ERC Consolidator Grant for detectors to characterise Earth-like planets

In the early 2040s, the Habitable Worlds Observatory will search for signs of life in the atmospheres of planets in the Milky Way. However, the detector technology to obtain the required precision does not exist yet. SRON researcher Pieter de Visser has now received an ERC Consolidator Grant to fill this gap over the next five years with his Kinetic Inductance Detectors (KIDs).

The image shows a close-up of an advanced detector chip. The chip is embedded in a gold-coloured casing for protection and connections. The text “SRON” and “#5” are visible on the black background of the chip. A small, iridescent (rainbow-coloured) grid can be seen in the centre of the chip, indicating optical or spectral functionality.

Black hole outburst observed similar to outbursts on the Sun

An international team of astronomers, led by SRON, has observed a sudden outburst of matter near the supermassive black hole NGC 3783 at speeds reaching up to 20%  of the speed of light. During a ten-day observation, mainly with the XRISM space telescope, the researchers witnessed its formation and acceleration. Scientists often find that these outbursts are powered by strong radiation, but this time the most likely cause is a sudden change in the magnetic field, similar to bursts on the Sun that cause solar flares.

A bright disk of matter swirling around a black hole. The black hole is spewing out material from its accretion disk.
Against a black background, a horizontal oval in bluish colours can be seen, representing our own Milky Way galaxy, plus the space around it. Insets show enlargements of a number of locations, where you can see two galaxies, mostly spiral-shaped, merging with each other.