Research Fellow at @InPAC_RMIT @RMIT | Using microwave photonics and non-linear optics to make data processing faster for the medical & data comms industry
Melbourne, Australia
Joined March 2022
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Mengxi (Sim) Tan retweeted
. @Sim_Tan_RMIT and David Moss describe a key breakthrough in the way that light is used to read out time signals from the world’s most precise clocks. go.nature.com/47RO8Xy
Next month I’ll present our work of “Photonic radio frequency low pass filter based on lithium niobate on insulator recirculating modulator” at #ANZCOP22 in Adelaide, Australia. Welcome to join the session if you are interested.
@OpticsAUNZ @ausphysics
indico.cern.ch/event/1131431…
Two weeks ago I spoke in the online workshop about my career journey so far. I hope you enjoyed it and if you are interested in doing PhD in Melbourne, I would recommend living here!
This Wednesday I’ll be speaking at an online workshop about my career journey so far, including how I moved to Melbourne to do my PhD.
The workshop will discuss the many different PhD opportunities available in Melbourne.
You can register below!
eventbrite.com.au/e/phd-oppo…
In 2018 I moved to Melbourne, Australia to conduct my PhD at @Swinburne and have been here ever since.
I'll be speaking about this at an online workshop aimed at prospective #PhD #students interested in coming to Melbourne to study #photonics or #microtechnology.
Are you interested in doing a #Masters or #PhD in Australia in #microtechnology or #photonics?
Learn more about the different pathways in our workshop on October 26th.
Register below!
@studymelbourne @veskiorg @RMIT @VicGovAu
eventbrite.com.au/e/masters-…
Mengxi (Sim) Tan retweeted
Are you interested in doing a #Masters or #PhD in Australia in #microtechnology or #photonics?
Learn more about the different pathways in our workshop on October 26th.
Register below!
@studymelbourne @veskiorg @RMIT @VicGovAu
eventbrite.com.au/e/masters-…
It’s my pleasure to start at @InPAC_RMIT as Research Fellow with @ArnanMitchell & @andy_boes to achieve higher performance of integrated photonic circuits to make them more accurate for navigation & to cut the cost of ultra-high-performance gyroscopes by 85%. Stay tuned for more.
