Sajjad Dadashi Silab
@DadashiSilab
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Postdoctoral Associate @stache_lab, @PrincetonChem, previously @CornellChem | PhD in @MatyPolymerLab, @CMU_Chem. He, Him, His
Joined April 2016
@stache_lab & Hanning Jiang from @PrincetonChem Feature in an interview about their development of a photothermal method using carbon black to efficiently depolymerize polystyrene. https://t.co/gJ7QqYRhAh
#PlasticRecycling #Sustainability #GreenChemistry
engineeringness.com
Discover how Dr. Erin E. Stache and Hanning Jiang from Princeton University developed a photothermal method using carbon black to efficiently depolymerise polystyrene. This sustainable recycling...
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The @Stache_Lab has discovered that a black pigment present in many plastics drives depolymerization. Their latest two papers, in @ACSPublications and @J_A_C_S, showcase the potential. Congrats Hanning, Sewon, Liat, Erik, Erin! Enjoy our feature: https://t.co/igyzKOeGCT
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Congrats to Hanning and Erik on this great work!! Special shoutout to Erik on his first ever publication!! And RIP rubber ducky.
Upcycling Poly(vinyl chloride) and Polystyrene Plastics Using Photothermal Conversion | Journal of the American Chemical Society @Princeton
@PrincetonChem @stache_lab
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Special holiday podcast up now! Take a listen while you’re traveling or relaxing! We talk about plastics that put the magic in the holidays https://t.co/Ue8LihL3dZ
buzzsprout.com
Log in to your Buzzsprout account.
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New process recycles black plastics using sunlight: Carbon black pigment helps drive recycling of black polystyrene. https://t.co/xtsDMIgT24 .
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Red-Light-Induced Ligand-to-Metal Charge Transfer Catalysis by Tuning the Axial Coordination of Cobyrinate | Journal of the American Chemical Society @Princeton @PrincetonChem @stache_lab #RedLight #LigandtoMetal #Transfer #Catalysis #Cobyrinate
pubs.acs.org
Photoinduced ligand-to-metal charge transfer (LMCT) is a powerful technique for the formation of reactive radical species via homolytic cleavage of the metal–ligand bond. Here, we present that the...
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Check out our new work for recycling waste #plastic ! #PlasticPollution #Sustainability #realtimechem
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Check out our first episode of Polymers Unchained - a new podcast demystifying the world of plastics! Download on Apple Podcasts, Spotify, or Buzzsprout. https://t.co/Im2LsYqCjc
#realtimechem #Sustainability #polymerchem 🌎🧪
polymersunchained.buzzsprout.com
Have you ever wondered about the different types of plastic, or why recycling is so complicated for each one? Have you ever wanted to learn more, but don't know where to start, or feel like the...
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Exciting news - we’re starting a podcast! Ever wonder what exactly plastics are, or why they’re so hard to recycle, but don’t know where to start? We have just the podcast for you! Coming soon to a podcast streaming service near you 🤫🎙️
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A new Science Speaks interview is out today. Guest writer @HyunSukWang1 from the @AnastasakiLab @ETH spoke with chemist Erin Stache @stache_lab @Princeton about her career & the polymer research her laboratory conducts. #Chemistry #SciComm
https://t.co/DsQ8FmsRHX
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We are so stoked to reveal: the Stache Lab’s very first journal cover! 🎉🎊 At the same time, we highlight our latest publication, which takes a look at novel photothermal transformations in organic synthesis. Check out the cover and our article here: https://t.co/4BowPwKH6f
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Photothermal conversion has emerged as a method for applying high heat under irradiation. This NEW #OUTLOOK by @stache_lab explores how it has been used in synthesis and its potential use in future applications Read it here: https://t.co/Y6RGaF4RXN
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Exciting news!! The result of a huge endeavor by our depolymerization team, Sewon Oh and Hanning Jiang, has dropped on ChemRxiv. 🎉 Check it out below! ⬇️ https://t.co/JtBc1xILHf These two never stop, so stay tuned for more discoveries to come 🤫♻️
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Check out our latest tutorial on oxidative degradation of plastics! Great work Sewon! @ChemSocRev @PrincetonChem
https://t.co/4W3brm9Quk
pubs.rsc.org
Oxidative degradation is a powerful method to degrade plastics into oligomers and small oxidized products. While thermal energy has been conventionally employed as an external stimulus, recent...
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Dyes for nucleic acid staining can be utilized as a light-up photocatalyst for photo ATRP. Accepted back-to-back in @J_A_C_S. https://t.co/BqTMM6EDmh
pubs.acs.org
Nucleic acid-binding dyes (NuABDs) are fluorogenic probes that light up after binding to nucleic acids. Taking advantage of their fluorogenicity, NuABDs have been widely utilized in the fields of...
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Wondering how to conduct efficient emulsion RDRP as a greener way for precise polymer synthesis? Photocatalysis under NIR light is the key! Check out the details in our most recent publication @J_A_C_S by @Xiaolei_Hu1 , Rongguan Yin, @VirginiaNuNu.
pubs.acs.org
Photoinduced polymerization techniques have gathered significant attention due to their mild conditions, spatiotemporal control, and simple setup. In addition to homogeneous media, efforts have been...
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Can’t believe my first, first author paper in the Stache Lab is out! So thankful for all the help I received from everyone on the paper! I loved working on this project and I can’t wait do more with photothermal conversion catalysts!
Read this hot new study in @J_A_C_S featuring photo-controlled ATRP using a modified Vitamin B12 photothermal conversion catalyst! @princetonchem
https://t.co/Pzb3GE9ebF
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Read this hot new study in @J_A_C_S featuring photo-controlled ATRP using a modified Vitamin B12 photothermal conversion catalyst! @princetonchem
https://t.co/Pzb3GE9ebF
pubs.acs.org
Photothermal conversion is a growing research area that promotes thermal transformations with visible light irradiation. However, few examples of dual photothermal conversion and catalysis limit the...
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Congratulations to Kriti Kapil on receiving the Kwolek Fellowship! 🥳🎉👩🔬 Her work in the @MatyPolymerLab has discovered methods that would allow polymers to be created in less stringent conditions with less complex equipment. https://t.co/9Bpia74Ak5
cmu.edu
Carnegie Mellon Ph.D. student Kriti Kapil received the Kwolek Fellowship for her research in polymer chemistry.
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Congrats to our P.I. Erin for being awarded the @BayerFoundation Early Excellence in Science Award in Chemistry 2023! 🎉 In their words, Erin is “recognized for her multidisciplinary research combining […] synthetic organic chemistry with photochemistry and polymer chemistry.”
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