for K-12 learners, are intended to make quantum information science accessible and entertaining. In this activity designed by the Public Education Foundation, students will build a system that uses a webcam and a 3D printed flower to allow a user to control the color of the flower (LED) wirelessly through a skeletal tracking program they create using A.I.
Play Here
About the program
Preparing for the Quantum Age
Brought to you by the Chattanooga Quantum Collaborative and EPB, Gig City Goes Quantum is a joint effort to prepare our communities to reap the rewards of the coming Quantum Age. Because quantum technologies promise transformative advances, we’re growing a “quantum ecology” beginning with students interested in preparing for jobs in this rapidly emerging sector. We are educators, scientists, entrepreneurs, and community leaders focused on working together to realize the vast technological and economic potential of accelerating the commercialization of quantum technologies.
Gig City Goes Quantum PartnersPartners
Thanks to Gig City Goes Quantum Partners
Registration
Register to Win one of Five $150 Amazon Gift Cards
Tell us a little about you and how you’re planning to use the learning resources, and your name will go into a drawing to win one of five $150 Amazon gift cards for you, your favorite teacher or your favorite classroom!
Follow us on
