Highlights
Dark matter avoids detection – Finnish scientists join a new serch project
As a joint European effort, the COSINUS experiment will be constructed 1400 meters deep below the Gran Sasso massif to trace the hidden side of the universe, dark matter. Finnish scientist will take part in the theoretical analysis of the measurements. Press release Italian Gran Sasso-vuoren alle 1400 metrin syvyyteen on päätetty rakentaa yhteiseurooppalainen COSINUS-koelaitteisto...Continue reading→
Science publication by the CLOUD collaboration: “Role of iodine oxoacids in atmospheric aerosol nucleation”
The researchers at the University of Helsinki (INAR) and Helsinki Institute of Physics (HIP) have studied the role of iodine oxoacids in atmospheric aerosol nucleation. “CLOUD at CERN reveals the role of iodine acids in atmospheric aerosol formation” CLOUD Experiment @ HIP Link to the Science article “Ilmakehän jodi kiihdyttää pilvien muodostusta ja voi vaikuttaa...Continue reading→
Topological superconductivity may boost new building blocks for quantum computers
“Researchers from Aalto University and Tampere University have observed compelling evidence on novel quantum phase of matter. This phase, known as topological superconductivity, supports exotic Majorana particles that may revolutionize future technologies. The discovery was published in Nature.” More information here (in English): Topological superconductivity may boost new building blocks for quantum computers | Tampere...Continue reading→