Scientific Tracks
Track 1: Micro-Nano Fabrication
1.1 Processes
- Additive
- 2D, 3D Pattern transfer lithography
- EUV, DUV, UV
- E-beam, ion beam, x-ray, lasers, LEDs
- Scanning probes
- Plasma and thermal processes
- Growth, deposition, electroplating
- Integration and packaging
- FEOL and BEOL
- Novel methods
- Micro-nano printing
Note: These processes involve various techniques for creating micro and nano-scale structures and devices.
1.2 Characterisation
- Metrology
- Electrical
- Optical
- Scanning probes
Note: These methods are used to analyze and measure the properties of micro and nano-scale structures and devices.
1.3 Design
- Process simulation
- Bio-inspired and biomimetics
- Process optimisation
- Machine learning
- Process control
Note: These aspects involve the design and optimization of fabrication processes for micro and nano-scale devices.
Track 2: Micro-Nano Devices
2.1 Electronics
- Field effect
- Memory (memristor, ferromagnetic)
- Thermoelectric
- Acoustic
- RF and microwaves
- Quantum
Note: This section covers various types of electronic devices at the micro and nano-scale.
2.2 Photonics and Phononics
- Light emitters
- Lasers
- Plasmonics
- Silicon photonics
- Detectors
Note: This section focuses on devices that utilize light and sound waves at the micro and nano-scale.
2.3 Biodevices
- Micro-nano fluidics
- Biomedical and implantable
- Bioelectronics and biophotonics
- Biostructures
- Biomatters and materials
- Drug delivery and probes
- Lab-on-a-chip
Note: These devices are designed for biological and medical applications.
2.4 Micro-Nanosystems
- MEMS, NEMS, MOEMS
- 3D printed devices
Note: This section covers miniaturized systems and devices with integrated functionalities.
2.5 Flexible Devices
- Large Area Electronics
- Organic and Inorganics
Note: This involves electronics that can be fabricated on flexible substrates.
Track 3: Systems and Applications
3.1 Sensors
- Environmental (Chemical and Physical)
- Biosystems, Biological, Biochemical, Biomedical
- Force and pressure
- Electromagnetics and charges
- Capacitive, Resistive, Inductive
- Wearable
- Sensor systems and others
Note: This section encompasses various types of sensors for different applications.
3.2 Heterogeneous Integration
- Electrical and optical interposers
- Interconnects
- Integrated devices, system, packaging
Note: This involves integrating different types of devices and technologies into a single system.
3.3 Information Communication Technologies
- Datacom, Telecom, IoT
- Quantum, Security and resilience
- Computing and storage
- Vision, AV, display, projection
Note: This section focuses on the application of nano and micro fabrication technologies in communication.
3.4 Machine Learning
- Neuromorphic computing
- Fabrication image and data processing
- Process development and analysis
Note: This involves the use of machine learning in the design and fabrication of micro and nano-scale devices.
Track 4: Sustainability Technology
4.1 Alternative Fabrication Processes
- Low energy and energy efficient
- Green materials and devices
- Low carbon
Note: This section explores sustainable fabrication methods with reduced environmental impact.
4.2 Circular Processes
- Recycling and e-waste
- Bio-based and biocompatible materials
- Packaging technology
- Materials supply chain
Note: These processes aim to minimize waste and promote resource efficiency in micro and nano-technology.
4.3 Energy
- Energy harvester and generator
- Photovoltaics and solar cells
- Batteries
- Low power devices
Note: This section covers technologies for energy generation, storage, and efficient utilization in micro and nano-devices.
4.4 Environment Monitoring
- Atmospheric
- Maritime
- Land
- Space
- Food and agritech
Track 1: Micro-Nano Fabrication
1.1 Processes
- Additive
- 2D, 3D Pattern transfer lithography
- EUV, DUV, UV
- E-beam, ion beam, x-ray, lasers, LEDs
- Scanning probes
- Plasma and thermal processes
- Growth, deposition, electroplating
- Integration and packaging
- FEOL and BEOL
- Novel methods
- Micro-nano printing
Note: These processes involve various techniques for creating micro and nano-scale structures and devices.
1.2 Characterisation
- Metrology
- Electrical
- Optical
- Scanning probes
Note: These methods are used to analyze and measure the properties of micro and nano-scale structures and devices.
1.3 Design
- Process simulation
- Bio-inspired and biomimetics
- Process optimisation
- Machine learning
- Process control
Note: These aspects involve the design and optimization of fabrication processes for micro and nano-scale devices.
Track 2: Micro-Nano Devices
2.1 Electronics
- Field effect
- Memory (memristor, ferromagnetic)
- Thermoelectric
- Acoustic
- RF and microwaves
- Quantum
Note: This section covers various types of electronic devices at the micro and nano-scale.
2.2 Photonics and Phononics
- Light emitters
- Lasers
- Plasmonics
- Silicon photonics
- Detectors
Note: This section focuses on devices that utilize light and sound waves at the micro and nano-scale.
2.3 Biodevices
- Micro-nano fluidics
- Biomedical and implantable
- Bioelectronics and biophotonics
- Biostructures
- Biomatters and materials
- Drug delivery and probes
- Lab-on-a-chip
Note: These devices are designed for biological and medical applications.
2.4 Micro-Nanosystems
- MEMS, NEMS, MOEMS
- 3D printed devices
Note: This section covers miniaturized systems and devices with integrated functionalities.
2.5 Flexible Devices
- Large Area Electronics
- Organic and Inorganics
Note: This involves electronics that can be fabricated on flexible substrates.
Track 3: Systems and Applications
3.1 Sensors
- Environmental (Chemical and Physical)
- Biosystems, Biological, Biochemical, Biomedical
- Force and pressure
- Electromagnetics and charges
- Capacitive, Resistive, Inductive
- Wearable
- Sensor systems and others
Note: This section encompasses various types of sensors for different applications.
3.2 Heterogeneous Integration
- Electrical and optical interposers
- Interconnects
- Integrated devices, system, packaging
Note: This involves integrating different types of devices and technologies into a single system.
3.3 Information Communication Technologies
- Datacom, Telecom, IoT
- Quantum, Security and resilience
- Computing and storage
- Vision, AV, display, projection
Note: This section focuses on the application of nano and micro fabrication technologies in communication.
3.4 Machine Learning
- Neuromorphic computing
- Fabrication image and data processing
- Process development and analysis
Note: This involves the use of machine learning in the design and fabrication of micro and nano-scale devices.
Track 4: Sustainability Technology
4.1 Alternative Fabrication Processes
- Low energy and energy efficient
- Green materials and devices
- Low carbon
Note: This section explores sustainable fabrication methods with reduced environmental impact.
4.2 Circular Processes
- Recycling and e-waste
- Bio-based and biocompatible materials
- Packaging technology
- Materials supply chain
Note: These processes aim to minimize waste and promote resource efficiency in micro and nano-technology.
4.3 Energy
- Energy harvester and generator
- Photovoltaics and solar cells
- Batteries
- Low power devices
Note: This section covers technologies for energy generation, storage, and efficient utilization in micro and nano-devices.
4.4 Environment Monitoring
- Atmospheric
- Maritime
- Land
- Space
- Food and agritech