Fan Wang

Lecturer,
ARC DECRA Fellow,
UTS Chancellor's Postdoctoral Research Fellow
#Biophotonics #Nanophotonics #OpticalTweezers #Sydney

[Baolei Liu @BaoleiLiu]

Our latest publication is out in Light: Science & Applications ⁦⁦@LightSciAppl⁩ : Miniaturized on-chip spectrometer enabled by electrochromic modulation.⁦ It enables computational spectrometer with fewer number of filters.⁦@Fan_uts⁩ https://t.co/cTl74cRhSG

[APL Photonics @aplphotonics]

Just published in ⁦@aplphotonics⁩ - “High-speed metasurface modulator using perfectly absorptive bimodal plasmonic resonance” | APL Photonics | AIP Publishing https://t.co/FtzRgNp81v

[Chennupati Jagadish @NanoJagadish]

Humbled and grateful for this honour

[Saverio Spagnolie @SaverioIV]

It turns out that sparkling water and raisins are *fascinating*. My daughter and I happened upon this effect playing together in the kitchen a long time ago, and I couldn't help but explore the system more deeply... 1/n https://t.co/wNBX7nnGJS

[Haoran Ren @Hren2016]

Thrilled to be selected as one of finalists for the Rising Stars of Light 23. Thanks for the support from selection committees.

[Fan Wang @Fan_uts]

@igordownunder @Hren2016 @CWQiu3 @NUSingapore haha, so long time no see you. I would come back to sydney again end of the year see you guys then :)

[Fan Wang @Fan_uts]

optical tweezers regime

[Niko McCarty. @NikoMcCarty]

Day 18 of great biology papers.

"Life at Low Reynolds Number," by E.M. Purcell (1976).

If you push on a cell, how far will it travel before stopping? About 0.1 angstroms. And it will take just 0.6 microseconds to come to a halt.

At small scales, "inertia plays no role whatsoever," says Purcell. "If you are at very low Reynolds number, what you are doing at the moment is entirely determined by the forces that are exerted on you at that moment, and by nothing in the past."

A classic lecture on biophysics. Must-read for students.

Link to PDF: https://t.co/QRS0wzDnD9

[Niko McCarty. @NikoMcCarty]

Day 18 of great biology papers.

"Life at Low Reynolds Number," by E.M. Purcell (1976).

If you push on a cell, how far will it travel before stopping? About 0.1 angstroms. And it will take just 0.6 microseconds to come to a halt.

At small scales, "inertia plays no role whatsoever," says Purcell. "If you are at very low Reynolds number, what you are doing at the moment is entirely determined by the forces that are exerted on you at that moment, and by nothing in the past."

A classic lecture on biophysics. Must-read for students.

Link to PDF: https://t.co/QRS0wzDnD9

[Weisong Zhao @weisong_zhao]

Out at @NaturePhotonics just now!

https://t.co/CnuBh8bQoj

Very happy to share our latest work, #SACDimaging, enhancing the fluorescence fluctuation detection sensitivity of SOFI by orders of magnitudes. It requires only 20 frames to achieve a >2-fold 3D resolution.
(1/n)

[Fan Wang @Fan_uts]

@AberdeenPhysics @CurtinUni @aberdeenuni Hi, David. I'm in Sydney now :) when you come back

[Fan Wang @Fan_uts]

@igordownunder @SydneyPhysics @aberdeenuni @UTSFEIT sure, we could try the Scotland plum wine, 75% alcohol :)

[The Journal of Physical Chemistry @JPhysChem]

A quantitative guide to the optimum concentrations of Yb sensitizer & Tm emitter ions at single nanoparticle level. Optimal concentration of Tm varies from 2%-16%, highly dependent on excitation power from 102-107 W/cm2. @shihui_wen @zhou_jiajia @Fan_uts
https://t.co/KGD5cfmZiV

[Fan Wang @Fan_uts]

Multilayer graphene in my balcony, maybe I should twist it to the magic angle to cobtrol the speed of drying up.

[Chenzi Guo (Hilary) @ChenziGuo]

2022Rising Stars of Light is coming and bringing PhD track for the first time, deadline: 15th August, apply now! Details at https://t.co/bXeLdNLs4t

@InnovateUCLA @chaoyanglu @andrea_alu @DNeshev @NicholasFang10 @ProfMartinJBoo1 @shuosun_quantum @LightSciAppl @iCANX_Talks

[Shubham Garg @Mesenchymalboy]

Just #sundayvibes ....
#phdlife #PhD #gradschool #neuroscience

[Miguel M. Ugeda @m_ugeda]

“The authors present a follow-up result with no new physics…”, referee #2 said.

[Fan Wang @Fan_uts]

@sejeong85 amazing! will you send one to us with your signature :)

[Evan Kirstel #B2B #TechFluencer @EvanKirstel]

🧪 🧫 🧬 ⚡️
Superheroes of Science!

[Fan Wang @Fan_uts]

@PhD_Genie pathetic for me, directly start postdocas before got official degree, no any rest