Growing grain worldwide requires a high level of nitrogen fertilizer use. KIT researchers show that global redistribution would have a positive impact on the environment. (Photo: Markus Breig, KIT)

Models show that an even global distribution of nitrogen fertilizer could significantly reduce total global fertilization and the resulting environmental impact

More sustainable agriculture through global redistribution of nitrogen fertilizer

The properties of Gralmonium qubits are dominated by a tiny constriction of just 20 nanometers, which acts like a magnifying glass for microscopic material defects. (Graphic: Dennis Rieger, KIT)

KIT researchers are working on a new qubit approach - publication in Nature Materials

More stable states for quantum computers

The new NECOC system network at KIT produces the high-tech raw material carbon from the climate-damaging CO2 in the ambient air. (Photo: Markus Breig)

The joint operation of the climate-friendly NECOC process for the production of carbon from the CO2 in the ambient air starts at KIT

New plant produces carbon from air

Data can also be transmitted by laser, so security-critical systems must be well protected optically. (Photo: Andrea Fabry, KIT)

LaserShark: KIT researchers investigate hidden communication via optical channels - data can be transmitted to light-emitting diodes already built into devices

Sandra Wiebe

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More sustainable agriculture through global redistribution of nitrogen fertilizer

More stable states for quantum computers

New plant produces carbon from air

IT security: computer attacks with laser light