GBR group IIT Jammu

Asymmetric Synthesis, Hypervalent Iodine Chemistry, Organocatalysis, Photoredox Catalysis, and Organoboranes.
Dept. of Chemistry IIT Jammu

[GBR group IIT Jammu @Guru_Lab_IITJMU]

Our research group has an immediate ANRF funded project position (title: Design, Synthesis, and Novel Applications of Carbene and Carbyne Precursors). Detailed advertisement and application submission can be reached at ITJMU/RC/100352/A-172.
Deadline is April 5th, 2026.

[GBR group IIT Jammu @Guru_Lab_IITJMU]

We recently reported stereoselective synthesis of indoline-fused cyclobutanes by harnessing both diazo and alkyne functionalities in alkynyl diazoacetates. Congratulations @PriyaSh21499 @Akashdeep230496 @gurubrahamam https://t.co/M6OPWmWApt

[GBR group IIT Jammu @Guru_Lab_IITJMU]

PhD Opportunity Alert! Apply for a collaborative PhD position in Chemistry under the IIT Jammu-IIT Mandi joint PhD programme. Supervisors: Dr. Guru Brahamam Ramani & Prof. Pradeep C. Parameswaran. Last date: 10th Nov, 2025. 📷Apply now: https://t.co/lPy95NaFhR
#PhDPosition

[GBR group IIT Jammu @Guru_Lab_IITJMU]

We extend our heartfelt Congratulations to our former group member @Akashdeep230496 for receiving the prestigious NOST-Anthem Biosciences Best Thesis Award for the year 2025.
Congratulations and wish you continued success ahead. @NOST_India @IITISM_DHANBAD @IITJammu

[GBR group IIT Jammu @Guru_Lab_IITJMU]

🔬 PhD Opportunity Alert! Apply for PhD position in chemistry department, IIT Jammu PhD programme. Research area: Organic Synthesis and Catalysis. Last date: 12 th Nov, 2025. 📷Apply now: https://t.co/nhOYUH2AO5 #PhDPosition.

[GBR group IIT Jammu @Guru_Lab_IITJMU]

🔬 PhD Opportunity Alert! Apply for a collaborative PhD position in Chemistry under the IIT Jammu-IIT Mandi joint PhD programme. Supervisors: Dr. Guru Brahamam Ramani & Prof. Pradeep C. Parameswaran. Last date: 4th Nov, 2025. 📷Apply now: https://t.co/lPy95NaFhR
#PhDPosition

[GBR group IIT Jammu @Guru_Lab_IITJMU]

Harnessing visible-light for carbene insertion into furan. Accessing different scaffolds with three classes of diazo compounds. ✅Alkynyl diazo carboxylates→ π-dienynals. ✅Alkenyl diazo→ [4+2] cycloadducts. ✅Aryl diazo→ cyclopropanation.
https://t.co/HEK8Uwn49o.

[GBR group IIT Jammu @Guru_Lab_IITJMU]

Check out of our recent publication on 'Electrophilic Halogenation of Allenoates and 3-Alkynoates'. The development provides an efficient access to 1,4-dicarbonyl (E)-3-haloalkenes. Details can be found at https://t.co/hOyAa9sbM9. Congratulations @jamwal_paru @gurubrahamam

[GBR group IIT Jammu @Guru_Lab_IITJMU]

🔬 PhD Opportunity Alert!

Apply for a collaborative PhD position in Chemistry under the IIT Jammu-IIT Mandi joint PhD programme. Supervisors: Dr. Guru Brahamam Ramani & Prof. Pradeep C. Parameswaran.
Last date: 16th May, 2025.

📥Apply now: https://t.co/hAmCw90GE1
#PhDPosition.

[GBR group IIT Jammu @Guru_Lab_IITJMU]

🔬 PhD Opportunity Alert!

Apply for a collaborative PhD position in Chemistry under the IIT Jammu-IIT Mandi joint PhD programme. Supervisors: Dr. Guru Brahamam Ramani & Prof. Pradeep C. Parameswaran.
Last date: 16th May, 2025.

📥Apply now: https://t.co/hAmCw90GE1
#PhDPosition.

[GBR group IIT Jammu @Guru_Lab_IITJMU]

Our work on 'Synthesis of Allenoates, Dihaloallenoates, and Angularly Fused Tricyclic Azepines' has been highlighted in Organic Chemistry Portal. https://t.co/ND9rhgz2Wc

[J Org Chem/Org Lett @JOC_OL]

Check out this Rhodium(II)-catalyzed alkynyl carbene insertion into various N−H bonds resulting in medicinally important molecules in #OrgLett! @Guru_Lab_IITJMU @Akashdeep230496 @HimaniVaid83 @Mughal_Zuhaib_ @Gurubrahamam https://t.co/4S6sHaqGCx

[GBR group IIT Jammu @Guru_Lab_IITJMU]

Hot off the press at OrgLett @JOC_OL: Chiral Spirophosphoric Acid Catalyzed
Divergent Vinylogous Mannich and aza-Friedel-Crafts Reactions with
2-Methoxyfuran. @jamwal_paru @gurubrahamam
Check it out below.
https://t.co/HezS6pSMjz

[GBR group IIT Jammu @Guru_Lab_IITJMU]

Online now in OrgLett @JOC_OL: 'Rhodium(II)-catalyzed alkynyl carbene insertion into various N−H bonds resulting in 3-alkynyl 3,4-dihydroquinoxalin-2(1H)-ones and α-alkynyl α-amino esters'. @Akashdeep230496 @HimaniVaid83 @Mughal_Zuhaib_ @gurubrahamam
https://t.co/UolRkHgn0J

[GBR group IIT Jammu @Guru_Lab_IITJMU]

Check out the latest from our group

[J Org Chem/Org Lett @JOC_OL]

Sulfide in a dual role: Check out this Au-catalyzed Doyle–Kirmse reaction on alkynyl carbenes using sulfide as both substrate and a ligand. Now in #OrgLett by @HimaniVaid83 @akashdeep230496 @jamwal_paru @pyrankasharma21 @Guru_Lab_IITJMU https://t.co/vR2F5DBe7H

[GBR group IIT Jammu @Guru_Lab_IITJMU]

@Bhoopendracbmr @serbonline @IITJammu Thank you Dr. @Bhoopendracbmr

[GBR group IIT Jammu @Guru_Lab_IITJMU]

Our new article is online now. Thank you @serbonline and @IITJammu

[J Org Chem/Org Lett @JOC_OL]

A completely (Z)-selective route to tetrasubstituted 1,4-dicarbonyl alkenes exhibiting vicinal homo/hetero halogens via an electrophilic halogenation of unprotected alkynyl hydrazones https://t.co/Dd2alTp4fq. From @Guru_Lab_IITJMU @gurubrahamam @Akashdeep230496 @jamwal_paru

[GBR group IIT Jammu @Guru_Lab_IITJMU]

@BagdiDr @serbonline @IITJammu Thank you, Dr. Avik.

[GBR group IIT Jammu @Guru_Lab_IITJMU]

@HariGroupIISc @serbonline @IITJammu Thank you, Dr. Hari.

[GBR group IIT Jammu @Guru_Lab_IITJMU]

@SM_IITJ @serbonline @IITJammu Thank you, Dr. Sandip.