Ultra-thin nanomembrane device forms soft, seamless interface with living tissue
Phys.org • 12/10/2025 • Last cited 12/14/2025
Summary
Researchers have developed an ultra-thin, flexible bioelectronic material called THIN, which is 350 nanometers thick and can transform from a dry, rigid film into a soft, tissue-like interface when hydrated. According to Phys.org, this new device allows for a seamless integration with living tissues.
Lindy Score Breakdown
35
Age (0-35)
36 days
4
Velocity (0-40)
1 source (low traction)
6
Tier (0-10)
Phys.org
0
Breadth (0-15)
1 unique
Total Score45/100
Score BreakdownRisk 50
Source Reputation: Low-trust source (6/20 pts)
Consensus: Single source - no independent confirmation yet
Age: 36 days - proven survivor
Stories gain Lindy status through source reputation, network consensus, and time survival.
Breaking Similar stories
The sky's hidden ecosystem: Radar reveals an organized, living habitat
Phys.org • Today
Why 'inefficient' AI spending may power future growth
Phys.org • Today
How greenwashing creates 'false stability' for companies
Phys.org • Today
Utah's other Great Salt Lake is underground, ancient, deep....and fresh
Phys.org • Today
Reporting workplace sexual harassment 'not worth it,' say victims
Phys.org • Today
Gifted education programs lack federal standards, new study reveals
Phys.org • Today
For the World’s Food Supply, Federal Funding Cuts Have Long-Term Impacts
The New York Times • Today
Young environmental activists' identities are multidimensional and partly contradictory, study finds
Phys.org • Today
Detecting Remagnetization with Quantum Diamond Microscopy
Eos: Earth And Space Science News • Today
Live Updates: Astronauts Head Home After Space Station Medical Evacuation
The New York Times • Today
Anti-Lindy Similar stories
From bolts to blue jets, lightning comes in many strange forms
Phys.org • 1 day ago
Digital twins in the Arctic: How Svalbard is becoming a living lab for marine restoration
Phys.org • 1 day ago
Rural coworking spaces thrive on community ties and mixed funding models
Phys.org • 1 day ago
A Look At Antarctica From Above
The New York Times • 1 day ago
First extensive study into marsupial gut microbiomes reveals new microbial species and antimicrobial resistance
Phys.org • 1 day ago
'Absolutely huge' black coral among largest ever seen
Phys.org • 1 day ago
Underestimates in global warming pose major climate and financial risks, report shows
Phys.org • 1 day ago
Study finds that missionaries pull from same language toolkit to describe experiences
Phys.org • 1 day ago
Ancient Tethys Ocean shaped Central Asia's landscape, study suggests
Phys.org • 1 day ago
Lowering deer densities can help restore Scotland's lost Highland mountain woodlands, new research shows
Phys.org • 1 day ago