UTS researchers recognised at NSW Premier's Prize

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0:05My name is Karu Esselle and I am a Distinguished0:08

Professor in electromagnetic and antenna

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engineering at the University of Technology

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Sydney. My area of specialty is

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electromagnetic and antenna engineering

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that is developing radio frequency

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circuits for telecomunication systems

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sensor systems and other electronic

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systems. We are aiming to solve certain

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global challenges and national

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challenges. So we are developing radio

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frequency technologies, advanced antenna

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systems to address these challenges and

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to find solutions. The challenge is to

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reduce the power consumption in most of

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the electronic systems. So we are leading

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our research towards that direction to

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make them low cost and consume less

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power. The methods I invented in major

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companies to develop new satellite

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communication Terminals and other

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electronic equipment. My aim is to resolve

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the remaining challenges in

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telecommunications. We are developing

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technologies to increase the data

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rates and throughput for communications

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and for sensing we are aiming to improve

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the capability of sensing from space for

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Australia and other countries. My

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colleagues have been extremely

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supportive and important for all these

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achievements and I want to thank all of

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them as always. There's no such thing as

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individual prize, I consider this as a

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group prize for my group my team it's a

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it's a great privilege to be recognised

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by the state of New South Wales our

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research contributions my contributions

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and my team's contributions this way. 

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My name is Jiayan Liao I'm a Chancellor's

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Research Fellow and a NHMRC EL1 Fellow

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at the faculty of science at the

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University of Technology Sydney. My

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expertise is in Material Science Optical

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physics and nanotechnology with

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particularly focus on developing

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Advanced nanop photonic and image

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Technologies my work is PR us both the

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fun mental photo physical phenomena and

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the magm behind them we're also aiming

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to create Next Generation by analytical

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tues these tools are designed to

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diagnose disease at a molecule level

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using nanoscopic probe to detect the

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disease in their early stages my primary

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goal is to understand the photo physical

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processing occurring in the nanoscale

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world and uncover the underlying

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mechanisms by dering and applying this

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Nano probe I hope to adjust some of the

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most significant health challenges so

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far our work has led to several

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breakthroughs including advancments in

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novel Material Science and nanop

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photonics we have conducted studies on

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the photophysical properties and

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principles of these materials applying

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them in a wide range of areas particular

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in image and analytical immunes looking

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forward my goal is to expand our

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research application to cover a wide

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range of disease and to further refund

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the technology for even faster and more

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accurate results I couldn't achieve the

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results without the support and help

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from my colleages and students at UTS

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winning this prize is a incredible honor

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it's refres the sportive event at UTS

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and it recognize the hard work and

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dedication of our team. 

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