Robert Boschgmbh

Max-Planck-Gesellschaft Zur F&#xf6;rderung Der Wissenschaften E. V.

King's College London

Theresa Lutz

Robert Roelver

Christoph Schelling

Frank Schatz

Rolf Scheben

Fabian Purkl

Michael Stumber

Benedikt Stein

Oliver Krayl

Klaus Kern

Katrin Luckert

Franziska Rohlfing

Florian Einsele

Alessandro De Vita

Alexander Kabakchiev

Christoph Grosse

Uta Schlickum

Klaus Kuhnke

A production method for a layer structure, including providing a substrate, wherein at least a top surface of the substrate is made from a non-conductive material; depositing a catalyst structure onto the top surface of the substrate; depositing a graphene structure onto the catalyst structure; and at least partially removing the catalyst structure situated between the substrate and the graphene structure.

Production method for a layer structure and layer structure

A device for analyzing substances in a sample on the basis of a measurement of nuclear magnetic resonances including a magnetic field device configured to generate a magnetic field. The device is configured such that, in order to detect magnetic resonances induced in the sample by the generation of the magnetic field, provision is made of at least one magnetic field sensor which comprises at least one sensitive component with diamond structures. The diamond structures have nitrogen vacancy centers.

Device for the NMR analysis of substances in a sample, respiratory gas analysis device, fuel sensor and method

The disclosure relates to a method for measuring a current using a diamond material. The diamond material has at least one nitrogen deposit and an imperfection in a crystal lattice of the diamond material, adjacent to the nitrogen deposit. The method comprises a providing step, a detecting step and an evaluating step. In the providing step, electromagnetic waves are provided to excite the diamond material. In the evaluating step, an intensity of a fluorescence of the diamond material is detected. In the evaluating step, the intensity and a frequency of the electromagnetic waves are evaluated in order to determine a magnetic field strength influencing the fluorescence.

Method for measuring an electrical current and current sensor

A plasmon generator comprises a plasmon supporting surface and first and second quantum systems respectively defining first and second quantum states with a tunneling junction being present between the first and second quantum systems, the first and second quantum systems being present in an electric circuit to generate a tunneling current between the first and second quantum systems, whereby electrons tunneling between said first and second quantum states loose energy in the process and generate plasmons at the plasmon supporting surface.

Plasmon generator

A micromechanical sound transducer system and a corresponding manufacturing method, in which the micromechanical sound transducer system includes a substrate having a front side and a back side, the substrate having a through opening extending between the back side and the front side, and a coil configuration on the front side having a coil axis, which runs essentially parallel to the front side, the coil configuration covering the through opening at least partially. Also provided is a magnet device, which is situated so as to allow for an axial magnetic flux to be generated through the coil configuration. The coil configuration has a winding device which has at least first winding sections made from at least one layer of a low-dimensional conductive material, the coil configuration being configured to inductively detect and/or generate sound.

Micromechanical sound transducer system and a corresponding manufacturing method

Growing community of inventors

Ottobrunn, Germany

Theresa Lutz