Innovation Portfolio
Otto-von-Guericke-Universität Magdeburg
Research university with key strengths in neuroscience, dynamic systems, and medical technology. Excellence in automotive engineering, digital engineering, and renewable energies.
210
Patents
392
Inventors
54
Spin-offs
2
Research Projects
Patent Portfolio
Analysis of our organization's intellectual property assets
Patents by Technology Area
Portfolio Highlights
Total Patents
210
Recent Patent Publications (2025 & 2026)
14
Top Inventors
Patent Portfolio
Featured Technologies
Discover our latest patented technologies
Solid-bed reactor, system, and method for carbon dioxide separation
This invention describes a solid-state reactor system and method for efficiently separating, storing, and releasing carbon dioxide (CO2) from gas streams (such as flue gases). The system uses two types of solid materials: one to store heat energy and the other (such as calcium oxide-containing stones) to absorb and later release CO2. By manipulating pressure and temperature in a controlled cycle, the device captures CO2 at high pressure and temperature, storing heat during absorption and using that stored heat for the subsequent CO2 release step at reduced pressure. This innovation offers an energy-efficient solution for CO2 capture and storage with minimal external energy input.
A Sphingosine-1-Phosphate Receptor (s1pr) Modulator for Use in Treating a Patient Suffering from Alzheimer's Dementia
This patent discloses the use of sphingosine-1-phosphate receptor (S1PR) modulators, such as fingolimod, for the treatment of Alzheimer's dementia. The invention is based on the surprising finding that S1PR modulators, which are already approved for treating multiple sclerosis, can halt or even reverse synaptic deficits and memory dysfunction in Alzheimer's disease—even at later disease stages. Furthermore, the patent claims that S1PR modulators can be used alone or in combination with other Alzheimer's-related drugs.
Cleaning device and method for cleaning a surface
This patent describes a cleaning device and method for precisely cleaning surfaces using laser-induced single-bubble cavitation. The device channels a laser beam through an optical fiber into a chamber containing cleaning fluid, where the laser energy creates controlled individual bubbles. These bubbles collapse near the target surface, generating fluid microflows that remove contaminants without direct mechanical or harsh chemical action. The system allows precise adjustment of cleaning parameters, such as bubble size and location, to optimize cleaning efficiency and surface safety.
Success Stories
Featured Spin-off Companies
Companies founded based on our organization's technologies
RAYDIAX GmbH
RAYDIAX GmbH develops advanced imaging and therapy assistance systems for minimally invasive and interventional oncology procedures.
byte robotics GmbH
Byte Robotics GmbH develops AI-powered software solutions that automate and optimize industrial robot programming, making robotic automation faster and easier for manufacturers and integrators.
Wesenberg
Wesenberg develops analog adventure and nature activity card sets to inspire outdoor experiences for individuals, families, and groups, focusing on immersive, mindful leisure without digital distraction.
Research in progress
Research Projects
Ongoing and completed research initiatives, open for collaboration.
Phononically-Induced Antigravitation via Coherent Phase Inversion in the Macroscopic Spacetime Fabric
Neutralizing local gravity using high-frequency acoustic phase inversion for fuel-free levitation and propulsion. Please note: THIS IS A FAKE PROJECT FOR TESTING PURPOSES ONLY.
Quantum Resonance Catalysis for the Perpetuation of Kinetic Energy in Closed Thermodynamic Systems
Breaking thermodynamic boundaries through macro-level quantum synchronization for fuel-free, continuous energy generation. Please note: THIS IS A FAKE PROJECT FOR TESTING PURPOSES ONLY.
Contact the Technology Transfer Office
The TUGZ (Transfer and Entrepreneur Center) Technology Transfer team is ready to assist you with licensing inquiries and collaboration opportunities
Get in Touch
Phone
+49 391 67-57777
tugz@ovgu.de
Address
Universitätsplatz 2 39106 Magdeburg Germany
Office Hours
Monday to Friday, 9:00 AM to 4:00 PM