Post-doctoral Researcher, King's College London
Dr. Marina Miron holds a post-doctoral research position at the War Studies Department, King's College London. Her research focuses on examining the information warfare strategies employed by Russia and China. Dr. Miron is actively involved in a research project funded by the British Academy in collaboration with Prof. David V. Gioe. This project explores effective countermeasures that the Western world can adopt in response to these strategies. Her research encompasses the theoretical aspects of information warfare and its practical implications, particularly in domains such as space, cyberspace, and the electromagnetic spectrum.
Smersh: why Putin has reinstated Stalin's notorious and much-feared anti-spy unit
Jan 15, 2024 03:09 am UTC| Insights & Views Politics
A man under arrest by Russian internal security forces was seen confessing to a crime, in a video posted on January 2. He had been apprehended after allegedly posting a video on social media that purportedly showed air...
Ukraine and Russia claim to be prepared for extremes of winter warfare – here's what they face
Nov 05, 2023 20:34 pm UTC| Politics
As the bitter cold of winter settles in and temperatures drop to between -4,8 and 2C, both Ukrainian and Russian troops are preparing for a new phase of the war. Freezing temperatures can hamper the performance of...
The power of pink: how Barbie's popularity is pushing back against Kremlin control of information
Oct 10, 2023 07:44 am UTC| Insights & Views Politics
Underground screenings of the summers Hollywood blockbuster Barbie are now being shown around Russia, despite the film being frowned on by government officials. The fantasy comedy film, starring Ryan Gosling and Margot...
Electricity from farm waste: how biogas could help Malawians with no power
What the Supreme Court is doing right in considering Trump’s immunity case
US student Gaza protests: five things that have been missed
Will Solomon Islands’ new leader stay close to China?
IceCube researchers detect a rare type of energetic neutrino sent from powerful astronomical objects