From hopping insects to number sculptures

  • April 22, 2014
From hopping insects to number sculptures

Four Gates Cambridge Scholars will discuss research covering hopping insects, fluidised beds, number sculptures and altering animal behaviour at this week's internal symposium.

Hopping insects, fluidised beds, number sculptures and altering animal behaviour will be the subject of this week’s internal symposium.

Four Gates Cambridge Scholars will talk about their research at the symposium in the Gates Cambridge Scholars Common Room on Thursday.

Christopher Boyce [2011] is doing a PhD in Chemical Engineering. He will speak about “The physics and applications of fluidised beds”. The beds are a type of chemical reactor with unique physical properties. They are used in a broad range of industries, from oil and gas to pharmaceuticals. Fluidised beds can also be used to burn coal, natural gas and biomass in such a way that it is more efficient and potentially more cost effective to capture and sequester the carbon dioxide emitted. In fluidised beds, small particles like sand undergo a process called fluidisation, in which they begin to exhibit properties like a liquid. Christopher says: “I have been using magnetic resonance imaging (MRI) and computational modelling to shed light on some of the physics underlying the fluidisation phenomenon, with the expectation that this understanding will enable improvements on the various applications of fluidised beds in industry. My talk will give an introduction to fluidised beds, computational modelling and using MRI in non-medical applications, as well as show some of the key findings from my PhD thus far.

Hanns Hagen Goetzke [2011] is doing a PhD in Zoology. He will talk about his research into how froghoppers and leafhoppers are able to perform explosive jumps from smooth surfaces when other jumping insects slip. He will show how specialised structures on their hind feet enable leafhoppers to successfully jump from smooth surfaces and will briefly discuss possible biomimetic applications.

John Brown’s talk is entitled 666 and all that: A journey into numerology, sculpture, and hyperoctahedral numbers. Starting from a sculpture by Sol LeWitt, John [2012], who is doing a Masters in Pure Mathematics, will talk about discovery in mathematics, discussing along the way the long history of looking for numerical “coincidences” “plus everything you never knew you wanted to know about the number 666”.

Alison Greggor’s presentation discusses how managing animal behaviour can be a useful tool in conservation.  Alison [2012] is doing a PhD in Experimental Psychology. She says that all animals occupy a unique cognitive world that is based upon their sensory capacities, attentional inclinations, and learning biases. She adds: “Behaviour results from the interaction of this cognitive world with the environment. As humans dramatically alter habitats on a global scale, we change the environmental cues available for animals to make behavioural decisions. By harnessing animals’ perceptual biases and applying insights from cognitive theory, we can purposefully alter cues to reduce maladaptive responses and shape behaviour. Despite the fundamental connection between cognition and behaviour, cognitive theory is rarely addressed in conservation practice. I will argue that bridging these disciplines is essential for advancing key conservation goals.”

*The symposium will take place from 7-9pm on April 24th and is open to Gates Cambridge Scholars and their guests. Picture credit: SweetCrisis and

Latest News

Research impact award for Gates Cambridge Scholar

A Gates Cambridge Scholar is one of two winners of the 2023 Sandra Dawson Research Impact Award for his work on the economics of climate change earlier this month. The annual award was established through a generous donation from Professor Dame Sandra Dawson, a former Director of Cambridge’s Judge Business School. Winners are chosen based […]

AI system self-organises to resemble brains of complex organisms

A team of Cambridge scientists, co-led by a Gates Cambridge Scholar, have shown that placing physical constraints on an artificially-intelligent system – in much the same way that the human brain has to develop and operate within physical and biological constraints – allows it to develop features of the brains of complex organisms in order […]

Scholar wins history of science & medicine essay prize

A Gates Cambridge Scholar has won a prestigious essay competition about the history of early science with a treatise on evidence of knowledge exchange between the Ming-Chinese and Iberian conventions in the 16th century. The essay competition was run by the Early Sciences Forum of the History of Science Society and the Early Science and Medicine journal […]

Addressing the complex roots of environmental crime

Simone Haysom [2009] says her MPhil at the University of Cambridge helped to change her life course. While she had been interested in climate change and human geography as an undergraduate, doing the MPhil in Environment, Society and Development at an international university as part of the Gates Cambridge cohort broadened her perspective and set […]