Concept
electronic devices
Parents
Children
3D Integration3D MemoryAntenna ArraysAutomotive ElectronicsBio-electronic Interfaces
50.6K
Publications
3M
Citations
139.9K
Authors
7.6K
Institutions
Hybrid Silicon Organic Electronics
1963 - 1994
During this period research converged around two complementary strands—polymer-based transistor exploration and foundational silicon material/process innovations. Efforts focused on understanding charge transport in polymer semiconductor films and refining gate-stack engineering for silicon devices to improve mobility, stability, and compatibility with large-area architectures. Advanced fabrication methods, including anisotropic etching and wafer bonding, extended the capabilities of silicon microfabrication, while parallel work on organic transistors foreshadowed the integration of flexible, printable electronics with established silicon platforms. These trends collectively established a unified trajectory toward hybrid device concepts that blend organic and inorganic semiconductors to broaden functional form factors.
No papers available
Conjugated-Polymer Electronics
1995 - 2001
Hybrid Organic Inorganic Electronics
2002 - 2010
Material-Driven Interface Engineering
2011 - 2017
Self-Powered Electronics
2018 - 2024