UiO The Faculty of Mathematics and Natural Sciences Institute of Theoretical Astrophysics

Research projects

carton of a big radio antenna on a hill in the Atacama desert

AtLAST - The Atacama Large Aperture Submm Telescope

BeyondPLANCK

bits2cosmology and Commander3

CMB&CO group

COMAP

Cosmic Inflation and Structure Formation Through Global Analysis (Origins)

Cosmoglobe

Cosmological probes of modified gravity

EMISSA - Exploring Millimeter Indicators of Solar-Stellar Activity

ESGC: Tracing the impact of Evolved Stars on the Galactic Chemical Enrichment

radio antennas, sky, desert

ESO ALMA Development Study - High-cadence imaging of the Sun

Euclid

Illustration of Hinode Spacecraft in space

Hinode Science Data Centre Europe

Illuminating the dark cosmos (NEVO)

Researchers believe that the universe expanded faster than the speed of light in its early stages, creating gravitational waves that scientists hope to detect traces of in the cosmic background radiation. The LiteBIRD project aims to measure gravitational waves in the cosmic background radiation.

Imaging the Big Bang through gravitational waves (LiteBIRD)

yellow structures on black background

ISSRESS: Impact of small-scale reconnection events on the solar atmosphere

Collage of images at different frequeqncies of the sky, taken by different satellites, colourful map of the sky

Mapping the universe from the Milky Way to the Big Bang in high resolution (CosmoglobeHD)

Coronal loops observed by the Solar Dynamics Observatory

Multi-Scale Structure of the Coronal Environment (MultiSCORE)

photo of the nordic optical telescope, the night sky and the Milky Way

Nordic Optical Telescope (NOT)

red orange filament structures on a white background

ORCS: Oscillations in the Realistic Corona of the Sun

The PICO spacecraft.

PICO

Preparatory Phase for the European Solar Telescope

plot showing six square-like images with green, red, blue dots.

QUIET

Bildet kan inneholde: oransje, astronomisk objekt, sfære.

Resolving the Solar Convective Conundrum: A Full-Physics Approach to Solar Convection (ReCon²)

Scalable Parallel Astrophysical Codes for Exascale (SPACE)

Show completed projects

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