SURF (Netherlands)

Raúl Zurita Milla from the University of Twente conducts pioneering green wave studies with big data, thanks to the Netherlands eScience Centre Center, which was founded ten years ago.

SURF's Research Cloud makes cutting-edge collaborative cancer research faster, more cost-effective and more impactful.

Researchers in the BODYinTRANSIT project are studying how Body Transformation Experiences (BTE), or perceptual illusions of body change, can be engineered, to create the illusion of being something different than what they are in reality.

Weather satellites provide raw data for weather and climate models. EUMETSAT collects this raw data and distributes the processed data to weather institutes in its member countries, such as the Dutch KNMI. The institutes themselves contribute to the processing of the data. How does this work, how are the data distributed, and what is SURF's role?

The COVID-19 coronavirus epidemic enhances value of open education tools for Dutch nurses.

Harnessing the power of citizen science gives scientists the opportunity to gather more data than they ever could alone.

According to experts, the world needs Data Stewards. Estimates say, that in Europe alone 500.000 will be needed over the coming years. Research & education networks are contributing to make that happen.

Universities, tech companies and museums are joining forces in the CollectionCare project to develop digital conservation technology to better monitor the condition of their collections.

Researchers from across Europe are hard at work developing a robot that autonomously roams a greenhouse, “eye-balling” sweet peppers to check if they have reached optimal ripeness, and then plucks them off the plant and places them in a vat – all automatically.

For the first time, air pollution from individual cities and built-up areas can be detected from space. The European Sentinel-5 Precursor Earth observation satellite sends ultra precise measurement data to ground stations in Norway and Canada.

Using the HPC Cloud, a new strategy has been developed to make microscopes more sensitive, helping with the study of living organic substances (such as cancer cells).

The research field of proteomics contributes to important new medical insights, producing vast amounts of data along the way.  To convert these massive amounts of proteomics data into knowledge requires dedicated computing and storage capacity.