The Naumov Lab
@NaumovLab_TCU
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Welcome to Naumov Lab @TCU @tcu_cse The Land of Graphene Quantum Dots (GQDs), Therapeutic Applications and many more!💎🦠🧬 Managed by grad students
Fort Worth, TX
Joined June 2023
We are looking for several motivated Ph.D. Students!.Student are expected work with up and rising @nanocarbons GQDs as nano-biosensors and drug/gene delivery agents. Soft application deadline for Biophysics department is February 1st! For more details see:
cse.tcu.edu
Earn a graduate degree in physics and astronomy
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RT @UgurTopkiran: Been here for about three hours but I have a feeling that this will be a great month!. @HHMIJanelia @nanocarbons
https://….
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RT @Dan_A_Heller: Proud to add to the long-running Handbook of Carbon Nano Materials series, with two volumes on carbon nanotubes in biomed….
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RT @TCUPhysAstro: Join us right now in SWR 357 where Dr. Bonde is meeting with the Society of Physics Students about his academic career an….
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RT @UgurTopkiran: 🚀Looking for PhD positions?🧐 .Graduate school applications for @TCUPhysAstro is still open!!.My lab @NaumovLab_TCU is als….
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RT @angew_chem: Controlled Introduction of sp3 Quantum Defects in Fluorescent #CarbonNanotubes by #Mechanochemistry (Lars Borchardt and co-….
onlinelibrary.wiley.com
Tailoring the photophysics of single-walled carbon nanotubes (SWCNTs) holds immense potential for their applications in sensing and imaging. By using mechanochemistry, sp3 quantum defects are...
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RT @MaruyamaChiashi: The 25th International Conference on the Science and Applications of.Nanotubes and Low-Dimensional Materials Abstract….
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RT @ArdemisPrime: We made a (stable) sensor for happiness (i.e., dopamine !!!). Check out our latest study on making DNA-wrapped nanotube s….
pubs.acs.org
Single-walled carbon nanotubes (SWCNTs) are wrapped with single-stranded DNA (ssDNA) to create near-infrared (NIR-II) fluorescent sensors for diverse analytes. However, the interaction between the...
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RT @ArdemisPrime: Cells eating graphene quantum dots 🤤. @UgurTopkiran et al. reveal mechanisms based on charge dependence and different en….
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🚨 Our lab’s latest paper, led by @UgurTopkiran, is out in Small! He explored the endocytosis pathways of the rising @nanocarbons Graphene Quantum Dots(GQDs)!.The framework presented can be utilized for any #nanomaterial cell uptake/receptor-targeting studies!.@TCUPhysAstro.
🚀New Paper Alert🚀.How do @nanocarbons enter cells?🧐 Our latest study in Small @AdvPortfolio uncovers key insights into endocytosis pathways, presenting a holistic scheme to follow for receptor targeting and drug delivery studies. 🔬📄Read more:.#nanobio.
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RT @SadakOmer: Looking for a PhD student to join my lab to work on nanofiber & nanomaterial fabrication for smart packaging. Experience in….
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Application requirements are listed in the link provided. Interested, qualifying applicants are encouraged to send their resume to Dr. Anton Naumov via email. For further questions feel free to leave a comment!.#phd #graduate.@TCU_CSE @TCUPhysAstro @TCU.
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RT @Demirer_GozdeS: Demirer Lab @Caltech is looking for passionate graduate students to join us! Explore our exciting research for a sustai….
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(3/3) Main research will be on utilizing GQDs for neurotransmitter #sensing applications and the candidates are expected to start on December 2024 or January 2025. For further information you can email Dr. Naumov or refer to our lab’s website
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(2/3) 🚨Important requirements! Please read:.Due to time constraints, we can only hire researchers currently residing in US, or a US Visa holder, or US Citizens.
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(1/3)We are hiring! .The Naumov Lab is seeking highly motivated #postdocs to work on #biomedical applications of one of the rising @nanocarbons #Graphene Quantum Dots! If interested, email your CV and research intent to:.a.naumov@tcu.edu.Please notice the requirements below:
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RT @rafeequemavoor: Free scientific illustrations for biologists! 😍. @NIH has released a library of 500+ free scientific illustrations to….
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RT @nanoGe_Conf: ❇️Delve into applications such as multimodal neural interface, biosensors for healthcare, in-vitro models at the Bioelectr….
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RT @GiliBisker: Excited to share our new publication! 🌟 We explore dissipative self-assembly of patchy particles under nonequilibrium condi….
pubs.acs.org
Inspired by biology and implemented using nanotechnology, the self-assembly of patchy particles has emerged as a pivotal mechanism for constructing complex structures that mimic natural systems with...
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