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han lab blogs

han lab blogs

Learn what goes into our research!

Design spin cluster for NMR signal amplification and quantum resonance sensing

Design spin cluster for NMR signal amplification and quantum resonance sensing
Design of active surfaces by tuning the structure of hydration water

Design of active surfaces by tuning the structure of hydration water
Shape-controlled molecular assembly and dynamic structural biology

Shape-controlled molecular assembly and dynamic structural biology
Design spin cluster for NMR signal amplification and quantum resonance sensing

Design spin cluster for NMR signal amplification and quantum resonance sensing
Design of active surfaces by tuning the structure of hydration water

Design of active surfaces by tuning the structure of hydration water
Shape-controlled molecular assembly and dynamic structural biology

Shape-controlled molecular assembly and dynamic structural biology
Design spin cluster for NMR signal amplification and quantum resonance sensing

Design spin cluster for NMR signal amplification and quantum resonance sensing
marquise blog

marquise blog

Learn more about magnetic resonance and quantum information science

Optically detected magnetic resonance (ODMR) with NV centers

Optically detected magnetic resonance (ODMR) with NV centers
Expectation Values & Wavefunction Collapse

Expectation Values & Wavefunction Collapse
NV Electronic Energy Structure

NV Electronic Energy Structure
Utilizing the fundamentals with physical systems

Utilizing the fundamentals with physical systems
Approaching the life of spins using a computer

Approaching the life of spins using a computer
Quantum Mechanics in the light of spins

Quantum Mechanics in the light of spins
Digging your way through the jungle

Digging your way through the jungle

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