KITopen-Medienportal

KIT-Bibliothek

KIT-Bibliothek Medienportal

FAQ Audio-/Videodatei publizieren

Institut für Mikrostrukturtechnik (IMT) Martin Börner

NMR is for Everyone: Building is a Strength of our Community

NMR is for Everyone: Building is a Strength of our Community

Rachel Martin

DNP at 9.4 T and RT

DNP at 9.4 T and RT

Thomas Prisner

Ongoing Development of a 263 GHz Helical-Type Gyro-TWT for DNP-NMR

Ongoing Development of a 263 GHz Helical-Type Gyro-TWT for DNP-NMR

Max Vöhringer

ODNP-Enhanced Benchtop 13C NMR Spectroscopy for Continuous-Flow Applications

ODNP-Enhanced Benchtop 13C NMR Spectroscopy for Continuous-Flow Applications

Billy Salgado

Optoelectronic Signal Processing for High-Field EPR Spectroscopy

Optoelectronic Signal Processing for High-Field EPR Spectroscopy

Chun Him Lee

Microscale NMR and MRI conference 2025

Microscale NMR and MRI conference 2025

Martin Börner

microMR: Limits and Opportunities

microMR: Limits and Opportunities

Jürgen Hennig

The Spirit of HyPERiON

The Spirit of HyPERiON

Jan Korvink

Toward High-Performance NMR Microscopy Detected with Solid-State Qubits

Toward High-Performance NMR Microscopy Detected with Solid-State Qubits

John Blanchard

Enabled by Hyperpolarization: Zero- to Ultralow-Field Nuclear Magnetic Resonance

Enabled by Hyperpolarization: Zero- to Ultralow-Field Nuclear Magnetic Resonance

Dmitry Budker

Recent Progress in Pulsed DNP and Low-Field NMR Sensors for Industrial Process Control

Recent Progress in Pulsed DNP and Low-Field NMR Sensors for Industrial Process Control

Niels Nielsen

Lab-on-a-Chip Analysis Using Benchtop NMR Technology

Lab-on-a-Chip Analysis Using Benchtop NMR Technology

Irene Marco Rius

Single-Crystal NMR in Powder and Compact Hardware – From Membrane Transducer To Para-Hydrogen Generator

Single-Crystal NMR in Powder and Compact Hardware – From Membrane Transducer To Para-Hydrogen Generator

Kazuyuki Takeda

Small Instrumentation for NMR at Small Magnetic Fields

Small Instrumentation for NMR at Small Magnetic Fields

Michael Tayler

Automated Bullet-Dynamic Nuclear Polarization (Bullet-DNP) for Enhanced ¹H NMR Monitoring of Ligand binding

Automated Bullet-Dynamic Nuclear Polarization (Bullet-DNP) for Enhanced ¹H NMR Monitoring of Ligand binding

Dmitrii Zasukhin