Cosmological distance measurement and Hubble constantprimary
1 project
UniverScale (2021-2027) focuses on sub-percent calibration of the extragalactic distance scale using Cepheids, eclipsing binaries, and AGN.
Organization
CENTRUM FIZYKI TEORETYCZNEJ POLSKIEJ AKADEMII NAUK
Polish Academy theoretical physics institute specializing in cosmological distance measurement, quantum systems, and general relativity testing.
Research institutespacePLThin data (2/5)
H2020 projects
3
As coordinator
2
Total EC funding
€794K
Unique partners
4
What they do
Their core work
CFT PAN (Center for Theoretical Physics, Polish Academy of Sciences) is a research institute in Warsaw specializing in theoretical and computational physics. Their H2020 work spans quantum information theory, general relativity, and observational cosmology — particularly the calibration of cosmic distance scales. They contribute mathematical and theoretical modeling expertise to international astrophysics collaborations, including precision measurements of the Hubble constant using variable stars and binary systems.
Core expertise
What they specialise in
Quantum information and non-localitysecondary
1 project
N-MuQuaS (2016-2018) investigated non-locality in multipartite quantum systems.
General relativity and galaxy dynamicssecondary
1 project
GalaxyDance (2017-2019) tested General Relativity using galaxy velocity fields.
Astrophysical variable stars and binary systemsemerging
1 project
UniverScale uses Cepheids and eclipsing binaries as distance indicators, signaling a growing focus on observational astrophysics methods.
Evolution & trajectory
How they've shifted over time
Early focus
Theoretical physics foundations
Recent focus
Cosmological distance calibration
Their early H2020 projects (2016-2019) covered two distinct areas of theoretical physics: quantum information theory and tests of General Relativity through galaxy dynamics. Their most recent and largest project (UniverScale, 2021-2027) marks a clear shift toward observational cosmology, specifically precision distance measurement using stellar indicators. This suggests a move from broad theoretical physics toward applied astrophysical measurement — a field with high international visibility due to the ongoing "Hubble tension" debate.
CFT PAN is moving toward precision cosmology and large-survey astrophysics, positioning itself within the global effort to resolve the Hubble constant discrepancy.
Collaboration profile
How they like to work
Role: specialist_contributorReach: European4 countries collaborated
CFT PAN coordinated two smaller Marie Skłodowska-Curie fellowships (individual researcher grants) and joined one large ERC Synergy Grant as a participant. This pattern is typical for a theoretical physics institute: they host visiting researchers independently but join major observational programs as specialized contributors. With only 4 unique consortium partners, they work in focused, small teams rather than large multi-partner consortia.
A compact network of 4 partners across 4 countries, built through individual fellowships and one large synergy grant. Their reach is European but their network is selective rather than broad.
Why partner with them
What sets them apart
CFT PAN sits at the intersection of theoretical physics and observational cosmology — a rare combination that allows them to contribute both mathematical rigor and physical modeling to large astrophysical surveys. As part of the Polish Academy of Sciences, they carry institutional credibility and access to Poland's broader scientific infrastructure. Their involvement in an ERC Synergy Grant (a highly competitive funding scheme) signals recognition at the top tier of European research.
Notable projects
Highlights from their portfolio
- UniverScaleERC Synergy Grant (2021-2027) with EUR 501K share — their largest project and a flagship effort to resolve the Hubble constant tension using multiple distance indicators.
- GalaxyDanceAn MSCA fellowship testing General Relativity alternatives through galaxy velocity fields — an intellectually ambitious project bridging fundamental theory and observational data.
Cross-sector capabilities
Quantum technologies and quantum information scienceFundamental physics and metrologyBig data analysis for astronomical surveysMathematical modeling and computational physics
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