3D printed metamaterials leverage complex geometry to damp mechanical vibrations
This 3D printed kagome tube can passively isolate vibrations thanks to its complex but deliberate structure. Credit: James McInerney, Air ...
Tag: Complex
Tessellations as a precise tool for solving complex problems
Mathematics meets aesthetics: Schweikart triangles produce patterns with an aesthetic appeal that inspires graphic designers and architects alike. Credit: Heinrich ...
3D printing method “grows” complex, ultra-strong materials inside a water-based gel
Large iron gyroid (1.3 x 1.0 cm) Credit: ALCHEMY EPFL CC BY SA Vat photopolymerization is a 3D printing technique ...
Ionic liquids become transparent whole organs such as glass while preserving the details of the complex tissues
Vivit allows the transparent of whole organs with strong morphological fidelity. Credit: Cell (2025). DOI: 10.1016 / J.Cell.2025.07.023 Scientists have ...
Vibrio Natriegens Strain has increased the biotagement of complex pollutants in difficult environments
Construction of strains for the sanitation of complex organic pollutants and selection of chassis cells. Credit: Nature (2025). DOI: 10.1038 ...
The neuromorphic system uses quantum effects to find optimal solutions to complex problems
Motivation of the neurosa for the cartography of the optimal simulated receipt in a neuromorphic architecture. Credit: Nature communications (2025). ...
New overview of how the human engine cortex code for complex writing
The neuronal decoder dependent on the state. Credit: Qi et al. Compared to other animal species, humans can plan and ...
How physical forces shape the interior plants to generate their complex 3D forms
The localized growth of the internal fabric underpins the formation of the lobe. Credit: Natural plants (2025). DOI: 10.1038 / ...
Exocyst study reveals new roles for protein complex in membrane fusion
The role of the exocyst in exocytosis. Credit: Seung-Hak Lee, medical student, School of Biological Sciences and Institute of Molecular ...
The hybrid model links micro and macro scales in complex systems
A hybrid theory developed by SFI external professor John Harte and colleagues offers a new way to model complex disrupted ...
