Quantum Theory
Fundamental quantum phenomena, many-body systems, quantum information and theoretical foundations.
We connect fundamental physics, advanced computation and emerging quantum technologies to turn ambitious scientific questions into innovation.
IMPAQT is a multidisciplinary initiative bringing together expertise in quantum science, advanced modeling, high-performance computing and artificial intelligence.
Across theory, algorithms, materials, devices and simulation, our researchers work as one connected team—moving ideas from fundamental understanding towards new technologies.
Six complementary domains create a shared environment for discovery, experimentation and translation.
Fundamental quantum phenomena, many-body systems, quantum information and theoretical foundations.
Exploring materials and their fundamental properties to design future nanoscale devices and applications.
Electronic, magnetic, optical, excitonic and superconducting quantum materials.
Quantum devices and architectures based on superconducting technologies.
Light-based quantum technologies for communication, sensing and integrated photonics.
High-performance simulation, data generation, machine learning and AI-driven discovery.
From insight to application
IMPAQT combines deep scientific knowledge with state-of-the-art computational methods. The result is a collaborative setting where fundamental research and technological ambition reinforce one another.
Apply advanced theoretical and computational methods to challenging problems in condensed matter physics and materials science.
Combine analytical methods, advanced simulations and AI to understand and predict material properties.
Transform fundamental insights into concepts for future materials, devices and technological applications.
Collaborate with IMPAQT
Whether you are advancing academic research, developing quantum technology or tackling an industrial challenge, we would like to hear from you.
impaqt@uantwerpen.be