TOPICS

InMAT 2025 showcases groundbreaking topics in material science, featuring advanced analytics in intelligent materials, organic neuromorphic devices, and biomagnetic sensing. Highlights include innovations in bioelectronic systems, new materials for energy solutions, and exploring light-matter interactions in nanomaterials. This event promises to redefine technological boundaries, heralding the next generation of scientific advancements.

A: Analytics of…

A.1: Sensing and controlling in intelligent materials
Exploring adaptive materials for smart applications.

A.2: Magnetostrictive and piezoelectric materials
Magnetostrictive and piezoelectric materials – Examines materials that change shape in response to magnetic and electrical fields, respectively.

A.3: In-operando analytivs of memristive devices
In-operando analytics of memristive devices – Focuses on real-time analysis of memristor performance and behavior during operation.

B: Biology of…

B.1: Organic neuromorphic devices
Discussing bio-inspired electronics and medical restoration techniques.

B.2: Deep brain stimulation
Deep brain stimulation – Investigates the use of electrical impulses to treat neurological conditions.

B.3: Information processing in biology
Information processing in biology – Explores how biological systems process information.

C: Concepts of…

C.1: Understanding catalysis as a network
Approaching catalysis through network analysis for improved reactions.

C.2: Multiscale multiphysics modelling and simulation
Advanced simulation of complex systems across different physical scales.

C.3: Restoring function using electrostimulation
Innovations in using electrical stimulation for therapeutic benefits.

C.4: Inverse solutions for medical diagnostics
Advanced techniques for medical diagnostics and sensor design across scales.

C.5: Magnetic field sensors
Focus on technology for detecting and analyzing magnetic fields.

C.6: Modelling – „from nano to centi“
Exploring the simulation of magnetic phenomena from nanoscale to larger scales.

E: Engineering of …

E.1: Sensor systems for medical diagnostics
Sensor systems for medical diagnostics – Focuses on developing advanced sensors for medical testing and diagnosis.

E.2: Nanonetworks for neuromorphic applications
Nanonetworks for neuromorphic applications – Studies networks of nanoscale components for brain-inspired computing.

M: Materials of…

M.1: New materials for solar cells, photodetectors, batteries, telecommunication, photocatalysis
Creating advanced materials for renewable energy and digital communication.

M.2: Bioelectronic materials and systems, Functionalisation of implant materials, Intelligent surface functionalisation
Developing materials for bioelectronics and enhanced biocompatibility.

M.3: Memristive crossbar-arrays for AI hardware boosters
Memristive crossbar-arrays for AI hardware boosters – Discusses arrays of memristors enhancing AI hardware performance.

P: Physics of…

P.1: Light-matter interaction in molecular assemblies & nanomaterials
Studying the interaction between light and materials for energy applications.

P.2: Advanced concepts for batteries and solar cells, progressive power electronics
Advanced concepts for batteries and solar cells, progressive power electronics – Covers innovative technologies in energy storage and power electronics.