Athira T. John

[Athira T. John @athiratjohn]

Our recent work highlighting the hierarchical formation of 1D-, 2D-, and 3D-zipper motifs steered by distinct interhalogen interactions. Check out the poster (Poster No: PCCP016) @PCCP #PCCP_IISERTVM_MyPoster @tvmiiser @GroupHariharan

[Hariharan Group @GroupHariharan]

We are proud to announce that @athiratjohn successfully defended her PhD thesis titled "Modulating Charge Transport in Angular Naphthothiazoles Through Crystal Engineering".
Congratulations Dr. @athiratjohn!🥳
Thanks to @cmallareddy for being the external examiner.

[Hariharan Group @GroupHariharan]

Our new perspective on modulating charge transport in different solid-state architectures through crystal engineering is out in @JPhysChem .
Hearty congratulations @athiratjohn, @DeepuGeorge17 & @maheshhrn!🥳
https://t.co/aaB5a3ZbIm

[Hariharan Group @GroupHariharan]

Many congratulations to @EbinZebu, Ph.D. alumni of @GroupHariharan, on being awarded the prestigious Marie Curie postdoctoral fellowship @MSCActions . We are proud of your achievement and wish you all the success in your future endeavors at @RaoGroupCAM @Cambridge_Uni !🥳

[Hariharan Group @GroupHariharan]

Prof. Dr. Bernd Engels (Faculty and Chair of Theoretical Chemistry at @Uni_WUE) delivered another exciting lecture at @tvmiiser today on "Protocol to describe Accurate Absorption Spectra of Organic Semiconductors".

[Hariharan Group @GroupHariharan]

Congratulations to Sohan D. Jadhav @sohan_sdj, 5th year BS-MS student from our lab for winning the Second prize for the Best Poster Contribution at the 3rd International Symposium on Singlet Fission and Photon Fusion #ispf2 held at Milan, Italy. @tvmiiser

[Hariharan Group @GroupHariharan]

Snapshots from the tutorial talk on Computational Chemistry by Prof. Bernd Engels @Uni_WUE titled ‘A Brief History of Nearly Everything (in Computational Chemistry)’ @tvmiiser

[Hariharan Group @GroupHariharan]

Check out the mini-review on aromatic stabilization in spin singlet excimer and through-space aromatic character in triplet excimers of cofacial linear acenes.
@dcasanova_dipc @maheshhrn @itsmeakhilesh18 @ AitorDiaz-Andres @KEERTHYPS4 @athiratjohn

[Hariharan Group @GroupHariharan]

Can the excited state structural rearrangement of chromophoric dimer impede the charge-separated state? Check out our article “Excimer Evolution Hampers Symmetry-Broken Charge-Separated State”@ChemicalScience
https://t.co/Bawd0Hz6Jv @EbinZebu @jeswin1710 @maheshhrn

[J. Am. Chem. Soc. @J_A_C_S]

Ligand-Induced Ground- and Excited-State Chirality in Silicon Nanoparticles: Surface Interactions Matter @tvmiiser #Silicon #Nanoparticles #Chirality #Surface https://t.co/qx7Gf0BR0J

[George Thomas' Group @KGT_Lab]

Happy to share our recent @J_A_C_S article on "Ligand-Induced Ground- and Excited-State Chirality in Silicon Nanoparticles"
https://t.co/NzFAkK3d3J
@J_A_C_S @KamatlabND @ACSPublications @tvmiiser
#nanoparticles #chirality #cd #cpl #silicon

[Sujith @Sujith83535752]

Our work on first of its kind silicon nanoparticles with ground- and excited-state chirality is online in @J_A_C_S . Find out more in the following link
https://t.co/CnZr8xWlrp
@J_A_C_S @tvmiiser @ACSPublications

[Hariharan Group @GroupHariharan]

Design strategy for prolonged symmetry-breaking charge-separated state towards the development of efficient organic photovoltaics is highlighted in our recent focus review @ACSEnergyLett #Editorschoice
@EbinZebu @maheshhrn
https://t.co/wom93QRPE0

[ACSEnergyLett @ACSEnergyLett]

#Editorschoice Focus Review by Mahesh Hariharan , @maheshhrn #Freetoread
Symmetry-Breaking Charge Separation in Molecular Constructs for Efficient Light Energy Conversion https://t.co/BrqCwAxU1v

[Hariharan Group @GroupHariharan]

A decrease in band gap with increase in atomic number of halogens (X=Cl, Br, I) is observed in angular naphthothiazole based organic semiconductors.
https://t.co/7G4TYud6mH
@CGD_ACS @athiratjohn @akshaya_nsamy @DeepuGeorge17 @maheshhrn

[Athira T. John @athiratjohn]

Poster No.SC21
Atom-Efficient Halogen–Halogen Interactions Assist One-, Two-, and Three-Dimensional Molecular Zippers @GroupHariharan @ChemSci_JNCASR #chemsci2021poster
#SupraChem
To follow this work:
https://t.co/Nnd5RT9Lfk

[Hariharan Group @GroupHariharan]

See exciting articles in the "Virtual Issue on Ultrafast Charge Separation in Energy Research" https://t.co/UWYbD8uOda @greg_hartland @JPhysChem @maheshhrn

[Hariharan Group @GroupHariharan]

Our new work unveiling the crucial role of null exciton coupling in the symmetry-breaking charge separation accepted @J_A_C_S provides novel insights towards fundamental electron transfer processes. Congrats 🥳🥳🥳@EbinSeb52712339 @maheshhrn @tvmiiser
https://t.co/CK2jT5lp4k

[Hariharan Group @GroupHariharan]

Homo-sorted donor-acceptor architectures as an elegant strategy towards the design of organic photovoltaics through the delocalization of photoinduced charges is highlighted in our recent review https://t.co/Wyh10pZlLF @ACSChemRev @MeeraMadhu3 @RemyaRamakrish3 @VishnuV84545525.

[iGEM IISER Thiruvananthapuram @igem_iisertvm]

@GenScript @iGEM Our iGEM team is working to make an #impact by reducing fungal contamination and sporulation in diverse settings like commercial residences, hospitals, and agriculture. 🧬 @GenScript @iGEM (1/5)