Scientists at the University of Southampton have demonstrated a digital data recording processes that may allow data storage up to 360Tbyte on a single optical disc with “practically unlimited lifetime”. In the experiment at Southampton, a 300kbit digital copy of a text file was successfully recorded in 5D using ultrafast laser, producing extremely short and intense pulses of light. The file is ...
University Electronics
The latest electronics news from UK universities
University of Cambridge students resolve to win World Solar Challenge
Cambridge students are aiming to be the first British winners of the World Solar Challenge, the 3,000km race from Darwin to Adelaide, which takes place in October. Their new solar car – “Resolution” – rewrites the rulebook for green vehicles, boasts the university. The prototype built by engineers at the University of Cambridge was unveiled in a road-test last Friday ...
Real-time 3D visual maps guide Samsung’s Roboray humanoid
A humanoid robot, Roboray, can build real-time 3D visual maps, to help it move around more efficiently. The system has been developed by researchers from the University of Bristol Apparently, by using cameras, the robot builds a map reference relative to its surroundings and it is also able to store where it has been before. This is seen as a ...
Ultrahaptics touchless technology wins £15,000 in business competition
A technology developed by a Computer Science PhD student, Tom Carter, and Professor Sriram Subramanian, has won top prize in a New Enterprise Competition. Ultrahaptics won £15,000 for its use of ultrasound to displace air, creating a pressure difference. Apparently, a noticeable pressure difference can be created and be felt by the human hand. Accorind to its inventor, the us ...
EPSRC grant for harvesting thermal energy using nanodiamond
A renewable energy project has received funding from the Engineering and Physical Sciences Research Council (EPSRC). Pursuing new approaches to harvesting thermal energy using nanodiamond, it has been awarded a grant of £951,947. The project in question is ‘Beta-enhanced thermionic energy converters and nuclear batteries employing nanostructured diamond electrodes’, and it began in April 2013, to run for 42 months. ...
New WiFi test process combines 3D antenna measurements with in-home modelling
Researchers at the University of Bristol’s Communication Systems and Networks (CSN) Group have announced a new WiFi test process that combines 3D antenna measurements with in-home virtual reality modelling. The work has already been used to evaluate and optimise the performance of Virgin Media’s new Super Hub WiFi router. Professor Andrew Nix from the CSN Group, in the Department of ...
Sheffield aerospace research facility takes flight with Boeing
The University of Sheffield’s partnership with Boeing is bearing fruit – it is building a “research factory” designed to “meet the future needs of aerospace and other high-value manufacturing industries”, dubbed the AMRC Factory 2050. Specifically, the university’s Advanced Manufacturing Research Centre (AMRC) has secured funding for the new £43 million facility, which will house around 50 researchers and engineers, ...
Spraying electrodes for new mobile lithium ion batteries
The University of Oxford – Isis Innovation, to be precise – is highlighting its work with Sprayed Graded Electrodes – “lithium-ion batteries with graded electrodes and tailored porosity”. After considering thge current state of the market for lithium-ion batteries – they estimate three billion cells are produced per annum for use in consumer, industrial and automotive applications, with a total ...
Five Raspberry Pis give Erica the Rhino a brain
Five Raspberry Pis allow Erica the cyber-rhino to interact with passers by using cameras, LEDs, phones, and artificial intelligence algorithms. The creation of the University of Southampton’s Electronics and Computer Science (ECS) department, Erica is part of Go Rhinos, a public art event around Southampton to celebrate the 40th anniversary of Marwell Zoo. “Erica’s team has made it possible for ...
Bristol proposes 3D radio channel model for network capacity boost
Researchers at the University of Bristol, supported by Nokia Siemens Networks, are working on the design and optimisation of novel 3D antenna arrays. They are investigating new ways of delivering a 1000x capacity boost by 2020 in the light of today’s cellular networks struggling to meet the capacity demands generated by smartphones. “Large capacity gains can be achieved by deploying ...