Alexandros A. Kitos
@AlexKitos
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Ph.D. in Chemistry, University of Patras 🇬🇷
Joined January 2021
🧪 Simplicity engineered for magnetism 🧲 📢 Preprint: Cr(pyrazine)₃ - maybe the simplest MOF with potential voids known. This perovskite analogue shows magnetic interactions rivaling the strongest known in inorganic materials, stabilizing magnetic order above RT. 🔗and🎥👇
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👋 We are excited to share an open PhD position in 4f/5f chemistry, with a focus on switchable materials, at the Technical University of Denmark!🧪🇩🇰 🔗 See more and apply here: https://t.co/IxsZo5zIFz 📅 Deadline: May 30 📖 Find our recent work here:
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🔓#OpenAccess #radicalbridgingligands Check out recent research Exploring the substitution effect on the magnetic coupling of tetrazinyl-bridged Ln2 single-molecule magnets by Niki Mavragani, Muralee Murugesu et al. @uOttawa 🔗 https://t.co/PorK4pUILw
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How does substituting the tetrazinyl radical bridge affect the Ln–rad magnetic coupling in radical-bridged Ln₂ SMMs? Check out our latest research, now published @InorgChemFront! 🥳 🙏 to all who contributed! @AlexKitos @m_murugesu @uOttawaScience
https://t.co/GOoTp1C74C
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How did it all started? Learn more about “Mn12 and the dawn of single-molecule magnets” by reading our latest article now published @NatureChemistry 🧲 @m_murugesu @uOttawaScience
nature.com
Nature Chemistry - Niki Mavragani and Muralee Murugesu discuss the discovery, structure and properties of Mn12, a prototypical single-molecule magnet.
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Excited to share our latest work, the 1st for 2025, on a tetrazinyl-bridged Er metallocene exhibiting NIR MCPL, published @J_A_C_S! 🙏 and congratulations to @niki_mavragani @AlvesGalico @m_murugesu! @uOttawaScience Read more here:
pubs.acs.org
The magnetic and magneto-optical properties of a tetrazinyl radical-bridged ErIII metallocene, [(Cp*2ErIII)2(bpytz•–)][BPh4] (1; Cp* = pentamethylcyclopentadienyl, bpytz = 3,6-bis(3,5-dimethyl-pyra...
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So happy and proud to see this one out! Big thank you to all who contributed to this! Make sure to check out our work on high energy density materials - now published @CGD_ACS. https://t.co/QplthL9ZwY
@m_murugesu, J. L. Brusso, @GD_OTS @uOttawaCHM
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Online now: Cluster-based redox-responsive super-atomic MRI contrast agents https://t.co/ZWTmekwLAm
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Thrilled to share our latest work on redox-responsive MRI contrast agents now published @Chem_CP! Grateful to all those who contributed! @MolMedLabuO, @m_murugesu, J. L. Brusso, @uOttawaResearch
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Distortion Engineering: A Strategy to Modulate Molecular Upconversion with Molecular Cluster-Aggregates | Journal of the American Chemical Society @uOttawa #Distortion #Molecular #Upconversion #Cluster #Aggregates
pubs.acs.org
The rational engineering of molecules is a powerful chemistry tool of pivotal importance in the fields of molecular magnetism and luminescence. Hence, systems that can be modulated via molecular...
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Excited to see this one out! Don't miss our latest publication @J_A_C_S where distortion engineering is used to modulate molecular upconversion in Molecular Cluster-Aggregates | Congrats to all @AlvesGalico @m_murugesu @uOttawaScience @uOttawaResearch
pubs.acs.org
The rational engineering of molecules is a powerful chemistry tool of pivotal importance in the fields of molecular magnetism and luminescence. Hence, systems that can be modulated via molecular...
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Excited to share our latest article in @ChemicalScience, where we report the first structurally and physically characterized lanthanocene complexes with a dianionic tetrazine, providing new insights into the redox chemistry of tetrazines. @m_murugesu
https://t.co/o12ZRDScr7
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Formation of a Decanuclear Organometallic Dysprosium Complex via a Radical-Radical Cross-Coupling Reaction (Muralee Murugesu and co-workers) @NehaBajaj98 @AlexKitos @niki_mavragani @niftynatrium @bessvlai @m_murugesu #openaccess
onlinelibrary.wiley.com
The C−C cross-coupling reaction of pyrazine and allyl radicals led to the formation of a nanoscale decanuclear organometallic {Dy10} complex. This ring-like {Dy10} complex displays slow magnetic...
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Excited to read this fantastic Preview from Prof. Larionova et. al. highlighting our recent work on pyrazinyl-bridged Ln SMMs. A big thank you to all authors! @Chem_CP @m_murugesu @uOttawaScience Boosting single-molecule magnet performance https://t.co/FftBvtN2TG
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Really excited to share our latest work “Formation of a Decanuclear Organometallic Dysprosium Complex via a Radical–Radical Cross–Coupling Reaction” in @angew_chem! Congratulations to all! @NehaBajaj98 @niki_mavragani @niftynatrium @bessvlai @m_murugesu
https://t.co/9ypjYmlzXx
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So proud to be part of this work now featured @Chem_CP ! Congratulations to all! "Hard single-molecule magnet behavior and strong magnetic coupling in pyrazinyl radical-bridged lanthanide metallocenes" https://t.co/wO8GULOyoP
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Online now: Hard single-molecule magnet behavior and strong magnetic coupling in pyrazinyl radical-bridged lanthanide metallocenes https://t.co/WZklV5nHuc
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Excited and humbled to be invited as a speaker in the next Young Investigator Session of Angular Momentum. Rendez-vous this upcoming Tuesday @ 12pm EDT to discuss all about radical-bridged hard single-molecule 🧲! @m_murugesu @uOttawaScience @uOttawaCHM
< 1 week to Angular Momentum! Check out the AMAZING Young Investigator line-up! Angelica Orlova, Niki Mavragani, Victor Quezada Novoa, & Dr. Patrick Smith! Register: Email Prof Robinson #fblock #chemtwitter @InorgChem @DaltonTrans @EurJIC @InorgChemFront @ACSINORDivision
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