DIFFER
Events (archive)

Events (archive)

We believe in our duty to share knowledge through weekly seminars, regularly workshops and other events. on this page you'll find events organized in the past. If you're interested in upcoming events visit the Events page. Our weekly seminars at DIFFER cover a wide range of topics and are open to everybody. Please, read more on our dedicated Seminars page. You can find specific information for external visitors and subscribe to our seminar mailinglist on this page.

Hierarchical Multiscale Catalytic Modelling: From the active site to the reactor

Seminar, to
DIFFER event
Rational design of catalytic materials can be achieved using advanced methods that model the multiscale catalyst behavior from the active site at the nanoscale to the reactor at the macroscale. Such methods are currently rather limited as they lack a proper description of the mesoscale.
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Plasmon-enhanced single-molecule detection

Seminar, to
DIFFER event
Optical detection of single molecules is widely used in fields ranging from biology to materials science. The ability to detect single molecules has long relied on fluorescence approaches due to their high signal-to-background ratio. This limits the applicability of the approach to fluorescently labelled molecules with a high quantum yield.
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Nanomaterials and halide perovskites - can they really be useful for solar cells?

Seminar, to
DIFFER event
Both nanomaterials and halide perovskites have generated a tremendous amount of hype in the solar cell research community. Some of this attention is very much deserved, but in both cases there are also serious challenges left to be addressed before commercialization can be considered.
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Time-resolved cathodoluminescence nanoscopy

Seminar, to
DIFFER event
Joined seminar with TU/e. Note the different time and location. Cathodoluminescence imaging spectroscopy (CL) is a powerful tool to characterize optical nanomaterials at deep-subwavelength spatial resolution. In CL, a 5-30 keV electron beam is raster-scanned over the surface while the emitted radiation is detected.
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Enhancing electrocatalytic CO2 reduction using a system-integrated approach to catalyst discovery and optimzation

Seminar, to
DIFFER event
Electrocatalytic CO2 reduction has the dual-promise of neutralizing carbon emissions in the near future, while providing a long-term pathway to create energy-dense chemicals and fuels from atmospheric CO2. The field has advanced immensely in recent years, taking significant strides towards commercial realization.
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