Live
Black Hat USADark ReadingBlack Hat AsiaAI BusinessGeopolitics, AI, and Cybersecurity: Insights From RSAC 2026Dark ReadingHollywood Adapts To AI—Outsiders Master It—Collaboration Is Inevitable - ForbesGoogle News: Generative AIInvincible Season 4 Is Doing Right By DebbieGizmodoSupporting Google Account username change in your appGoogle Developers BlogDOT’s motor safety division stays clear of AI chatbot allure - FedScoopGoogle News: AI SafetyNCSA, MechSE Develop GenAI Workflow for Metamaterial Design on DeltaAI - hpcwire.comGoogle News: Generative AIMicrosoft Goes Beyond LLMs With New Voice, Image Models - AI BusinessGoogle News: LLMBoston University To Apply Machine Learning To Alzheimer’s Biomarker And Cognitive Data - Quantum ZeitgeistGoogle News: Machine LearningMachine Learning Predicts Stroke Mortality Risk - Let's Data ScienceGoogle News: Machine LearningThe Rise of Agentic AI - NACS MagazineGNews AI agenticMicrosoft Goes Beyond LLMs With New Voice, Image ModelsAI BusinessFrom Flyers to Front Desks: How AI Is Quietly Changing Estero BusinessesMedium AIBlack Hat USADark ReadingBlack Hat AsiaAI BusinessGeopolitics, AI, and Cybersecurity: Insights From RSAC 2026Dark ReadingHollywood Adapts To AI—Outsiders Master It—Collaboration Is Inevitable - ForbesGoogle News: Generative AIInvincible Season 4 Is Doing Right By DebbieGizmodoSupporting Google Account username change in your appGoogle Developers BlogDOT’s motor safety division stays clear of AI chatbot allure - FedScoopGoogle News: AI SafetyNCSA, MechSE Develop GenAI Workflow for Metamaterial Design on DeltaAI - hpcwire.comGoogle News: Generative AIMicrosoft Goes Beyond LLMs With New Voice, Image Models - AI BusinessGoogle News: LLMBoston University To Apply Machine Learning To Alzheimer’s Biomarker And Cognitive Data - Quantum ZeitgeistGoogle News: Machine LearningMachine Learning Predicts Stroke Mortality Risk - Let's Data ScienceGoogle News: Machine LearningThe Rise of Agentic AI - NACS MagazineGNews AI agenticMicrosoft Goes Beyond LLMs With New Voice, Image ModelsAI BusinessFrom Flyers to Front Desks: How AI Is Quietly Changing Estero BusinessesMedium AI
AI NEWS HUBbyEIGENVECTOREigenvector

Parkinson’s Foundation supports collaboration between MPI-IS, Uni Stuttgart and Uni Tübingen

is.mpg.deOctober 30, 20251 min read0 views
Source Quiz

Parkinson’s Foundation supports collaboration between MPI-IS, Uni Stuttgart and Uni Tübingen

The Parkinson's Foundation announces the winners of its Innovation Awards for 2025/2026. From a total of 16 project applications submitted, three outstanding research projects were selected to receive a total of €250,000 in funding. The awards recognise innovative approaches to Parkinson's research and underscore the Foundation's commitment to scientific progress in line with its motto ‘Research. Inform. Help those affected.’

The special Parkinson's Tremor Research Prize goes to three researchers involved in BITS, the Bionic Intelligence Tübingen Stuttgart research network: Dr Alona Shagan Shomron from the Max Planck Institute for Intelligent Systems, Prof. Dr Syn Schmitt from the University of Stuttgart and to Prof. Dr Daniel Häufle from the Hertie Institute for Clinical Brain Research and the Eberhard Karls University of Tübingen for the project ‘Next generation of soft wearable assistive devices for tremor suppression based on electrohydraulic actuators.’

The award recognises a scientifically sound concept for the symptomatic treatment of Parkinson's tremor, which could represent an alternative to deep brain stimulation.

https://www.parkinsonstiftung.de/forschungspreis-tremor/

Many people with Parkinson’s disease or other conditions experience tremor – involuntary shaking that makes everyday activities such as eating or writing extremely difficult. Medications or surgical interventions can help some individuals, but they are not suitable for everyone and often come with side effects.

"Our research team is therefore developing new approaches for soft, wearable assistive systems powered by “artificial muscles.” These systems are designed to detect tremor movements in real time and counteract them with precise forces. In this way, people affected by tremor could regain greater control and safety in their daily lives," says Alona Shagan.

The team's prototypes developed so far are lightweight, silent, and flexible – unlike many conventional devices that are often heavy, uncomfortable, or impractical. Their vision is a comfortable, everyday sleeve that provides lasting relief for patients.

"We sincerely thank the Parkinson’s Foundation for awarding us the Innovation Prize in the category Parkinson’s Tremor. This support enables us to take the next step: improving the interaction of sensors, actuators, and comfort, and developing wearable prototypes suitable for everyday use. We believe that artificial muscles – slim, silent, and powerful – can lay the foundation for a new generation of assistive devices for tremor suppression," Alona Shagan concludes.

Was this article helpful?

Sign in to highlight and annotate this article

AI
Ask AI about this article
Powered by Eigenvector · full article context loaded
Ready

Conversation starters

Ask anything about this article…

Daily AI Digest

Get the top 5 AI stories delivered to your inbox every morning.

Knowledge Map

Knowledge Map
TopicsEntitiesSource
Parkinson’s…is.mpg.de

Connected Articles — Knowledge Graph

This article is connected to other articles through shared AI topics and tags.

Knowledge Graph100 articles · 156 connections
Scroll to zoom · drag to pan · click to open

Discussion

Sign in to join the discussion

No comments yet — be the first to share your thoughts!