Soumyajit Das

Asst. Prof. Chemistry, IIT Ropar

[Soumyajit Das @chmsdas]

Lowering LUMO, reducing bandgap, and increasing aromaticity by modifying one of the substituents of a lesser-known pro-aromatic PAH, Fluorene-fused Phenalene, via a modular synthesis @ChemCommun 2026 Pioneering Investigator @sak71477 https://t.co/SpVfuCrJFD

[Soumyajit Das @chmsdas]

@DrTC_Chem @ChemCommun @sak71477 Thank you.

[Soumyajit Das @chmsdas]

Lowering LUMO, reducing bandgap, and increasing aromaticity by modifying one of the substituents of a lesser-known pro-aromatic PAH, Fluorene-fused Phenalene, via a modular synthesis @ChemCommun 2026 Pioneering Investigator @sak71477 https://t.co/SpVfuCrJFD

[Soumyajit Das @chmsdas]

@amitsasane3 @ChemCommun @sak71477 Thank you.

[Soumyajit Das @chmsdas]

@OMEDlab @ChemCommun @sak71477 Thank you.

[Soumyajit Das @chmsdas]

@BhatiaRohit10 @ChemCommun @sak71477 Thank you.

[Soumyajit Das @chmsdas]

@Akanksha7babbar @JOC_OL @Hemonta29837649 Thanks Akanksha.

[Soumyajit Das @chmsdas]

Following our N-annulated indenofluorene motif, we designed and synthesized N-annulated [5]helicene as another six-ringed azepine-fused polycycle, alongside its dibenzo-fused variant to serve as hole-transporting materials @JOC_OL #OrgLett @Hemonta29837649 https://t.co/FE7R9JZbEF

[Soumyajit Das @chmsdas]

@RashmiRanj1313 @JOC_OL @Hemonta29837649 Thanks Rashmi

[Soumyajit Das @chmsdas]

@amitsasane3 @JOC_OL @Hemonta29837649 Thank you Amit

[Soumyajit Das @chmsdas]

@Chem_Aslam @JOC_OL @Hemonta29837649 Thank you.

[Soumyajit Das @chmsdas]

@DgYadagiri @JOC_OL @Hemonta29837649 Thank you.

[Soumyajit Das @chmsdas]

@The_LightLab @I_Sariful_ @Jakir7_ Very cool.. Congratulations, sir.

[Hariharan Group @GroupHariharan]

Manoj Kumar Sharma, Neha Mourya, Shashi Gomi

[Soumyajit Das @chmsdas]

@The_LightLab @Hemonta29837649 @JOC_OL Thank you so much, sir, for liking it. Hemonta is the hero for this synthesis.

[Soumyajit Das @chmsdas]

Azulene is an isomer of Naphthalene. Likewise, N-annulated Indenofluorene is just synthesized by @Hemonta29837649 as an isomer of the N-annulated Perylene for materials science: Synthesis, Properties, Antiaromaticity, and Charge-Transport #OrgLett @JOC_OL
https://t.co/2dzYVQmkmP

[Soumyajit Das @chmsdas]

@M43437986 @Hemonta29837649 @JOC_OL It is non-emissive.

[Soumyajit Das @chmsdas]

@priyaank_sharma @JOC_OL @ACSPublications @Hemonta29837649 @PSenanayak Thanks Priyank.

[Soumyajit Das @chmsdas]

Combining a widely recognized and a lesser-known rule of Aromaticity to explain the Fine-tuned Antiaromaticity of s-indacene in larger 4npi motifs: Design, Syntheses, Theory, Field-Effect Transistors. @JOC_OL @ACSPublications @Hemonta29837649 @PSenanayak
https://t.co/ZVn6AW1BZg

[Soumyajit Das @chmsdas]

@The_LightLab @PalashJana80 @DumeleLab Huge Congratulations to you @PalashJana80