Future Technologies
Next-generation quantum
technology development
Development of graphene-based quantum sensors
and computing technology
Development of
graphene-based
quantum sensors
Leveraging graphene’s properties to
secure a foothold in the future quantum computing market
UNMET NEEDS
Quantum sensors operate at ultra-low temperatures, close to absolute zero
→ Reduced practicality
→
Emerging potential of graphene applications
MARKET INSIGHT
Promoting joint development through collaboration with universities
-
Professor Ilho Lee
Department of PhysicsPublished a paper on ultra-sensitive microwave detection technology applicable to quantum computing.
-
Jaehoon Park
POSTECH-Max Planck Institute -
Professor Jaeyoon Shim
Electrical and Electronic EngineeringScalable quantum computer
Technology Convergence Platform Center
Potential for developing graphene-based quantum sensors,
quantum communication, and quantum computers
Potential for developing
graphene-based
quantum sensors,
quantum communication,
and quantum computers
Securing eco-friendly production technologies to achieve NET-ZERO
Development of eco-friendly
production technologies
Aiming to maximize corporate influence by securing technology
capable of producing eco-friendly hydrogen and graphene.
MARKET INSIGHT
Eco-friendly production technologies
Existing Technology
“Gray hydrogen”
production method that generates carbon dioxide
Natural gas CH₄
Water H₂O
↓
Reforming
↓
carbon dioxide CO₂
Carbon-emitting, environmentally damaging
Hydrogen H
Eco-friendly fuel
Target technology
Eco-friendly, high-value technology that produces hydrogen and graphene materials without carbon dioxide emissions
Natural gas CH₄
Water H₂O
↓
Decomposition
↓
Carbon C
Eco-friendly graphene materials
Hydrogen H
Eco-friendly fuel