Gary Beane

Research Fellow at Monash University and the ARC CoE FLEET. Materials science and all things #nanoscience - #quantum effects and #nanostructures.

[Gary Beane @pollinus66]

Just a small snapshot of all the awesome science taking place within the ARC CoE in Future Low Energy Technology https://t.co/MONjfgn3Zo @FLEETCentre

[Gary Beane @pollinus66]

RT Nanowerk "How scientists can benefit from #blockchain technology https://t.co/G5KC4UZ3eK
#Web3 #IoT #Science #research"

[Gary Beane @pollinus66]

RT Nanowerk "Nanotechnology and the Internet of Things: Boosting efficiency and capability https://t.co/EbxESfAxWy #IoT #nanotechnology #Web3 #blockchains #sensors"

[Dr.Vinod Saharan @nanoagriculture]

#nanotoxicity Impact of #nanomaterials on #aquatic #organism @DBTIndia @BIRAC_2012 @IndiaDST @iiscbangalore @teriin @NatureNano @Nanowerk @icarindia @MpuatUdaipur #enviorment https://t.co/tS3rbNsc9M

[Dr.Vinod Saharan @nanoagriculture]

#nano-toxicity Impact of #nanomaterials on #aquatic #organism ⁦@DBTIndia⁩ ⁦@BIRAC_2012⁩ ⁦@IndiaDST⁩ ⁦@iiscbangalore⁩ ⁦@teriin⁩ ⁦@NatureNano⁩ ⁦@Nanowerk⁩ ⁦@icarindia⁩ ⁦@MpuatUdaipur⁩ #enviorment https://t.co/3Z0cRZE87b

[Nature Materials @NatureMaterials]

Exchange controlled triplet fusion in metal–organic frameworks

https://t.co/he3ydCbtJI
@ScienceMIT @MIT

[LewandowskiW_Group @nanoorgmat]

Another fantastic news! Our work on Tunable Circularly Polarized Luminescence via Chirality Induction and Energy Transfer from Organic Films to Semiconductor Nanocrystals, realized with @EmatSarabals and @guido_clever teams is now published in @acsnano !

https://t.co/qn1OdA8zGf

[Chemical Synthesis @Chem_Synth]

Article sharing - @Chem_Synth
👔Water-Dispersible #Porous Aromatic Frameworks with Quasi-Amino Acid Structures via N–H Insertion Reactions @acsnano
Authors: Liying Yin, Zikun Wang, Qihang Wu, Lin Liu, Ning Zhang*, Zhigang Xie*, and Guangshan Zhu*
Link: https://t.co/4pYcHEsqbJ

[ACS Pressroom @ACSpressroom]

A nasal COVID vaccine could help block the virus where it enters the body and be an alternative option for people who fear needles. Read more about new research in @acsnano on an intranasal COVID vaccine that works against variants in animals: https://t.co/BL2BAzYl8x

[Nanoprobes, Inc. @Nanoprobes_Inc]

Our MicroCT Contrast Agent - AuroVist™ was used in:
A Nanomedicine Structure–Activity Framework for Research, Development, and Regulation of Future Cancer Therapies 🙃https://t.co/se34yyTf76

#ACSCancerChat #FightingCancer #CancerResearch #CancerTherapies

[ACS Nano @acsnano]

Latest @acsnano covers:
The synthesis of artificial #graphene nanoribbons at the atomic scale by confining surface states of Cu(111).

Check out the cover story:
https://t.co/5x4CMtDpgA

[Pinzee @Pinzheng1]

Sorry, but my first reaction to this work has to be, what?!?!

Even though I have to admit I did consider using UCNPs into plants when I first started PhD (but now I simply find it stupid).

https://t.co/zWXdBEQYTM

[AZoNano @AZoNano]

Single Fibers and Bundles Inspired by Mammalian Skeletal Muscle https://t.co/P28ysfq1u7 @NatureNano
#nano #nanotechnology #artificialmuscle #robotics #muscle

[Phys.org @physorg_com]

Researchers develop hierarchically self-assembled homochiral helical microtoroids @NatureNano https://t.co/VbSrfFdFRl https://t.co/3FxYRB11jK

[Phys.org @physorg_com]

Engineers develop a low-cost #terahertz camera @MIT @NatureNano https://t.co/l1BxWbyd4r https://t.co/r4Te8oPgwO

[Nature Nanotechnology @NatureNano]

2 days to apply! Join the editorial team
@NatureNano

[Cystic Fibrosis Research Institute @CFRI_CureCF]

INHALED NANOPARTICLES COULD HELP CFTR PRODUCTION IN THE LUNGS

When inhaled, the #LipidNanoparticles showed no signs of toxicity in the lungs or other body parts of #CysticFibrosis mice, and triggered controlled #CFTR production in the lungs.

https://t.co/6CkESR6xQz

#CFresearch

[ACS Nano @acsnano]

Open science helps researchers collaborate to address global challenges.

For the rest of 2022, the APC with a CC-BY license for ACS Nanoscience Au is reduced to $2500 - ACS member & other discounts still apply.

Reach more readers. Find out more 👉 https://t.co/syHzvUM1tN

[NYU Tandon @nyutandon]

#Tandon researcher and professor @RiedoLab and her lab team have discovered a new law of friction that leads to new materials that can minimize energy loss. Read the full paper in @NatureNano #NYUTandonMade
https://t.co/zhNbdGeYTz

[部品（石原さとみ） @tjmlab]

Nanoscale View of Engineered Massive Dirac Quasiparticles in Lithographic Superstructures
https://t.co/z5PQmfXAU2
グラフェンにリソグラフィで穴を開けてディラック分散を制御、天才の発想だ