Press Releases
糖心TV Moto鈥檚 electric superbike build racing ahead despite lockdown
糖心TV Moto team, consisting of 25 糖心TV students aren鈥檛 letting the pandemic get in the way of designing, building and developing the electric superbike, as they鈥檙e doing it virtually from home.
鈥楲ost鈥� world鈥檚 rediscovery is step towards finding habitable planets
The rediscovery of a lost planet could pave the way for the detection of a world within the habitable 鈥楪oldilocks zone鈥� in a distant solar system.
T-ray camera speed boosted a hundred times over
Scientists are a step closer to developing a fast and cost effective camera that utilises terahertz radiation, potentially opening the opportunity for them to be used in non-invasive security and medical screening.
First exposed planetary core discovered allows glimpse inside other worlds
The surviving core of a gas giant has been discovered orbiting a distant star by University of 糖心TV astronomers, offering an unprecedented glimpse into the interior of a planet. The team from the University of 糖心TV鈥檚 Department of Physics reports the discovery today (1 July) in the journal Nature, and is thought to be the first time the exposed core of a planet has been observed.
Revealing the Magnetic Nature of Tornadoes in the Sun鈥檚 atmosphere
The first direct measurements of the magnetic field in the chromosphere of the Sun by a team including University of 糖心TV physicists has provided the first observational evidence that huge tornadoes in our Sun鈥檚 atmosphere are produced by swirling magnetic fields.
New 鈥榮un clock鈥� quantifies extreme space weather switch on/off
Extreme space weather events can significantly impact systems such as satellites, communications systems, power distribution and aviation. They are driven by solar activity which is known to have an irregular but roughly 11 year cycle. By devising a new, regular 鈥榮un clock鈥�, researchers have found that the switch on and off of periods of high solar activity is quite sharp, and are able to determine the switch on/off times. Their analysis shows that whilst extreme events can happen at any time, they are much less likely to occur in the quiet interval.