Innovation Portfolio
Humboldt-Universität zu Berlin
One of Germany's oldest and most prestigious universities, founded in 1810. Excellence in humanities, social sciences, natural sciences, and life sciences. Core member of the Berlin University Alliance with strong clusters in mathematics, neuroscience, and materials research.
37
Patents
112
Inventors
84
Spin-offs
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Licensing Deals
Patent Portfolio
Analysis of our organization's intellectual property assets
Patents by Technology Area
Portfolio Highlights
Total Patents
37
Recent Patent Publications (2025 & 2026)
4
Top Inventors
Patent Portfolio
Featured Technologies
Discover our latest patented technologies
Sers Substrate, Method of Its Manufacture, and Its Use for Plasmon-Enhanced Optical and Chemical Applications
The present disclosure refers to a SERS substrate for plasmon-enhanced optical and chemical applications such as surface-enhanced Raman scattering (SERS), a method for its manufacture and its use.The SERS substrate (1) comprising: a base substrate (10) comprising a base (11) and an array of nanopillars (12) provided on a surface (11a) of the base (11) and extending upwardly therefrom; a first layer (21) of a plasmonic material provided on the surface (11a) of the base (11); and a second layer (22) of a plasmonic material provided on a top surface (12a) of the nanopillars (12).
Method And Device For Localizing Charge Traps In A Crystal Lattice
A method is presented for locating charge traps in a crystal lattice. The method includes: arranging a local probe having an inversion-symmetric lattice defect, wherein energy levels of the lattice defect are non-linearly Stark-shiftable by means of charge traps in the crystal lattice; determining Stark-shifted photoluminescence emission spectra, wherein each of the photoluminescence emission spectra is determined in a respective scanning operation by means of photoluminescence excitation in the crystal lattice; determining an integrated spectrum by integrating the photoluminescence emission spectra; determining jump probabilities from consecutive ones of the photoluminescence emission spectra and determining a charge trap configuration from the jump probabilities; determining simulated spectra by means of Monte Carlo simulation based on the determined charge trap configuration and a resulting Stark shift; and determining an optimal spatial arrangement of the charge traps neighboring the local probe by comparing the integrated spectrum with the simulated spectra.
Zweikomponenten-klebesystem-komponente Und Zweikomponentenklebesystem Sowie Verwendung
The invention relates to a two-component-adhesive-system component A and is characterised in that the two-component-adhesive-system component A comprises bio-based conjugated dicarbonyls as reactive components, wherein the bio-based conjugated dicarbonyls are an oxidation product of lignin or highly oxidised lignin and/or tannins, and the bio-based conjugated dicarbonyls are in the form of reactive quinone groups. The invention also relates to a two-component adhesive system having the two-component-adhesive-system component A and a two-component-adhesive-system component B, and to an associated use.
Success Stories
Featured Spin-off Companies
Companies founded based on our organization's technologies
Diversity Factory GmbH
Diversity Factory GmbH is a consulting and training company specializing in diversity management and social sustainability for organizations and companies.
factorize.bio
GreenMates GmbH
GreenMates GmbH provides an app that empowers users to make personalized, health-conscious, and environmentally friendly food choices.
Contact the Technology Transfer Office
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patente@hu-berlin.de
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