Hello, Vanadium 50,
Thank you for your message. The purpose of the Physics Forum is to help users with their questions of inquiry. In my case, I'm simply asking the distinction between EDS Maglev trains and quantum levitating trains. Before asking this question, I did further research and...
What is the difference between electrodynamic suspension (EDS) in maglev trains and quantum levitation? I'm having trouble distinguishing the difference between both.
I believe that the materials I have to perform this experiment are of the highest quality. I bought it from this website: https://www.quantumlevitation.com/product/mini_maglev_kit
Through what type of measurements can I make a phenomenological model?
The purpose of my experiment is to analyze the properties of quantum levitation (or quantum locking) due to the Meissner Effect and Flux Pinning and discuss how quantum levitated vehicles such as high-speed trains could provide ways to improve the efficiency and speed of future transportations...
It is otherwise known as quantum locking due to the Meissner effect on the superconductor when at a critical temperature. You can view a demonstration in the video link above.
I've decided to focus my essay on quantum locking: including superconductors (YBCO), the Meissner Effect. I have access to the materials needed to experiment with this topic (materials from quantumlevitation.com). Could anyone help me formulate an appropriate research question for my Extended...
No, it's in international schools. You can type International baccalaureate on google and it will give you all the needed information to learn about this.
My bad, some ideas I had in mind was to discuss the Meissner Effect in Superconductors when cooled down to a critical temperature with liquid nitrogen. I was inspired to this topic when watching a talk on TED.com about quantum locking and quantum levitation (video here: ).
I already have access...
Hello,
I am a student in the IB Diploma course. I've decided to focus my essay on quantum locking: including superconductors (YBCO), the Meissner Effect. I have access to the materials needed to experiment with this topic (materials from quantumlevitation.com). Could anyone help me formulate an...