An electronic component that alternates between as a resistor and a diode, retaining memory of its state without energy consumption. This technology enables the creation of faster and more efficient neuromorphic computing systems.
New sustainable method for producing metallic nanoparticles with superior stability and high conductivity. Highly useful in conductive inks for electronic printing, radio frequency antennas, catalysts, conductive paints or coatings.
A Penicillium chrysogenum strain has been modified to produce high yields of the antifungal protein PdAfpB, enabling the possibility to use this protein in agricultural, food and pharma industries.
System that enables the measurement and verification of the radiation dose received by a patient following proton or helium ion therapy. It uses PET and the natural production of F-18 in tissues, offering applications in oncology and clinical safety.
Photoactivated sensor devices based on highly porous carbon-based materials functionalized with nitrogen heteroatoms. These systems offer elevated selectivity and sensitivity for NO₂ detection at ppb level, ensuring stable operation and prolonged life time under ambient conditions.
Compounds that inhibit tau and tubulin kinase (TTBK1) for use in the treatment and/or prevention of neurodegenerative diseases in which this enzyme is involved.
Programmable electronic device designed to reduce pathological tremor through personalized superficial stimulation of peripheral nerves, optimizing motor control without invasive procedures, calibrated to the individual patient.
Small molecule that stabilizes the retromer complex, showing strong neuroprotective effects in highly excitotoxic conditions and maintaining key neuronal survival proteins like KIDINS220 in validated in‑vitro models.
Analysis method for materials with persistent luminescence that allows key parameters to be quantified directly, without fitting models in the time domain. Ideal for the development and optimization of emitting materials in applications such as bioimaging, signage, photocatalysis, and security.
Improved design of membrane–electrode assemblies, the main component of electrolyzer stacks, which increases efficiency and reduces environmental impact in green hydrogen generation, while being compatible with industrial-scale up.