Attolight

With Attolight, Cathodoluminescence (CL) is now available in a streamlined system which integrates CL with both light (LM) and electron microscopy (EM): what was a challenging experiment in the past, often done on klunky, home-made devices can now be done easily and efficiently. Attolight is now changing the landscape: its innovative approach brings nanometer resolution as well as pico-second timing for time-resolved studies, regardless of the wavelengths used. While any material that emits light under electron irradiation can be studied by CL, it is particularly valuable in material studies of semi-conductor materials, phosphor, ceramic, rock and glass. Combining LM, EM with hyperspectral imaging, Attolight’s solution reveals ultra-trace impurities and crystallographic defects not visible using other imaging modalities. Attolight "New Cathodoluminescence"​ solutions support the state-of-the -art research and developments in LEDs, Solar Cells, High Mobility Transitors, new opto-electronical devices, nano-structured semiconductors.

, Vaud
Founded in 2008
11-50 employees

With Attolight, Cathodoluminescence (CL) is now available in a streamlined system which integrates CL with both light (LM) and electron microscopy (EM): what was a challenging experiment in the past, often done on klunky, home-made devices can now be done easily and efficiently. Attolight is now changing the landscape: its innovative approach brings nanometer resolution as well as pico-second timing for time-resolved studies, regardless of the wavelengths used. While any material that emits light under electron irradiation can be studied by CL, it is particularly valuable in material studies of semi-conductor materials, phosphor, ceramic, rock and glass. Combining LM, EM with hyperspectral imaging, Attolight’s solution reveals ultra-trace impurities and crystallographic defects not visible using other imaging modalities. Attolight "New Cathodoluminescence"​ solutions support the state-of-the -art research and developments in LEDs, Solar Cells, High Mobility Transitors, new opto-electronical devices, nano-structured semiconductors.

Company Information

Industry
Company Type
Privately Held
Founded
2008
Employee Range
11-50
Revenue Range
Not available

Location

Address
EPFL Innovation Park Lausanne
City
Region
Vaud
Postal Code
1015
Country
Switzerland

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