Particle Cosmology Münster
@particlecosmologym.bsky.social
The group around Kai Schmitz working on Particle Cosmology in University Münster!
See below, the GW signal from cosmic strings produced at low energy scales exhibits an oscillating pattern close to the spectrum's peak. The local minima are located at integer multiples of the first minimum. Future experiments (DECIGO, BBO) will be sensitive to this feature arxiv.org/abs/2405.10937
May 28, 2024 at 3:33 PM
See below, the GW signal from cosmic strings produced at low energy scales exhibits an oscillating pattern close to the spectrum's peak. The local minima are located at integer multiples of the first minimum. Future experiments (DECIGO, BBO) will be sensitive to this feature arxiv.org/abs/2405.10937
You want to know how new physics can leave an imprint in PTA data? Here's a glimpse of the range of new-physics scenarios that we study in our research.
PTA observations are a new versatile tool for many research fields:
PTA observations are a new versatile tool for many research fields:
April 5, 2024 at 11:33 AM
You want to know how new physics can leave an imprint in PTA data? Here's a glimpse of the range of new-physics scenarios that we study in our research.
PTA observations are a new versatile tool for many research fields:
PTA observations are a new versatile tool for many research fields:
Visit our website - amongst our published papers you can find the NANOGrav 15 yr data set!
www.particle-cosmology-muenster.de
www.particle-cosmology-muenster.de
March 29, 2024 at 2:04 PM
Visit our website - amongst our published papers you can find the NANOGrav 15 yr data set!
www.particle-cosmology-muenster.de
www.particle-cosmology-muenster.de
This is the new bluesky account of Particle Cosmology Münster!
We focus our research on fields in physics that can bring us closer than ever to the Big Bang 🌌
A highly promising tool to gain insight into the early universe are primordial gravitational waves.
We focus our research on fields in physics that can bring us closer than ever to the Big Bang 🌌
A highly promising tool to gain insight into the early universe are primordial gravitational waves.
March 29, 2024 at 1:48 PM
This is the new bluesky account of Particle Cosmology Münster!
We focus our research on fields in physics that can bring us closer than ever to the Big Bang 🌌
A highly promising tool to gain insight into the early universe are primordial gravitational waves.
We focus our research on fields in physics that can bring us closer than ever to the Big Bang 🌌
A highly promising tool to gain insight into the early universe are primordial gravitational waves.