At just 16, Cal Hewitt, a student at Simon Langton Grammar School for Boys in the United Kingdom became the youngest person to receive grid certification – giving him access to huge grid-computing resources.

At just 16, Cal Hewitt, a student at Simon Langton Grammar School for Boys in the United Kingdom became the youngest person to receive grid certification – giving him access to huge grid-computing resources.
Hewitt uses these resources to help analyse data from the LUCID satellite detector, which a team of students from the school launched into space last year.
Harnessing the power of the grid will make it possible to analyse the satellite data in more complex ways.
The project came about with help from the CERN@school programme, and Medipix– an international collaboration at CERN that has developed specialist particle-detecting silicon chips.
To learn more, read an interview in The Science Node with Cal Hewitt and his teacher, Becky Parker. Parker is director of The Institute for Research in Schools.
Originally published at the CERN website.
Also On Timepix
-

Specifications
-

Specifications
-

Features and Applications
Features: Applications:
-

Amsterdam Scientific Instruments (ASI): Timepix3 licence
Amsterdam Scientific Instruments (ASI) has acquired a license from CERN for the TIMEPIX3 technology, a core component for ASI’s next generation hybrid pixel cameras. Amsterdam Scientific Instruments (ASI) has acquired a license from CERN for the TIMEPIX3 technology, a core component for ASI’s next generation hybrid pixel cameras. With the newly obtained license the company…
-

ADVACAM: Timepix3 licence
CERN as an authorized licensor of Medipix3 collaboration and ADVACAM s.r.o. have signed a Timepix3 license agreement. Timepix3 chip (TPX3) is the next generation of X-ray and radiation imaging technology. CERN as an authorized licensor of Medipix3 collaboration and ADVACAM s.r.o. have signed a Timepix3 license agreement. Timepix3 chip (TPX3) is the next generation of…


