[Fe]-hydrogenase catalysis visualized using para-hydrogen-enhanced nuclear magnetic resonance spectroscopy

Spectroscopic method provides more precise insights into hydrogen conversion

The enzyme with the iron heart

Results could lead to new biocatalysts for sustainable biotechnology

Methane-eating bacteria convert greenhouse gas to fuel

State-of-the-art method reveals never-before-seen atomic structures controlling the process

Spotting the invisible

Mapping structures and functions of a transient enzyme state

'Invisible' protein structure explains the power of enzymes

Investment boosts SpheriTech’s growth

New web database improves access to ionic liquid data

ISTN receives NIH Nanotechnology Grant for the development of an Immobilized Enzyme Technology

DSM and Diversa Corporation Sign Agreement to Develop Biocatalysts for Production of Pharmaceutical Intermediates

[Fe]-hydrogenase catalysis visualized using para-hydrogen-enhanced nuclear magnetic resonance spectroscopy

Spectroscopic method provides more precise insights into hydrogen conversion

Towards new reaction pathways

Insights on molecular dynamics in the ultrashort time window following UV excitation

How catalysts remove dangerous nitrogen oxides

”If we know exactly where the reaction takes place, the production of catalysts can be controlled accordingly”

Observed live for the first time: photocatalysts switch off a virus

Whitening agent titanium dioxide kills viruses – now researchers see it at work at the nanoscale

Significant Breakthrough in Understanding of the Two-State Reactivity Mechanism

Scientists discovered first experimental methodology for measuring low-energy, spin-forbidden transitions in molecular catalysts

Researchers can now accurately measure the emergence and damping of a plasmonic field

This is crucial for renewable energy and other technologies

Breakthrough at the Fritz Haber Institute: First Operation of a Two-Color Mode in an Infrared Free-Electron Laser

New opportunities for experimental studies in diverse fields ranging from physical chemistry, materials science, catalysis research to biomolecular studies

New door opened to understanding the catalysis of ammonia production

Research team investigates the reaction mechanism for catalytic ammonia production at PETRA III

Bane and boon of oxygen mediating the performance of nickel catalysts in dry reforming of methane

Fundamental insights into the processes occurring at the catalyst surface

The enzyme with the iron heart

Results could lead to new biocatalysts for sustainable biotechnology

Towards new reaction pathways

Insights on molecular dynamics in the ultrashort time window following UV excitation

How catalysts remove dangerous nitrogen oxides

”If we know exactly where the reaction takes place, the production of catalysts can be controlled accordingly”

Researchers can now accurately measure the emergence and damping of a plasmonic field

This is crucial for renewable energy and other technologies

New door opened to understanding the catalysis of ammonia production

Research team investigates the reaction mechanism for catalytic ammonia production at PETRA III

Bane and boon of oxygen mediating the performance of nickel catalysts in dry reforming of methane

Fundamental insights into the processes occurring at the catalyst surface

Two conductors of a chemical reaction

Watching the reaction live

Watching a Bimetallic Catalytic Surface in Action

Such insight on working catalysts is only possible to obtain using state-of-the-art experimental techniques under reaction conditions

Microscopic Transformations of Electrocatalyst Surfaces

Researchers reveal the disordering of copper surfaces during catalysis

Researchers “film” novel catalyst at work

More complex than expected: Catalysis under the microscope

Chemical analysis on the microscopic scale has shown that the catalyst composition can vary locally even more than expected

[Fe]-hydrogenase catalysis visualized using para-hydrogen-enhanced nuclear magnetic resonance spectroscopy

Spectroscopic method provides more precise insights into hydrogen conversion

Towards new reaction pathways

Insights on molecular dynamics in the ultrashort time window following UV excitation

Observed live for the first time: photocatalysts switch off a virus

Whitening agent titanium dioxide kills viruses – now researchers see it at work at the nanoscale

Significant Breakthrough in Understanding of the Two-State Reactivity Mechanism

Scientists discovered first experimental methodology for measuring low-energy, spin-forbidden transitions in molecular catalysts

Researchers can now accurately measure the emergence and damping of a plasmonic field

This is crucial for renewable energy and other technologies

Breakthrough at the Fritz Haber Institute: First Operation of a Two-Color Mode in an Infrared Free-Electron Laser

New opportunities for experimental studies in diverse fields ranging from physical chemistry, materials science, catalysis research to biomolecular studies

New door opened to understanding the catalysis of ammonia production

Research team investigates the reaction mechanism for catalytic ammonia production at PETRA III

Bane and boon of oxygen mediating the performance of nickel catalysts in dry reforming of methane

Fundamental insights into the processes occurring at the catalyst surface

The enzyme with the iron heart

Results could lead to new biocatalysts for sustainable biotechnology

Watching a Bimetallic Catalytic Surface in Action

Such insight on working catalysts is only possible to obtain using state-of-the-art experimental techniques under reaction conditions