Matti Haukka

Professor
Unit
Faculty of Mathematics and Science
Department / Division
Department of Chemistry
Organization unit
Kemian laitos, Epäorgaaninen kemia
Room number
Y E509
Email
matti.o.haukka@jyu.fi
Mobile
+358408054666
Postal address
Survontie 9
Fields of science
116 Chemical sciences

Biography

Our EMS group aims to produce new types of materials by linking simple compounds into polymeric structures. The goal is to create conductive, optically active, and catalytically active materials, as well as materials suitable for recovering and recycling metals.

Research interests

The goal of EMS-group is to produce new type of materials by linking simple compounds into polymeric structures. The aim is to produce conductive, optically active and catalytically active materials as well as materials suitable for recovering and recycling metals.

Publications

Publication
2025

Photoinduced hydrogen evolution catalyzed by Co(II) complexes of N5‐donor ligands

Chemistry : A European Journal.
Li, Chuanshuai
Li, Yong
Luo, Yusen
Michaliszyn, Klaudia
Losada, Iria Bolano
Hossain, Md. Kamal
Elantabli, Fatma
Guo, Meiyuan
Hizbullah, Lintang
Tocher, Derek A.
Haukka, Matti
Persson, Petter
Lloret-Fillol, Julio
Dietzek-Ivanšić, Benjamin
Nordlander, Ebbe
More publications from this author

Research groups

EMS
Research group

EMS Group

Extended Molecular Systems group aims to build chemically functional materials based on assemblies of metal complexes, organic molecules, inorganic compounds, or polymers.

Projects

Project

Hydrogen Production and Storage as an Enabler of Industrial Renewal in Central Finland -HyPER

The HyPER subproject at the University of Jyväskylä is investigating cost-effective hydrogen storage materials and developing carbon, MOF and zeolite based materials for hydrogen storage.
Project

More efficient use of bioresources as energy storage and enablers of the green transition -BitKein

BitKein finds large-scale solutions for regulating the electricity system and storing energy.
Project

Re-thinking plastics in a sustainable circular economy (PlastLIFE)

PlastLIFE is an extensive national cooperation project funded by the EU LIFE programme to promote the circular economy of plastics.
PlatLIFE - Chemistry
Project

PlastLIFE - Chemistry

The project aims to utilize recycled plastics in the manufacture of selective filters. The goal is to use these filters to capture valuable materials and remove harmful substances from an aqueous environment.