The book explores how chemical systems can be used for information processing as traditional silicon-based electronics approach their physical limits.
If you are looking for more recent papers building on these ideas, you might find these useful:
The text you're looking for is a foundational rather than a single paper. It is titled Infochemistry: Information Processing at the Nanoscale (2012) by Konrad Szacilowski . Infochemistry: Information Processing at the Na...
Discusses carbon nanostructures, low-dimensional metals, and semiconductors.
Details molecular-scale logic gates, switches, memories, and photocurrent switching. The book explores how chemical systems can be
(e.g., AND/OR gates made of molecules) Bio-inspired computing (e.g., mimicking neural networks) Chemical sensing (e.g., detecting ions through logic) Infochemistry: Information Processing at the Nanoscale
Analyzes how information is processed in biological systems as a blueprint for artificial models. Related Research Related Research It is widely cited as a
It is widely cited as a defining text for the field of , which sits at the intersection of chemistry and information science. Key Concepts & Structure