ºÚÁÏÍø

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281 results for News, Materials and natural resources

Call for proposals 2022 / Innovation / EIT Raw Materials

Call for proposals 2022 / Innovation / EIT Raw Materials
Call opening: 11.3.21 / Call deadline: 1.9.21
Research & Art
Published:
AES_innovationcall22_RM

Call for proposals 2022 / Innovation / EIT Urban Mobility

Call for proposals 2022 / Innovation / EIT Raw Materials
Call opening: 18.3.21 / Call deadline: end of May 21
Research & Art
Published:
AES_innovationcall22_UM

Theoretical study elucidates deep surface structure of emerging perovskite material

Newly published work by doctoral candidate Azimatu Seidu (CEST group) reveals detailed electronic and atomistic structure of cesium lead triiodide (CsPbI3), an emerging perovskite material
Research & Art
Published:
Graphic showing 2 phases of the perovskite material CsPbI3

Edible shock- and heat-resistant wood foam could replace plastic packaging

A new bio-based material could replace substances such as Styrofoam and bubble wrap. Artificial intelligence is being used to the development of the material.
Press releases
Published:
Because of its lightness, its heat insulation properties, and its strength, the foam material can also be used for insulation in buildings if it is both resistant to humidity and fire safe. Picture: Mikko Raskinen.

Sustainable optical fibres developed from methylcellulose

Researchers from Tampere University and Aalto University have developed optical fibres from methylcellulose, a commonly used cellulose derivative. The finding opens new avenues to short-distance optical fibres using sustainable and environmentally benign fibre processing. The finding was published in the journal Small
Research & Art
Published:
Luonnoskuva valokuiduista. Kuva: Ville Hynninen and Nonappa.

From picoseconds to decades: modelling materials for future energy

Professor Andrea Sand tells us about her work modelling how radiation affects materials, and how this can help develop new energy sources for the future
Appointments, Research & Art
Published:
Professor Sand on the left, with one her simulations on the right

‘Materials shape our understanding of the environment’

Dissertation of the Month: Bilge AktaÅŸ believes that if we start paying more attention to what happens in the world beyond humans, we can start repairing our relationship with the environment.
Research & Art
Published:
Tummatukkainen nainen katsoo suoraan kameraan, hänellä on punainen mekko yllään ja taustalla vaalea seinä

New funding to commercialise high-tech liquid-repelling coatings

New funding to get damage-resistant, liquid-repelling surfaces out of the laboratory and onto solar panels, skis, and more
Cooperation, Press releases, Research & Art
Published:
Taiteellinen kuva panssaroidusta superhydrofobisesta pinnasta, joka kestää iskuja ja hylkii nesteitä tehokkaasti. Kuva: Juha Juvonen.

Discovering new materials in data

FCAI member Milica Todorović uses computational methods for material science, training AI on her field's vast databases to speed up the search for tomorrow's functional materials.
Research & Art
Published:
Milica Todorović

Ultra-thin designer materials unlock quantum phenomena

New research, published in Nature, has measured highly sought-after Majorana quantum states
Press releases
Published:
majoranas

Sheets of carbon nanotubes come in a rainbow of colours

Study: Nanotube films come in 466 colours, could be used in electronics, solar panels
Press releases
Published:
Picture: Nan Wei / Nanomaterials Group, Aalto University.

Monika Österberg starts as Head of Department at BIO2

Professor Monika Österberg has been nominated as the Head of Department at the Department of Bioproducts and Biosystems (BIO2), starting January 1, 2021. Her term is for three years. She has acted as Vice Head of Department since the beginning of the year 2020.
Appointments
Published:
Monica Österberg

Funding for partnership networks in research, development and innovation

The Academy of Finland funding ºÚÁÏÍø University supports the development of nanocellulose-based scaffolds as well as the knowledge base and operating methods of the circular economy.
Research & Art, University
Published:
Vaaleanpunertavia ja läpikuultavia nanoselluloosa- ja agaroosikiteitä laboratoriomaljassa. Kuva Valeria Azovskaya

Online training helps quantum researchers get new tech from the laboratory into commercial products

The idea for commercialization starts from the researcher's own skills and knowledge, but interest in entrepreneurship is much greater if the path from an idea to a product is clearly visible.
Research & Art
Published:
Photo: Mikko Raskinen.

Going beyond cotton

Aalto University part of a consortium that harnesses collaboration and cutting-edge technology to create circular fashion.
Research & Art
Published:
New Cotton Project

Fibre made from recycled cloth towels and hemp stronger than cotton

The tensile strength of fibres created with the Ioncell method is up to 2.5 times more than that of cotton, while an Ioncell knitted fabric made from recycled hemp withstands abrasion for twice as long as normal hemp fabric.
Research & Art
Published:
Ioncell-kuituja kierrätysmateriaalista

Azimatu Seidu has won a grant from the Finnish Academy of Science and Letters

Azimatu successfully applies Density Functional Theory (DFT) to screen vast combinations of different materials which find potential application in perovskite-based photovoltaic devices.
Research & Art
Published:
Azimatu Seidu

Digitalising and 3D printing spare parts enables manufacturing anywhere and anytime

The digitalisation of spare parts is a step towards more sustainable business and reducing the carbon footprint of industry.
Research & Art
Published:
digital spareparts

A six-meter wide seaweed installation takes over Finnish shopping centre

Julia Lohmann's globally acknowledged seaweed pavilion is on display around the clock at A Bloc in Otaniemi, Finland.
Campus, Research & Art
Published:
Julia Lohmann's Hidaka Ohmu seaweed pavilion at the A Bloc shopping centre. Photo: Mikko Raskinen

Scientists use bacteria as micro-3D printers

Technique creates highly customised structures that could be used in regenerative medicine
Press releases, Research & Art
Published:
With the right guidance, certain bacteria can produce 3D objects made of nanocellulose