When asked ‘is entrepreneurship actually something that you can teach?’ Dr. Kirsten Cater, Academic Director of Bristol University’s Centre for Innovation, tells CNN Money, the aim is to create a unique environment:
“You can teach students the skills, the tools, the techniques to become entrepreneurs. But, more importantly, you need to create the environment and the ecosystem to allow them to flourish, allow them the opportunities to fail and then learn from that failure and to also have experiences with successful entrepreneurs.”
The University of Bristol launched the Centre for Innovation and Entrepreneurship this autumn with an inaugural cohort of 55 undergraduate students, and it’s gaining international attention.
This summer, 8 Interns are conducting research in the BIG and uNDT lab:
Abanoub Ghobrial -> Acoustic Tractor Beams with Metasurfaces
Anne-Claire Bourland -> EMG detection of mumbled and suvocalized words
Peter Gorman -> Beamformer Parametric Speaker
Patricia Deud -> Analysis of grasp gestures
Ravi Singh -> 3D printing with Ultrasound and DLP projectors
Tom Corkett -> Arrays of microphones for interactive sound location and focused listening.
Luke Cox -> 3D Finite Differences Time Domain simulations of wave propagation on metamaterials
Rhys Hodson -> Acoustic Abduction Rays
In the picture (from left to right): top) Abanoub Ghobrial, Peter Gorman, Anne-Claire Bourland, Tom Corkett; bottom) Asier Marzo and Jess McIntosh.
Bristol Interaction Group will present 10 papers and 8 late breaking work at ACM CHI 2016.
The following are our 10 papers and notes
Investigating Text Legibility on Non-Rectangular Displays
Understanding and Mitigating the Effects of Device and Cloud Service Design Decisions on the Environmental Footprint of Digital Infrastructure
Tap the ShapeTones: Exploring the effects of crossmodal congruence in an audio-visual interface
EMPress: Practical Hand Gesture Classification with Wrist-Mounted EMG and Pressure Sensing
Office Social: Presentation Interactivity for Nearby Devices
GauntLev: A Wearable to Manipulate Free-floating Objects
Shared Language and the Design of Home Healthcare Technology
PathSync: Multi-User Gestural Interaction with Touchless Rhythmic Path Mimicry
PowerShake: Power Transfer Interactions for Mobile Devices The
Tyranny of the Everyday in Mobile Video Messaging
We are pleased to announce The Economist has published an article on a paper by BIG researchers Paul Worgan, Jarrod Knibbe, Diego Martinez Plasencia and Mike Fraser.
The paper presents a power sharing concept called PowerShake. PowerShake enables users to share power across their multiple mobile devices, such as smartphones, tablets and smartwatches, using inductive power transfer. Today we are beginning to carry multiple mobile devices, though the energy is used at different rates across each of the devices, meaning one device could have near full battery and another almost no battery. PowerShake allows users to transfer energy, for example, from their tablet to their phone to support an important phone call. PowerShake also allows users to share or trade power with others, including friends, family and colleagues, on-the-go and all without charging cables.
Watch the PowerShake video for more information.
BIG researcher Themis Omirou presented the paper ‘Floating Charts’ at the 3DUI conference in Greenville South Carolina. The conference was part of the IEEE Virtual Reality conference 2016 which hosted an array of interesting demos involving a variety of VR headsets and augmented reality headwear.
Bristol Interaction Group researcher Peter Bennett attended SXSW last week to present a panel on “Subtle Interfaces: Designing for Calm Tech” along with Verity Macintosh, Chloe Meineck and Tom Metcalfe. Audio recording of the panel below, with a video to follow soon.
Bristol Interaction Group member Asier Marzo demonstrated the world’s first sonic tractor beam to Hollywood actors Ben Stiller, Owen Wilson and Will Ferrell on the Spanish TV programme El Hormiguero.
Bristol Interaction group will present six papers at ACM CHI 2016.
Themis Omirou and Paul Worgan are presenting ‘Flexible On-Body Coils for Inductive Power Transfer to IoT Garments and Wearables’ at the IEEE World Forum on the Internet of Things in Milan.
Their paper demonstrates that on body inductive power transfer designers have the flexibility to customise their coils into aesthetic shapes, with performance in accordance with Faraday’s Law of Induction.
BIG member Asier Marzo won the 1st place as the Peoples’ Choice in the Art of Science Competition.
The Mandelbrot set contains the points (C) that satisfy the purely mathematical condition of not escaping to infinity when iterated as (Zn+1 = Zn^2 + C).
In the picture, we present a modification of the set in which the orbits of each escaping point are drawn (Buddhabrot). Different colours are assigned depending on the amount of the iterations applied before existing a stable orbit.
Engineers and physicist use mathematics as the language to describe reality yet its foundations (ZFC core) are thought to be independent of our existence.
“God used beautiful mathematics in creating the world.” Paul Dirac