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New Nobel Lab 360°: Ben Feringa

LiNo News

New Nobel Lab 360°: Ben Feringa

Our latest Nobel Lab 360° features 2016 Nobel Laureate Ben Feringa. The virtual tour through the Feringa lab at the University of Groningen leads from the laureates office, via the synthesis lab to the light lab. Along the way, Ben Feringa and his team tell you about the molecular machines that they design.  

Die Freude am Entdecken

Ben Feringa

Die Freude am Entdecken

Chemienobelpreisträger Ben Feringa beschreibt seine persönlichen Eindrücke von #LiNo17. Chemienobelpreisträger Ben Feringa beschreibt seine persönlichen Eindrücke von #LiNo17.

The Joy of Discovery

Ben Feringa

The Joy of Discovery

Ben Feringa, Nobel Laureate in Chemistry 2016, provides some personal impressions from the 67th Lindau Nobel Laureate Meeting.Ben Feringa, Nobel Laureate in Chemistry 2016, provides some personal impressions from the 67th Lindau Nobel Laureate Meeting.

From Copper Photocatalysts to Chemical Topology

Melissae Fellet

From Copper Photocatalysts to Chemical Topology

For Jean-Pierre Sauvage, novelty, teamwork and adventure drove advances in synthesising molecular chains and knots For Jean-Pierre Sauvage, novelty, teamwork and adventure drove advances in synthesising molecular chains and knots

Ben Feringa: die molekularen Maschinen der Zukunft

Susanne Dambeck

Ben Feringa: die molekularen Maschinen der Zukunft

Wie molekulare Materie laufen lernt: Der Chemienobelpreisträger Ben Feringa hält den ersten #LiNo17-VortragWie molekulare Materie laufen lernt: Der Chemienobelpreisträger Ben Feringa hält den ersten #LiNo17-Vortrag

Ben Feringa: Molecular Machines of the Future

Susanne Dambeck

Ben Feringa: Molecular Machines of the Future

Turning lifeless matter into moving molecules - Nobel Laureate Ben Feringa gave the first lecture #LiNo17 Turning lifeless matter into moving molecules - Nobel Laureate Ben Feringa gave the first lecture #LiNo17

The Impact of Fundamental Science on Researchers and Society

Michael M. Lerch

The Impact of Fundamental Science on Researchers and Society

Basic research fosters critical thinking and creativity in addition to generating knowledge that enables unexpected long-term applications. #LiNo17 young scientist Michael Lerch reflects on the role of fundamental science in shaping individual researchers and society as a whole. Basic research fosters critical thinking and creativity in addition to generating knowledge that enables unexpected long-term applications. #LiNo17 young scientist Michael Lerch reflects on the role of fundamental science in shaping individual researchers and society as a whole.