Creative Company That Studies
Room-Temperature Superconductors
Creative Company That Studies
Room-Temperature Superconductors
SCTL researches and develops future energy industry,
next-generation semiconductor technology,
and room temperature superconducting technology
It provides innovative solutions to future industries.
Stereotypical Courage, Creative Steps Challenging Possibilities
Creative company researching room temperature superconductor technology
It provides sustainable energy solutions.
The most innovative material that will drive the future industrial revolution
Room Temperature Superconductor
Superconductors have ‘superconductivity’ in which the electrical resistance becomes zero when current flows, so they have the property of almost eliminating power loss.
This phenomenon shows the property of pushing out an external magnetic field or generating resistance to the flow of electric current. Simply put, there is no energy loss no matter how much current flows. This has the potential to revolutionize the efficiency of power transmission and electronics.
Contents of the study
Study on Room Temperature Superconductivity
The electrical properties of superconductivity at room temperature are studied to provide a technical solution with wire rod and coil.
The leap of power transmission system, magnetic resonance device (MRI) and power device (Moter) etc
We look forward to technological advancement.
Eco-friendly Energy and Semiconductor Technology
'Faster, Smaller, More' with lower power
Power semiconductors and memory + resisters are at the heart of next-generation semiconductor technologies, providing solutions to quantum computing technologies, neuromorphic, and AI technologies
With hundreds of thousands to millions of F (Farad) capacitor technology and wide area photoactivity
Photovoltaic generation technology provides solutions to the future eco-friendly energy sector.
Future of Room Temperature Superconductors
Room temperature superconductors can help improve the efficiency of power grids and develop stronger and more efficient computing devices in a variety of fields, including healthcare bio, environmental energy, power systems, defense, transportation, advanced science, construction, and infrastructure.
