A beginners introduction to the very basics of quantum physics & the potentials of quantum computing. Using basic concepts and models, the workshop will both teach a bit of physics, and show them how to simulate and run quantum computing experiments, explaining the math and architecture behind it.
Little to no knowledge of physics is required, however basic arithmetic will play a key part.
Participants will leave having learnt about where quantum computing will take us, and how they can use online resources, such as "quantum in the cloud", and the IBM QCloud.
Agenda
The workshop will start with a short introduction, including the potential of quantum computers; And then dive into some basic principles of quantum physics, such as super position. This will be explained on the board, with plenty of time for people to ask questions along the way.
We will follow by introducing participants to quantum in the cloud (Bristol Uni) and how the quantum score and introducing different photons into Qbits effects the results.
Finally, we will move onto IBMs Quantum Cloud platform to show and explain quantum gates. This is completely interactive and a great way to learn. People will require access to a computer (even if it's a tablet or RPI)
Participants
In a larger group, it will be me at the front showing things on a larger screen, as participants follow on their own devices, but being open to questions and providing help. With fewer participants, the workshop will run on more of a 1 to 1 basis, so will likely all sit round a table and work through it as a group. More interaction with smaller groups, as expected.
Outcome
Participants will take away a basic knowledge of the laws that govern everything small in our universe. Whether this inspires them to go on and study physics more, or just impress friends at the pub, the knowledge is useful, and fun.
The knowledge regarding quantum computing and its potential will become much more important in the future, and it's vital that people understand how it works, as the knowledge will become as fundamental as logic gates.
By using quantum cloud platforms, it gives people a good insight into how it works, however also provides them with a tool to learn about this fantastic world of quantum computing.
[ ID ] 903458ab-53f7-4cef-a949-27275430caf9
[ Submitter's Name ] Cathryn Dunicliff
[ Submitter's Twitter ] @meowter_space
[ Space ] science
[ Format ] learning-lab, hands-on
Description
A beginners introduction to the very basics of quantum physics & the potentials of quantum computing. Using basic concepts and models, the workshop will both teach a bit of physics, and show them how to simulate and run quantum computing experiments, explaining the math and architecture behind it. Little to no knowledge of physics is required, however basic arithmetic will play a key part. Participants will leave having learnt about where quantum computing will take us, and how they can use online resources, such as "quantum in the cloud", and the IBM QCloud.
Agenda
The workshop will start with a short introduction, including the potential of quantum computers; And then dive into some basic principles of quantum physics, such as super position. This will be explained on the board, with plenty of time for people to ask questions along the way. We will follow by introducing participants to quantum in the cloud (Bristol Uni) and how the quantum score and introducing different photons into Qbits effects the results. Finally, we will move onto IBMs Quantum Cloud platform to show and explain quantum gates. This is completely interactive and a great way to learn. People will require access to a computer (even if it's a tablet or RPI)
Participants
In a larger group, it will be me at the front showing things on a larger screen, as participants follow on their own devices, but being open to questions and providing help. With fewer participants, the workshop will run on more of a 1 to 1 basis, so will likely all sit round a table and work through it as a group. More interaction with smaller groups, as expected.
Outcome
Participants will take away a basic knowledge of the laws that govern everything small in our universe. Whether this inspires them to go on and study physics more, or just impress friends at the pub, the knowledge is useful, and fun. The knowledge regarding quantum computing and its potential will become much more important in the future, and it's vital that people understand how it works, as the knowledge will become as fundamental as logic gates.
By using quantum cloud platforms, it gives people a good insight into how it works, however also provides them with a tool to learn about this fantastic world of quantum computing.