A robust catalytic hydrogel platform for (bio)catalysis on a polymer foam. An innovative method of enzyme or other catalyst immobilization, particularly adapted to flow chemistry.

A low-cost, easy and efficient method for the tip molding of small bend radius fiber. As a result, microlenses 4-200 µm with revolutionary symetry. The applications of such fibres are in telecommunications, endoscopy, microscopy and low flow imaging (ultra-fast cameras etc.).

An improved way of turbidity measurment, especially in high turbid medium is essential for quality control. While improving and multiplying the measured parameters, the technology reduces also the clogging and saturation of turbidimeters.

Probe which can be functionalized with different ligands (peptides, small molecules, antibodies) to target membrane receptors (GPCRs among others) and to visualize them by fluorescence in vitro and in vivo. The probe combined with the ligand becomes fluorescent and lights up only by binding to the targeted receptor on a "turn on" principle. Very powerful GPCRs 'imaging and screening tool.

The technology aims at the development of a "smart glass" which tints itself as a response to light exposure (sun or artificial light). Comparing to existing technologies, VALOR promises an autonomous device without voltage dependence, immediate response to light, or spatial resolution (only exposed zone tints). The main applications are in buildings, glasses, transportations, helmets etc.

The project aims at the development of a 3D magnetic sensor under CMOS method. This chip will allow better integration in electronic circuit while low energy consumption and low cost manufacturing.

Widefield is an optical engine for augmented reality glasses. Comparing to existing solutions, this light-weight optical guide promises a large field of view and polychromatic image. The device integrable to the most of existing systems. Augmented reality glasses find their application in industry or for personal use.

The ZEOMASS technology is a new ZSM-5 zeolite synthetized from wood industry waste with controlled Si/Al ratios. A sustainable and reactive catalyst used in cracking of hydrocarbons.

A new zeolite catalyst for the transformation of methanol to propylene which competes with classical petrochemical processes. Zeotail is an economically interesting alternative.