YCN Research in spot

Multifunctional Ceramic Matrix Composites for Nuclear Applications by James Wade-Zhu

Highly ductile amorphous oxide at room temperature and high strain rate by Erkka Frankberg

The future of sustainable construction by Manuel Uceda-Rodriguez

MIMEPRO (High potential inorganic side streams ? Valuable metals recovery and waste utilization)

Development of novel antibacterial peptides based on human defensin domains for biomaterial

Ion-doped silicon oxycarbide and silicate-based bioactive glasses for bone regeneration

3D printing, a multidisciplinary travel by Mathilde MAILLARD

Jülich researchers seek to reduce the cost of producing MAX phases and high-performance metals and

In situ mechanical testing of ceramics in transmission electron microscope by Erkka Frankberg

Tape casting of Si3N4 based bioceramics by Yasemin Tabak

Fabrication of Bone‐Like Structures via “COBICS”, Ceramic Omnidirectional Bioprinting in Cell

New opportunities in transparent ceramic by Guangran Zhang

High performance electromechanically active materials by Ahsanul Kabir

MAX phase and MAB phase derived MXenes for energy storage application by Nick Goossens

New materials for solid oxide fuel cell cathodes with superior performance and improved long-term

Scaffolds derived from cuttlefish bone for bone tissue engineering by Ana Sofia Neto

Freeze casting of ultra-light ceramic foams by Hermina Hudelja

On-demand rapid processing of complex-shaped ceramics by Hugo Curto

Additive manufacturing of novel bioactive metalloid-bioceramic composites for bone tissue

Processing of UHTCMCs using Microwave/Radiofrequency enhanced chemical vapour infiltration process

Let's go transparent by Vojtěch Nečina

Characterization of Domain Walls in ferroelectric materials down to atomic level by Oana Condurache

Sintering is a crucial step of ceramic processing! by Huyra Araujo

Ball-on-Three-Balls-test (B3B) as mechanical testing of 3D-printed ceramics by Maximilian Staudacher

Optimisation of the stereolithography process applied to β-tricalcium phosphate (β-TCP) bioceramics

Effect of silicon substitution in calcium phosphates on blood vessel formation by Else Ellermann