Associate Editors
Molecular computing, reaction-diffusion computing, collision-based computing, cellular automata, slime mold computing, massive parallel computation, applied mathematics, complexity, nature-inspired optimization, collective intelligence and robotics, bionics, computational psychology, nonlinear science, novel hardware, and future and emergent computation
Nanoparticles interfaced with biological systems
Pathology, disease.
Molecular regulatory processes in microorganisms influenced by internal factors like small RNA molecules, supercoiling of DNA, and the circadian clock. Designing and testing synthetic switches, biosensors, and heterologous metabolic pathways.
Nanostructures and nanoparticles interfaced with biological systems, biological nanodevices
Quantum and classical systems, the application of techniques of statistical physics to computation, complexity to other disciplines such as economics and engineering, computation using memristive devices and nanomagnets.
Nanostructures interfaced with biological systems, biological nanodevices, nano (and micro) fluidics, computational modeling and theory
Bioelectronics, biosensors, model biomembranes, nanobiophysics
Nanoscale, molecular communications
Nanoparticles interfaced with biological systems, bionanophotonics
Nanostructures interfaced with biological systems, biological nanodevices, DNA engineering, nano (and micro) fluidics, nanobiophotonics, nanomaterial synthesis for biosensing, hardware and software for data acquisition analysis, IoT for bio-applications.
Nanostructures and particles interfaced with biological systems, bionanophotonics, biological membrane engineering, development of nanobiosensors, development of nanoparticles for biomedical applications, optical and magnetic heating for controlling biological/biotechnological processes by nanoactuation, development of hybrid materials for medical/biotechnological applications
Bionanotechnology, neural engineering, biosensing, sequencing
Biomolecular and cellular computation
Nanoparticles interfaced with biological systems, Supramolecular engineering
Computation in brain networks, the computational study of intracellular metabolic pathways, and neural interfaces
Nanoparticles interfaced with biological systems, biological nanodevices, biomolecular and cellular computation, computational and modeling theory
Nanostructures interfaced with biological systems, nano (and micro) fluidics
Enzymes, nanobiocatalysis
Biomedical measurements and instrumentation
Engineering multilayered nanomedical systems for
multi-step targeting, biosensing, and complex
decision-making; single-cell medicine; single-cell
measures of nanotoxicity; microfluidic cytometry;
organ-on-a-chip models of human disease.
Nanostructures interfaced with biological systems, biological nanodevices, nano (and micro) fluidics, computational modeling and theory
Nano-communication, self-organizing systems
Nanostructures and nanoparticles interfaced with biological systems, nano (and micro) fluidics, bionanophotonics
Nano-, computer networks, molecular communication, information theory, computer simulation, and artificial intelligence.
Tissue engineering, biomechanics, bioMEMS
Nanostructures interfaced with biological systems, biological nanodevices, nano (and micro) fluidics
Molecular simulation and physical modelling
Bioengineering, bio-hybrid systems, microrobotics, bio-materials, regene-rative, nano medicine
Neuroscience, biomedical engineering
Nanostructures and nanoparticles interfaced with biological systems, biological nanodevices, nano (and micro) fluidics, bionanophotonics
Nanostructures and nanoparticles interfaced with biological systems, nano (and micro) fluidics
Nanoparticles interfaced with Biological Systems, biological nanodevices, biomolecular and cellular computation, nano (and micro) fluidics
Nanostructures interfaced with biological systems, bionanophotonics
Nanostructures and nanoparticles interfaced with biological systems, biological nanodevices, bionanophotonics