Aizenberg Lab
@AizenbergLab
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Joanna Aizenberg leads the biomineralization and biomimetics lab @hseas @harvardCCB. Student managed account by @LimGarrick.
Cambridge, MA
Joined May 2022
Check out our new perspective @AdvPortfolio Adv. Sci. on how natural biological olfaction (i.e., sniffing) can guide future designs of electronic noses! @hseas @wyssinstitute
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Check out our new work at @PNASNews , led by @LimGarrick, on enhancing interfacial catalytic performance by partial nanoparticle embedding!
We report in @PNASNews how partial PdAu nanoparticle embedding into TiO2 support accentuates catalytic contributions from the Au/TiO2 interface. @AizenbergLab @hseas @HarvardCCB Research supported by @doescience, @doddtra
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Fancy some nanoscopic crystal art? Joanna collaborated with Wim's group at @_amolf to demonstrate how BaCO3 crystal growth can be directed, now published in @CGD_ACS
@wyssinstitute @HarvardCCB @hseas
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Congratulations to our @HarvardCCB grad student @LimGarrick for being selected for the @Materials_MRS graduate student awards! @hseas Check out his talk tomorrow Dec 4, 9 am ET, Hynes room 103
👏 Celebrate excellence in materials research at the #F24MRS Graduate Student Awards Special Talk Sessions! 🌟 Join us to support award finalists as they showcase their groundbreaking research! 🧪🎓 🗓️ Dec 3, 12:15–3:15 PM ET 📍 Marriott, 1st Floor #MRSCommunity
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Congratulations to our @hseas postdoc @hmd_almohammadi, who has been named as a rising star by @UChicago MRSEC! Listen to Hamed’s research on the virtual symposium on Dec 11-12!
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RT @wyssinstitute: Inspired by how lotus leaves naturally repel water, researchers in @AizenbergLab created a new, PFAS-free coating for fa…
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The Aizenberg lab, past and present, is well-represented at @ChEnected AIChE 2024 in San Diego! @an_avs_na @Fritz_Stricker @JacyTaci @hmd_almohammadi @LimGarrick @HaichaoWu_HW @hseas @HarvardCCB
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Our @hseas grad student Haritosh won the Young Investigator Award at 8th annual Bioengineering & Translational Medicine Conference!
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Check out Caroline's PFAS ("forever chemicals")-free textile nanocoating, inspired by the bumpy texture of lotus leaves, as our water-repellant textile platform! @wyssinstitute @hseas @HarvardCCB
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Thanks @thecrimson for highlighting our new indoor air quality sensor, bioinspired by how dogs sniff! @hseas @wyssinstitute
Researchers led by Harvard SEAS professor Joanna Aizenberg are developing a new air quality sensor inspired by a dog’s nose that promises more specificity than existing products. David D. Dickson, Abigail S. Gerstein, and Catherine Jeon report.
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Check out our indoor air quality control sensor, inspired by how mammals sniff, on @FastCompany
@hseas @wyssinstitute
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Reporting in @softmatter, @an_avs_na and colleagues study evaporative co-assembly of binary colloidal suspensions on superhydrophobic surfaces to form catalytic supraparticles @hseas @HarvardCCB @KITKarlsruhe @ETH_Materials
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Check out our collaborative effort with Pingan Zhu on developing programmable hierarchical anisotropy in liquid crystalline elastomer microactuators, in celebration of George Whitesides' 85th birthday at @LabonaChip
@hseas @HarvardCCB
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Congratulations to our @hseas grad student Haritosh Patel & our former co-op Amy on winning the 2024 Engineering in Hydrocephalus Prize!
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Check out our collaborative work led by Stony Brook (Anatoly Frenkel), with @UUBeta, U Oslo, Swiss beamline, @LimGarrick. In @NatureComms, we studied the dynamic response(s) of surface Pd species in PdAu alloys to H2 & O2 pulses. @HarvardCCB @hseas
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Check out @LimGarrick’s new perspective piece on @J_A_C_S on advancing catalyst design through colloidal templating approaches!
With Michael & Joanna @AizenbergLab, we share in @J_A_C_S our perspective on how incorporating colloidal templating into (thermo)catalyst design unlocks control over its environment beyond the active sites @HarvardCCB @hseas
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Reach out to @wyssinstitute and us for more information on this technology platform!
Catalytic converters are the most widely used kind of air pollution control device, but they are expensive and inefficient. Wyss researchers developed a new type of catalytic material that dramatically lowers the cost of cleaning air.
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Check out our @hseas grad student @liu_liu_lemon discussing her acute scientific interest in perfumes and fragrances! @HarvardWIC @HarvardCCB @HarvardGSAS
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