Nanosciences and Nanotechnology

About Conference

Welcome to the 38th International Conference and Expo on Nanosciences and Nanotechnology, scheduled for July 20–21, 2027, in Amsterdam, Netherlands. The guiding theme of this year's edition is "Advancing Nanoscience Through Innovation, Industry Translation, and Global Collaboration," focusing on the constantly evolving frontier of matter engineered at the atomic and molecular scale.

This event will gather distinguished researchers, engineers, clinicians, and industry leaders to investigate the freshest progress across the field, including nanomaterial synthesis and characterisation, nanomedicine and drug delivery, 2D materials, quantum technologies, nanoelectronics, energy storage, and AI-driven materials discovery. By weaving together fundamental science with industrial application, the congress will deliver practical knowledge on scalable manufacturing, safety assessment, regulatory pathways, and modern instrumentation.

Participants will join in lively dialogue, share fresh viewpoints, and forge partnerships with peers from every continent. Come to Amsterdam and help us craft the next chapter of nanoscale science — strengthening research-to-market pathways and elevating the global impact of nanotechnology across health, energy, electronics, and the environment.

Why to Attend

Target Audience

Nanotechnologists

Materials Scientists and Engineers

Nanomaterial Chemists

Physicists and Quantum Researchers

Biomedical Engineers

Pharmaceutical and Nanomedicine Researchers

Drug Delivery and Formulation Scientists

Cancer Researchers and Oncologists

Toxicologists and Regulatory Scientists

Analytical and Characterisation Specialists

Semiconductor and Nanoelectronics Engineers

Photonics and Optoelectronics Researchers

Energy, Battery and Catalysis Researchers

Environmental and Water Treatment Scientists

Agricultural and Food Scientists

Polymer and Composite Engineers

Manufacturing and Process Engineers

Cleanroom and Nanofabrication Specialists

R&D Managers and Industry Leaders

Equipment and Instrumentation Companies

Nanotechnology Start-ups and SMEs

Investors, Venture Capitalists and Funding Agencies

Patent Attorneys and Technology Transfer Officers

Standards Bodies and Accreditation Agencies

Government Agencies and Policy Makers

Academic Institutions and Research Centres

Journal Editors and Scientific Publishers

Science Communicators and Media Professionals

PhD Students, Postdoctoral Fellows and Early-Career Researchers

Sessions & Tracks

TRACK 1: Nanomaterials Synthesis, Functionalisation and Advanced Characterisation

Presentations will examine wet-chemical, solvothermal, vapour-phase, and green synthesis routes for metal, oxide, semiconductor, and hybrid nanostructures, with attention to size, shape, and surface control. Topics may include ligand chemistry, colloidal stability, doping, defect engineering, and batch-to-batch reproducibility that decides whether a material can ever be manufactured. Researchers will discuss electron microscopy, atomic force microscopy, X-ray scattering, and spectroscopy, along with in situ and operando methods that observe nanostructures as they form. Attention will be given to automated synthesis platforms, data-rich characterisation, and certified reference materials that make results comparable between laboratories. Structure–property relationships governing real application performance will be emphasised.

TRACK 2: 2D Materials and Layered Nanostructures

Presentations will cover graphene, hexagonal boron nitride, transition-metal dichalcogenides, MXenes, phosphorene, and layered oxides, together with their heterostructures and twist-engineered stacks. Topics may include exfoliation, chemical vapour deposition, epitaxial growth, intercalation, and large-area transfer onto flexible and curved substrates. Researchers will discuss band-structure engineering, moiré phenomena, strain effects, and the role of defects in transport, optical, and catalytic behaviour. Attention will be given to wafer-scale uniformity, environmental stability, and contact engineering that currently limits device performance. Applications spanning electronics, sensing, membranes, energy storage, and biomedicine will be explored.

TRACK 3: Carbon Nanostructures — Nanotubes, Fullerenes, Graphene and Nanodiamonds

Presentations will address single-walled and multi-walled carbon nanotubes, fullerenes, carbon dots, nanodiamonds, and related carbon architectures, including purification, sorting, and chemical functionalisation. Topics may include chirality control, doping, defect passivation, and the role of surface chemistry in dispersion and biocompatibility. Researchers will discuss the mechanical, electrical, thermal, and optical properties that make carbon nanomaterials attractive across so many sectors. Attention will be given to toxicity profiles, life-cycle considerations, and regulatory questions around fibrous nanomaterials. Reliable manufacturing routes and quality-control methods will be explored.

TRACK 4: Quantum Dots, Nanocrystals and Quantum Materials

Presentations will examine colloidal quantum dots, perovskite nanocrystals, upconversion nanoparticles, and other quantum-confined systems, focusing on nucleation, growth kinetics, and surface passivation. Topics may include emission colour tuning, photostability, blinking, and the removal of toxic heavy metals from conventional compositions. Researchers will discuss quantum confinement, exciton dynamics, and carrier transport measured through advanced spectroscopy. Attention will be given to display, lighting, solar, and bioimaging applications, together with the performance benchmarks that determine commercial viability. Cadmium-free chemistries and scalable synthesis will also be considered.

TRACK 5: Nanoparticles for Drug Delivery and Nanomedicine

Presentations will explore lipid nanoparticles, polymeric micelles, dendrimers, inorganic carriers, exosomes, and cell-derived vesicles designed to deliver therapeutics with controlled release and improved targeting. Topics may include pharmacokinetics, biodistribution, clearance, protein corona formation, and immune recognition that influence clinical outcomes. Researchers will discuss crossing biological barriers such as the blood–brain barrier, mucus layers, and the tumour microenvironment. Attention will be given to good manufacturing practice, sterility, stability, and the quality attributes regulators expect. Translation from benchtop formulation to clinical product, including lessons from approved nanomedicines, will be highlighted.

TRACK 6: Cancer Nanotechnology and Targeted Therapeutics

Presentations will address nanoparticle platforms for chemotherapy, photothermal and photodynamic therapy, radionuclide delivery, and combination treatment in solid tumours and haematological malignancies. Topics may include tumour accumulation mechanisms, vascular permeability, hypoxia, and intratumoural heterogeneity that limit effective delivery. Researchers will discuss ligand-targeted carriers, tumour-penetrating peptides, and strategies to overcome multidrug resistance and stroma-mediated barriers. Attention will be given to predictive models, organ-on-chip studies, and imaging methods that verify where nanomedicines actually reach. Preclinical reproducibility, clinically relevant endpoints, and rational trial design will be emphasised.

TRACK 7: Nanotheranostics, Molecular Imaging and Image-Guided Therapy

Presentations will examine contrast agents for magnetic resonance, computed tomography, ultrasound, positron emission tomography, and photoacoustic imaging, engineered for higher sensitivity and lower dose burden. Topics may include multimodal probes, activatable sensors, and nanoparticles that report on enzyme activity, pH, or redox state in living tissue. Researchers will discuss pharmacokinetics, clearance, and the regulatory pathway for imaging agents. Attention will be given to fluorescence-guided surgery, sentinel node mapping, and intraoperative decision-making supported by nanoscale reporters. Quantitative imaging, standardisation, and reproducibility between centres will be highlighted.

TRACK 8: Nanobiosensors, Point-of-Care Diagnostics and Wearable Devices

Presentations will cover electrochemical, optical, plasmonic, piezoelectric, and field-effect transistor biosensors that detect nucleic acids, proteins, metabolites, pathogens, and small molecules at very low concentrations. Topics may include functionalisation chemistry, antifouling surfaces, sample preparation, and reduction of matrix interference in blood, saliva, and urine. Researchers will discuss label-free detection, multiplexed panels, and signal amplification strategies suitable for low-resource settings. Attention will be given to validation against reference standards, limits of detection, and clinical sensitivity in real cohorts. Manufacturing and regulatory routes for point-of-care nanodiagnostics will be considered.

TRACK 9: Nanovaccines, Immunoengineering and mRNA Delivery Systems

Presentations will examine lipid nanoparticles, polymeric carriers, self-assembling protein nanoparticles, virus-like particles, and adjuvant chemistries central to modern vaccine design. Topics may include antigen display, lymphatic trafficking, depot formation, and the tunable immune activation needed for durable protection. Researchers will discuss thermostability, dose sparing, and formulations suited to low-resource immunisation programmes. Attention will be given to reactogenicity, post-market surveillance, and the manufacturing scale required during outbreaks. Lessons learnt from recent vaccine platforms and their nanoparticle components will be discussed.

TRACK 10: Nanotoxicology, Nanosafety and Environmental Health Risk

Presentations will examine how size, shape, charge, dissolution, and surface chemistry determine the biological fate of nanomaterials in cells, tissues, and ecosystems. Topics may include inhalation, dermal, and ingestion exposure routes, inflammation, oxidative stress, and genotoxicity. Researchers will discuss occupational safety in laboratories and manufacturing, containment practice, and exposure monitoring. Attention will be given to standardised test methods, reference materials, in vitro to in vivo correlation, and alternatives to animal testing such as organ models. Risk-assessment frameworks, life-cycle analysis, and precautionary regulation will be considered.

TRACK 11: Nano–Bio Interfaces, Biomimetic and Bioinspired Materials

Presentations will examine how cells sense nanotopography, stiffness, and surface chemistry, and how this knowledge informs implant design, tissue engineering, and regenerative medicine. Topics may include antifouling coatings, antimicrobial surfaces, protein adsorption, and immune-compatible interfaces. Researchers will discuss biomimetic mineralisation, peptide and DNA templating, and materials that replicate natural structures such as bone, nacre, and silk. Attention will be given to stem cell behaviour, mechanotransduction, and organoid culture on engineered substrates. Translational challenges in sterilisation, large-scale production, and clinical validation will be considered.

TRACK 12: DNA Nanotechnology, Molecular Machines and Nanorobotics

Presentations will cover DNA origami, tile assembly, aptamer frameworks, and programmable nucleic acid structures that position molecules with nanometre precision. Topics may include dynamic reconfiguration, molecular motors, nanoscale switches, and logic circuits built from biomolecules. Researchers will discuss applications in targeted delivery, molecular sensing, computation, and templated material growth. Attention will be given to stability in biological fluids, scalability of production, and cost per structure. Integration of molecular machines with electronic and photonic devices will be explored.

TRACK 13: Nanofluidics, Microfluidics and Lab-on-a-Chip Systems

Presentations will examine transport phenomena at the nanoscale, including slip flow, ionic selectivity, osmotic effects, and single-molecule behaviour in confined channels. Topics may include nanofluidic membranes for energy harvesting and desalination, nanopore sequencing, and precision separation of ions and biomolecules. Researchers will discuss fabrication of nanoscale channels, surface charge control, and integration with electrodes and optical readouts. Attention will be given to lab-on-a-chip platforms for diagnostics, cell sorting, and organ-on-chip models. Throughput, cost, and manufacturability will be considered alongside scientific novelty.

TRACK 14: Plasmonics, Nanophotonics, Metamaterials and Metasurfaces

Presentations will address surface plasmon resonance, localised field enhancement, and light confinement below the diffraction limit in metallic and dielectric nanostructures. Topics may include metasurfaces for wavefront shaping, flat lenses, holograms, and polarisation control. Researchers will discuss nanofabrication tolerances, optical losses, and material choices including titanium dioxide, silicon, and nitrides. Attention will be given to applications in sensing, optical communication, imaging, and augmented reality displays. Design tools, inverse design methods, and large-scale manufacturing routes will be explored.

TRACK 15: Nanoelectronics, Spintronics and Neuromorphic Devices

Presentations will examine transistors, memories, interconnects, and logic devices built from nanowires, 2D channels, and single molecules, with attention to scaling limits and energy efficiency. Topics may include resistive switching, ferroelectric memory, tunnel junctions, and three-dimensional integration. Researchers will discuss contact resistance, variability, reliability, and thermal management, which decide whether a laboratory device can be manufactured at volume. Attention will be given to spintronic devices, magnetic skyrmions, and low-power computing concepts. Metrology and benchmarking standards for nanoscale electronics will be considered.

TRACK 16: Nanoscale Quantum Sensing, Computing and Communication

Presentations will examine spin defects in diamond, superconducting qubits, trapped ions integrated with nanophotonics, and other platforms where nanofabrication enables quantum control. Topics may include coherence times, error correction, cryogenic packaging, and microwave or optical control electronics. Researchers will discuss quantum sensing of magnetic fields, temperature, strain, and chemical signals at the single-molecule level, with applications in biology, materials, and geology. Attention will be given to compact, field-deployable instruments replacing large laboratory setups. Foundry-compatible fabrication and benchmarking standards will be highlighted.

TRACK 17: Perovskite and Next-Generation Nanophotovoltaics

Presentations will examine perovskite solar cells, tandem architectures, quantum-dot photovoltaics, organic and dye-sensitised devices, and their nanoscale interfaces. Topics may include crystallisation control, defect passivation, additive engineering, and the band alignment needed for high open-circuit voltage. Researchers will discuss moisture, heat, light, and bias stability, since durability decides commercial adoption. Attention will be given to lead-free compositions, recycling, and toxicity concerns across the module life cycle. Scaling from small cells to large-area modules, and the efficiency gap that follows, will be examined.

TRACK 18: Nanomaterials for Batteries, Supercapacitors and Energy Storage

Presentations will cover nanostructured electrodes, coatings, separators, electrolytes, and current collectors for lithium, sodium, potassium, zinc, and solid-state batteries. Topics may include silicon and tin anodes, conversion and alloying chemistries, single-atom catalysts, and interface stabilisation for long cycle life. Researchers will discuss fast charging, thermal runaway, dendrite growth, and the failure mechanisms that limit safety. Attention will be given to solid electrolytes, thin-film cells, and flexible or microbattery formats. Scale-up, cost, material availability, and recycling will be considered.

TRACK 19: Nanocatalysis, Electrocatalysis and Green Hydrogen

Presentations will examine single-atom catalysts, bimetallic and high-entropy systems, metal–organic frameworks, zeolites, and enzyme-mimicking nanostructures for chemical transformation. Topics may include water splitting, oxygen reduction, carbon dioxide conversion, ammonia synthesis, and fine chemical production. Researchers will discuss structure–activity relationships, selectivity control, and stability under industrial operating conditions. Attention will be given to reducing platinum-group metal content, developing earth-abundant alternatives, and regenerating spent catalysts. Life-cycle impact, energy payback, and the economics of catalyst production will be considered.

TRACK 20: Nanotechnology for Water Treatment and Environmental Remediation

Presentations will address nanoadsorbents, photocatalytic degradation, nanofiltration and reverse osmosis membranes, and antimicrobial nanostructures for water and wastewater treatment. Topics may include removal of heavy metals, dyes, pharmaceuticals, microplastics, and emerging contaminants, alongside disinfection. Researchers will discuss selectivity, regeneration, fouling control, and energy demand compared with conventional treatment. Attention will be given to sorbent recycling, nanoparticle release, and safe disposal of spent media. Decentralised and low-cost systems suited to rural and emergency settings will be explored.

TRACK 21: Nano-Agriculture, Food Nanotechnology and Precision Farming

Presentations will examine nanofertilisers, nano-pesticides, seed coatings, and controlled-release agrochemicals intended to improve nutrient use efficiency and reduce environmental load. Topics may include soil–nanoparticle interactions, plant uptake pathways, translocation, and effects on beneficial microbes. Researchers will discuss nano-enabled sensors for soil moisture, nutrients, and plant disease detection, alongside drones and data platforms for precision decisions. Attention will be given to food safety, nanoparticle migration from packaging, and regulatory approval for edible applications. Field-scale evidence and farmer economics will be emphasised.

TRACK 22: Polymer Nanocomposites, Soft Matter and Nanomechanics

Presentations will examine filler dispersion, interfacial bonding, and percolation in polymer, ceramic, and metal nanocomposites that deliver enhanced strength, conductivity, or barrier performance. Topics may include nanocellulose, clay, silica, carbon-based fillers, and self-healing or recyclable matrices. Researchers will discuss tribology, wear, friction, and nanoscale coatings for durability in demanding conditions. Attention will be given to processing methods, rheology, curing, and prediction of mechanical behaviour through multiscale modelling. Lightweighting for transport, construction, and consumer products will be highlighted.

TRACK 23: Nanofabrication, Lithography and Nano-Additive Manufacturing

Presentations will cover extreme ultraviolet and electron-beam lithography, nanoimprint, directed self-assembly, block copolymer patterning, and scanning-probe techniques for writing nanostructures. Topics may include throughput, overlay accuracy, defectivity, and cost per wafer that limit commercial adoption. Researchers will discuss two-photon and projection-based 3D printing, atomic layer deposition, and area-selective processing for precise architectures. Attention will be given to cleanroom practice, contamination control, and metrology for critical dimensions. Hybrid approaches combining top-down and bottom-up routes will be explored.

TRACK 24: AI, Machine Learning and Autonomous Laboratories for Nanoscience

Presentations will examine predictive models linking composition and processing to nanomaterial structure and performance, including descriptor engineering and uncertainty quantification. Topics may include high-throughput screening, active learning, and generative design of particles, catalysts, and formulations. Researchers will discuss self-driving laboratories that plan experiments, run synthesis robots, and refine models in closed loops. Attention will be given to data standards, ontologies, FAIR practices, and the sharing of negative results that remain largely unpublished. Validation of model predictions through physical experiments will be emphasised.

TRACK 25: Nanotechnology Translation, Scale-Up, Standardisation and Commercialisation

Presentations will address the pathway from laboratory discovery to certified product, covering pilot-scale synthesis, quality by design, process analytical technology, and cost modelling. Topics may include good manufacturing practice, batch release, stability studies, and the documentation regulators require. Industry speakers and researchers will discuss patents, technology transfer, licensing, start-up formation, and funding routes. Attention will be given to standards bodies, reference materials, nomenclature, and measurement harmonisation that support international trade. Market-entry barriers in medicine, energy, electronics, and agri-food will be compared.

Market Analysis

Global Nanoscience and Nanotechnology Market Outlook – 2027

The global nanoscience and nanotechnology sector is entering a period of substantial growth. The worldwide nanotechnology market was valued at approximately USD 105.79 billion in 2025 and is projected to reach USD 398.41 billion by 2034, expanding at a strong CAGR of 15.70% during the forecast window of 2026–2034. The nanomaterials segment alone is expected to climb from USD 58.1 billion in 2025 to USD 146.1 billion by 2034, while nanomedicine and nanotechnology-enabled drug delivery — already valued in the hundreds of billions — continue to attract sustained investment. This expansion is largely driven by rising demand for higher-performance electronics, the momentum of targeted therapies and lipid nanoparticle platforms, sustainability mandates in energy and water treatment, and heavy public and private funding for advanced materials and quantum research. As industries strive to lift performance and efficiency, precision synthesis, artificial intelligence, and scale-up manufacturing are becoming central to commercial success.

Nanoelectronics, semiconductor materials, and nanomedicine continue to lead in revenue generation. North America is expected to remain the largest regional market thanks to mature semiconductor infrastructure, substantial government funding programmes, and rapid adoption of advanced materials. Europe — led by the Netherlands, Germany, France, and the United Kingdom — continues to advance nanofabrication hubs, quantum research programmes, and standardised safety frameworks. Asia-Pacific stands out as the fastest-growing region, with China, Japan, South Korea, India, Taiwan, and the ASEAN nations rapidly broadening nanomaterial production, chip-making capacity, and nanomedicine research output.

Innovation is also being accelerated by AI-guided materials discovery, self-driving laboratories, automated microscopy and image analysis, roll-to-roll nanomanufacturing, quantum-enabled sensing, and nano-enabled medical devices and diagnostics, all of which are dramatically shortening the path from laboratory discovery to certified product. In parallel, safe-by-design approaches, life-cycle assessment, and harmonised standards are shaping responsible, regulation-ready growth. With nanoscale science now firmly recognised as a backbone of modern industry and healthcare, the sector is positioned for sustained, high-impact growth well beyond 2027.

Abstract Details

Abstract Details

All submitted abstracts will undergo peer review by the scientific committee. Accepted abstracts will be published in the conference proceedings with DOI indexing for enhanced global visibility. Authors will receive an Abstract Acceptance Letter confirming inclusion in the scientific program.

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Registration: https://nanotechnology.conferenceseries.com/registration.php
Abstract Submission: https://nanotechnology.conferenceseries.com/abstract-submission.php

Don't miss this opportunity to participate in the 38th International Conference and Expo on Nanosciences and Nanotechnology, present your research, discover ground-breaking innovations in nanoscale science and technology, and connect with global experts in Amsterdam, Netherlands, on July 20–21, 2027. We look forward to welcoming you to this prestigious international gathering dedicated to advancing the future of nanoscience and global healthcare technology.

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