NanoInnovation brings together scientists, researchers, and industry professionals to discuss the most recent developments in the field of nanotechnology and its applications. The event typically features plenary and keynote speeches, scientific symposia for presentations, and poster sessions. Presentations cover a wide range of fields and topics. In particular, multi-track sessions with parallel thematic symposia are scheduled on September 20 - 21 - 22. Each of the twelve multi-track sessions will include parallel thematic symposia, each of them of 90 minutes. Some thematic symposia are part of workshops and special events while others are organized independently.
In addition, there are roundtable discussions, workshops, and networking events to facilitate collaborations and knowledge exchange among participants. Past editions of NanoInnovation have attracted hundreds of attendees from around the world, including leading scientists, policymakers, and business leaders. NanoInnovation provides a platform for researchers, scientists, and industry professionals to share the latest advances and foster collaborations.
In this page, you can discover all the fields and topics that will be explored during the current edition and the related thematic symposia, workshops and special events, as soon as their schedules will be available.
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AGRI-FOOD
... coming soon ...
| AGRI-FOOD | TEMPORARY SCHEDULING |
ADVANCED MATERIALS
NanoInnovation 2023 will provide an overview of the latest developments in advanced materials, including cutting-edge research on material properties, novel ways of creating materials and the use of these materials in various applications.
The strategic importance of advanced materials and their potential to drive innovation in a wide range of industries will be highlighted, demonstrating the need for continued research and development in this field to further enhance the capabilities and potential of advanced materials to drive innovation in all sectors, from industry to healthcare. Experts will discuss the challenges and opportunities associated with the development and deployment of advanced materials and explore potential solutions to overcome these challenges. Overall, Nanoinnovation will demonstrate the critical role of advanced materials as a key enabling technology to drive the digital and energy transformations and create a more sustainable future.
Details of the scheduled sessions, including the specific topics to be explored, will be available soon and will be summarised here.
| ADVANCED MATERIALS | TEMPORARY SCHEDULING |
CHIPS & MICRO-NANO ELECTRONICS
The development, design, production and use of micro- and nanoelectronic technologies is a key enabler for any company wishing to take advantage of the opportunities offered by digital transformation. The conference will provide an overview of the current state of the art in micro- and nanoelectronics, ranging from fundamental science and material properties to novel ways of manufacturing nanodevices. Micro- and Nanoelectronics is one of the Key Enabling Technologies (KETs) and plays a strategic and critical role in our global economy.
The ongoing global chip shortage has led to supply chain disruptions and product shortages in many industries, from automotive to electronics. It's a problem that has been building for years, but has come to a head in the wake of the COVID-19 pandemic, with a global economic impact compounded by the effects of the Russia-Ukraine war. Whether you're a tech enthusiast, a car owner, or a consumer in need of a new gadget, the chip shortage has the potential to affect your life in profound ways. Ultimately, the chip war is a story that affects us all.
Details of the scheduled sessions, including the specific topics to be explored, will be available soon and will be summarised here.
| CHIPS & MICRO-NANO ELECTRONICS | TEMPORARY SCHEDULING |
CULTURAL HERITAGE and RESTORATION
The application of nanosciences and nanotechnologies and the preparation of new nanostructured or monofunctional materials and molecular, supramolecular or nanometric devices for diagnostics, conservation, monitoring and maintenance of cultural heritage with different types of matter (paintings on canvas / table, paintings murals, glass, ceramics, stone material, etc.) have been the subject of an intense scientific study by many universities and research centres. Details of the scheduled sessions, including the specific topics to be explored, will be available soon and will be summarised here.
| CULTURAL HERITAGE and RESTORATION | TEMPORARY SCHEDULING |
ENERGY & ENVIRONMENT
Environment is a cross-cutting and interdisciplinary topic, related and depending to population growth, patterns of production, international trade and rapid technological progress. In this context, technology and green technology are playing an increasingly central role at European and global level. Green tech refers to a type of technology that is considered environmentally friendly based on its production process or its supply chain. The developments of this new way of seeing and conceiving technology offer significant opportunities for economic growth and societal well-being but nevertheless pose challenges and uncertainties. Furthermore, materials science plays a key role also in the development of energy applications and technologies, rising from generation to storage, conversion and distribution. Among this field, nanomaterials are extremely promising: their high aspect ratio and short diffusion pathways, combined with their compatibility with advanced manufacturing techniques, allow the design and production of highly efficient and easy to use energy devices. However, in order to have a real impact on everyday life, it is crucial to scale-up the synthetic processes, joining the laboratory issues with the market demand. Details of the scheduled sessions, including the specific topics to be explored, will be available soon and will be summarised here.
| ENERGY & ENVIRONMENT | TEMPORARY SCHEDULING |
HEALTH & NANOMEDICINE
... coming soon ...
| HEALTH & NANOMEDICINE | TEMPORARY SCHEDULING |
INDUSTRY 4.0, ADDITIVE and 3D MANUFACTURING
... coming soon ...
| INDUSTRY 4.0, ADDITIVE and 3D MANUFACTURING | TEMPORARY SCHEDULING |
INNOVATIVE and SMART TEXTILES
... coming soon ...
| AGRINANO TECHNIQUES | TEMPORARY SCHEDULING |
MICROSCOPY and NANOCHARACTERIZATION
... coming soon ...
| MICROSCOPY and NANOCHARACTERIZATION | TEMPORARY SCHEDULING |
QUANTUM TECHNOLOGIES
Quantum technology is an emerging field of physics and engineering, which relies on the principles of quantum physics. Nanofabrication and material engineering on the nanoscale plays a crucial role in many of the emerging fields in quantum technology like secure communication, biomedical imaging, ultrasensitive sensors or quantum computing. Bringing these technologies out of the research laboratories to real world applications requires still a tremendous effort also in the fields of material engineering and optimisation of devices and components applied. Many quantum technologies are based on the generation, manipulation and measurements of few or even single photons with well-defined and engineered optical properties. Details of the scheduled sessions, including the specific topics to be explored, will be available soon and will be summarised here.
| QUANTUM TECHNOLOGIES | TEMPORARY SCHEDULING |
TRANSPORT, SPACE and AERONAUTICS
... coming soon ...
| TRANSPORT, SPACE and AERONAUTICS | TEMPORARY SCHEDULING |