PhD candidate at RMIT university | Functional Material & Microsystems group | Engineer
Joined March 2019
- Tweets 56
- Following 18
- Followers 56
- Likes 504
5 Photos and videos
Jamie Low retweeted
Drones spraying wheat crops, monitoring bushfires, or delivering groceries to your door - these applications aren't too far away, but all require precise location measurement without GPS.
Optical gyroscopes provide a solution. Read more in @PhotonicsSpec
photonicsspectra-digital.com…
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Jamie Low retweeted
1 Jun 2023
ICONN is back in Melbourne in February 2024! I am thrilled to co-chair with Sally McArthur @mca178. Supported by @ANFFHQ and Australian Nanotechnology Network @NanoJagadish. Abstracts submission opening soon!
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17 May 2023
Thank you @SumeetWalia4, @madhu_bhaskaran, and @sharath_sriram for your guidance throughout my PhD journey! I have learnt a lot during this time ☺️
17 May 2023
Congratulations Dr @JamieMXLow @ResearchRMIT on the successful completion of her #PhD. Jamie's research focused on tuning the optoelectronic properties of #2DMaterials and their heterostructures for applications in light detection and photovoltaics. Well done!!
#WomenInSTEM
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Jamie Low retweeted
19 Apr 2023
Computing consumes ~3% of global energy with a massive carbon footprint. #Neuromorphics provides a potential solution. In @AdvSciNews, we report an adaptive artificial neural network that retains and restore information in neuromorphic #optoelectronics
doi.org/10.1002/aisy.2023000…
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Jamie Low retweeted
21 Feb 2023
Energy-hungry data processing that enhances our lives has a major impact on the environment. In @AdvSciNews, #EurekaPrize recipient @SumeetWalia4 & others explore the less energy-intensive alternatives that brain-like computing technologies offer.
🔬📖onlinelibrary.wiley.com/doi/…
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Jamie Low retweeted
12 Feb 2023
Energy consumed by data computation has a significant environmental impact. Brain-like analog processing offers an exciting alternative. In a review @AdvSciNews, we discuss operating principles and advances in new materials that can help address this.
doi.org/10.1002/aisy.2022003…
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14 Dec 2022
Come by the COMMAD session at #aipcongress2022 and listen to an interesting talk on next-generation 2D material applications by @SumeetWalia4!
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12 Dec 2022
Finished my talk at the #aipcongress2022 today! Thanks to those who attended today 😊
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Jamie Low retweeted
10 Dec 2022
A stick-on patch that changes colour when a person reaches their maximum UV exposure threshold. Another exciting application of #2DMaterials customised for six different skin types. Thanks to #CarlZeiss for the support!!
@ACS_ANM link: doi.org/10.1021/acsanm.2c043…
@ResearchRMIT
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Jamie Low retweeted
The fundamental science behind rapid SARS-CoV-2 sensors developed in partnership with @SoteriusA has been published in @AdvSciNews 'Advanced Materials Technologies'. Congratulations to the team and thank you to the amazing collaborators!
doi.org/10.1002/admt.2022009…
@ResearchRMIT
ALT Sensor design and use cases for COVID-19 detection
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Jamie Low retweeted
24 Nov 2022
@ScienceAU is thrilled to announce the visionary ‘connector of commercialisation’ and research rockstar Professor @sharath_sriram @RMIT is our new President-elect. He will succeed our amazing President @prof_hutchinson in November 2023. 🧵 1/5 scienceandtechnologyaustrali…
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Jamie Low retweeted
11 Nov 2022
It's out!
I am very pleased to share that our work on humidity effects on phase change and sensitivity of Vanadium dioxide-based miniaturized thermal sensors has been published in ACS Applied Electronic Materials.
@fun_materials @MNRF_RMIT @ACS_AMI
pubs.acs.org/doi/10.1021/acs…
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Jamie Low retweeted
31 Aug 2022
🏆 Professor @SumeetWalia @ResearchRMIT @RMIT is awarded the 2022 Eureka Prize for Emerging Leader in Science.
Learn more: youtu.be/lBhiq_fOCcc #EurekaPrizes
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Jamie Low retweeted
16 Aug 2022
Flying through glass ceilings. Photo taken at: Eaton Centre, Toronto #TMOSScienceWeek
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Jamie Low retweeted
Extremely excited that with the support of @DETVic, we will lead the establishment of a Victorian Medical Device Prototyping and Scale-Up Facility @RMIT.
rmit.edu.au/news/all-news/20…
@GayleTierney @DanielAndrewsMP @ResearchRMIT @sharath_sriram @madhu_bhaskaran
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Jamie Low retweeted
To non-invasively measure biomarkers, the most promising near-term option is wearables that use light, combining sources and detectors.
@fun_materials's @dss_sundar (Dr Shanmuga Sundar) shares his views in this perspective article:
photonics.com/Articles/Expan…
@ResearchRMIT @TMOS_ARC
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Jamie Low retweeted
29 Jul 2022
Harnessing mechanical strain to control electronic and optical properties of #2DMaterials. An insightful study led by @JamieMXLow #WomenInSTEM published in @ACS_ANM.
Thank you @Sherif_A_Tawfik for the challenging theoretical work to support this.
doi.org/10.1021/acsanm.2c029…
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Jamie Low retweeted
26 Jul 2022
.@SumeetWalia @ResearchRMIT @RMIT is a finalist in the Eureka Prize for Emerging Leader in Science. Learn more: youtu.be/lBhiq_fOCcc #EurekaPrizes
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Jamie Low retweeted
21 Jul 2022
Room-temperature solution-processed heat-blocking coatings with improved stability using VO2-based composite nanoparticles developed by @fun_materials researchers are now in @ACS_AMI.
go.acs.org/1Ib
ALT Thin films composed of vanadium dioxide (VO2), a well-known thermochromic material with reversible insulator-to-metal-transition near room temperature, are intriguing for intelligent and energy-efficient heat-blocking applications. However, the conventional vacuum-based deposition methods often involve a high-temperature annealing process, and oxidation of VO2 under air exposure further limits their practical applications. In this work, we demonstrate a room-temperature solution process to prepare VO2-based thermochromic thin films using a smart ink composed of crystalline VO2 nanoparticles. To enhance their chemical stability against oxidation and assist in the uniform deposition of the VO2 thin films, polymers were used as both capping agents and for surface modification of the VO2 nanocrystals.
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Jamie Low retweeted
We demonstrate solution-based thermochromic coatings. These composites of vanadium dioxide and polymers can enable approaches for energy management and switchable optoelectronics.
Congratulations @SumaiyaKabir11, Dan Yang, and All!
doi.org/10.1021/acsanm.2c013…
@ResearchRMIT
ALT Solution processing for vanadium dioxide
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