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Latest developments from our institute
Stay informed about new research results, awards, events, and collaborations across our scientific community.
Material that can both store and process information for low-energy computing
Researchers at AMOLF and the University of Konstanz have developed a mechanical material that can store, move, and process information within the same physical structure. The findings, published in Physical Review Letters, could help inspire future computing technologies that use far less energy than conventional computers.
AMOLF Researchers Create Ultra-Thin Solar Catalyst
The catalyst, engineered at the nanoscale, enables highly selective photochemical reactions using only a fraction of the material normally required for such processes.
AMOLF Researchers Create Ultra-Thin Solar Catalyst
The catalyst, engineered at the nanoscale, enables highly selective photochemical reactions using only a fraction of the material normally required for such processes.
AMOLF Researchers Create Ultra-Thin Solar Catalyst Complete
The catalyst, engineered at the nanoscale, enables highly selective photochemical reactions using only a fraction of the material normally required for such processes.
AMOLF Researchers Create Ultra-Thin Solar Catalyst
The catalyst, engineered at the nanoscale, enables highly selective photochemical reactions using only a fraction of the material normally required for such processes.
AMOLF Researchers Create Ultra-Thin Solar Catalyst
The catalyst, engineered at the nanoscale, enables highly selective photochemical reactions using only a fraction of the material normally required for such processes.
AMOLF Researchers Create Ultra-Thin Solar Catalyst
The catalyst, engineered at the nanoscale, enables highly selective photochemical reactions using only a fraction of the material normally required for such processes.
AMOLF Researchers Create Ultra-Thin Solar Catalyst
The catalyst, engineered at the nanoscale, enables highly selective photochemical reactions using only a fraction of the material normally required for such processes.