The scientific program of Nanoinnovation will start on the afternoon of September 20 with the plenary sessions and will continue with the technical sessions scheduled on September 21-22.

Each of the eight technical sessions  will include 6 parallel thematic sessions, each of them of 90 minutes with 4 of 5 talk.

The thematic symposia are in alphabetical order:

TS.IV.C	2D materials: focus on sensing and nano-bio-applications
TS.VI.A	3D Printing for Tissue Engineering
TS.VIII.E	3D printing: new nanomaterials and devices
TS.V.B	Advanced nanotechnologies for green energy
TS.I.B	Advanced Raman spectroscopy and imaging in Nanomedicine
TS.IV.B	Advances in structural and strain analysis at the nanoscale
TS.V.C	Electronic nanodevices and technology trends
TS.VII.A	Emerging Nanodevices for Memory and Neuromorphic applications
TS.VI.E	Graphene based nanomaterials for dental application and related cytoxicity studies
TS.VIII.D	Graphene-based materials: Beyond Graphene
TS.VII.D	Graphene-based materials: challenges and perspective of applications
TS.V.D	Graphene-based materials: science and technology integration
TS.VIII.F	Innovative design and manufacturing processes for nanomaterials and nanodevices
TS.VI.B	KETs for Aeronautics & Space
TS.VIII.A	KILOMETRO ROSSO: case history on innovative materials and advanced manufacturing
TS.III.C	Micro- and nanobubbles: a versatile platform for biomedical applications
TS.I.E	Microfluidics, Fluids at Interfaces and applications
TS.V.A	Multifunctional technologies for 2D/3D printing of smart components
TS.II.A	Nano Applications in Leonardo-Finemccanica
TS.II.C	Nano-characterization
TS.VII.C	Nanocharacterization Methods and Tools for Nanotechnology
TS.III.F	Nanoelectronics and Nanophotonics
TS.VI.C	Nanomedicine for the Nervous System
TS.I.A	Nanophotocatalysis
TS.VI.D	Nanostructured Magnetic Material for Biomedical Applications
TS.IV.F	Nanotechnologies and nanomaterials for cultural heritage: research and education as drivers for the technology transfer
TS.IV.A	Nanotechnologies in the agri-food chain and related, emerging characterization techniques
TS.VII.E	Nanotechnology and nanomaterial for cultural heritage
TS.I.F	Nanotechnology for Energy - part I
TS.VIII.C	Nanotechnology for Energy - part II
TS.I.C	Nanotechnology for future electronics
TS.IV.E	Nanotechnology for safety, security and quality assurance
TS.III.B	Nanotechnology for the conservation of modern and contemporary art
TS.VIII.B	Nanotechnology in Bio-Medicine
TS.II.D TS.III.E	Nanotoxicology meets green chemistry: toward safe and sustainable nanomaterials
TS.II.F	New Methods for Cancer Detection and Therapy
TS.IV.D	Optical metamaterials for future applications
TS.V.E TS.VII.F	Present and Future in Nanotechnology Applications in Food, Nutraceutical, Pharmaceutical and Cosmetic Fields
TS.I.D	RRI of Nanotechnologies: The RinnovaReNano Project
TS.II.B	Safe Working with nanomaterials: the NanoLab project, results from a research laboratory case study
TS.V.F	Safety assessment of nanomaterials for industrial application
TS.III.A	Self-Healing and Self-Adapting: development of multifunctional materials inspired by nature
TS.VI.F	Self-lubricant materials: basic mechanisms and applications from the macro scale down to the micro and nano scale
TS.II.E	Simulation and Modeling for Nanotechnology
TS.VII.B	Sustainable nanomaterials for organic electronics
TS.III.D	X- Ray microscopy (XRM): Applications and new advancements