FCS Little Earth research concept
01
Nov

Scale model of Earth reveals clues about the planet’s...

Researchers at the Centre for Fluid and Complex Systems at Coventry University used a scale model of the Earth’s liquid core to learn more about the formation of the...

Planets in the solar system.
16
Oct

New planetary protection project aims to reduce the...

Coventry University has joined a consortium aiming to decrease the risks of cross contamination between planets from space probes exploring our solar system.

Image by PhD student Maddy Janickyj: The social network of characters and interactions between them harvested from an Irish mythological tale. Black represents male and blue represents female. The image gives a feeling for the importance of females in the narrative.
13
Oct

Coventry University researchers run art competition...

In collaboration with the Irish Post newspaper, Rathcroghan Visitor Centre, and Story Archaeology in Ireland, Coventry University’s Centre for Fluid and Complex Systems...

Dr Nikolaos Fytas
19
Mar

Coventry University researcher recognised as...

Dr Nikolaos Fytas has received a prestigious award for his contribution to upholding academic standards within the international physics community.

tbc
01
Mar

Researchers discover how plants protect themselves...

Researchers have discovered a molecular mechanism that plants use to protect their fertility while under heat stress – a finding that could have far-reaching...

Sword throne
06
Nov

Researchers unveil secrets behind "Game of Thrones"

Researchers from Coventry University joined those from four other universities to probe how the sprawling, dynamic, complex narrative of A Song of Ice and Fire achieved...

Flow patterns
17
Oct

A new Special Interest Group

Ran Holtzman, from the University’s Centre for Fluid and Complex Systems, is leading a new Special Interest Group (SIG) entitled “Flow, deformation, and reaction...

Modelling flow in porous media
01
Jul

Novel approaches for modelling flow in porous media

Research by Ran Holtzman highlights novel approaches for modelling fluid flow through porous media, has been published in PNAS.