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Table of Contents
Beyond Watson-Crick
DNA nanotechnology out of equilibrium
The Evolution of DNA-Based Molecular Computing
DNA Nanotechnology Research in Japan
Reminiscences from the Trenches
Beyond DNA
Controlling single molecule conjugated oligomers and polymers with DNA
Organizing charge flow with DNA
DNA Assembly of Dye Aggregates
Building with DNA
From Molecules to Mathematics
Origami Life
Ok: a kinetic model for locally reconfigurable molecular systems
Implementing a Theoretician’s Toolkit for Self-Assembly with DNA Components
Reasoning As If
Scaling up DNA computing with array-based synthesis and high-throughput sequencing
Sequenceable Event Recorders
Computational Design of Nucleic Acid Circuits
Parallel computations with DNA-encoded chemical reaction networks
Social DNA Nanorobots
Models of Gellular Automata
Patterning DNA origami on membranes through protein self-organization.
DNA nanotechnology out of equilibrium
The Evolution of DNA-Based Molecular Computing
DNA Nanotechnology Research in Japan
Reminiscences from the Trenches
Beyond DNA
Controlling single molecule conjugated oligomers and polymers with DNA
Organizing charge flow with DNA
DNA Assembly of Dye Aggregates
Building with DNA
From Molecules to Mathematics
Origami Life
Ok: a kinetic model for locally reconfigurable molecular systems
Implementing a Theoretician’s Toolkit for Self-Assembly with DNA Components
Reasoning As If
Scaling up DNA computing with array-based synthesis and high-throughput sequencing
Sequenceable Event Recorders
Computational Design of Nucleic Acid Circuits
Parallel computations with DNA-encoded chemical reaction networks
Social DNA Nanorobots
Models of Gellular Automata
Patterning DNA origami on membranes through protein self-organization.