Updates

May 2024

April 2024

October 2023

Congratulations to Renitta for her work on switchable catalysis accepted in Dalton Transactions. 

Generally, thiourea has the ability to exist in equilibrium between syn-anti and anti-anti conformations. However, our study demonstrates that by incorporating a thiourea moiety into 1,10-phenanthroline, the conformation can be precisely fixed in the anti-anti form. Furthermore, the introduction of a copper complex enables us to selectively access the syn-anti conformation, providing a mechanism for toggling various Michael addition reactions ON and OFF. 

September 2023

Mrinmoy joined as a PhD student. Welcome and good luck, Mrinmoy!

July 2023

Congratulations to Aarti, Abhinu, Ashley, Jerry and Suraj on completing your graduation. All the best for your future endeavours.

June 2023

Chandana and Aiswarya joined to pursue their major project. Welcome on board, and good luck.

May 2023

Saswat, a chemistry major from NISER Bhubaneswar, joined as a summer intern. He will be working on chiral molecular switches. All the very best Saswat.

March 2023

Our recent article on "Light-Triggered Reversible Open-Close Motion of a Chiral Molecular Plier to Modulate Guest Binding" is online in Chemistry A-European Journal. Congratulations to Dipti, Muhsin and Aarti!


February 2023

Our recent article on "fuel-driven molecular switches and machines" is in highlighted in C&En. The highlight summarazies the opinions of several groups including ours.

January 2023

December 2022

November 2022

August 2022

July 2022

April 2022

December 2021

For more details, please check out our recent publications: http://dx.doi.org/10.1039/d1nh00486g


October 2021

It is well-known that all the molecules are in constant Brownian motion. However, due to its random nature, Brownian motion cannot perform any work. Therefore, channelizing this random translational, rotational and vibrational motion at the molecular level is a topic of interest. Although it is difficult to control the motion of a single molecule, it is possible to control the translational/rotational/ vibrational motion within a molecule. Some input is necessary to control this intra-component movement, such as heat, light, metal ion, etc. In this book chapter, we have shown how a metal ion can be instrumental in regulating the intra-component movement of a molecule. In the end, we have also discussed some applications of metal ion-driven molecular motion. For more details, please check out our recent publications: 


September 2021

From our undergraduate studies, we know that generally, we can not change the configuration of any chiral molecules without breaking or making bonds. However, recent studies have shown that external factors such as light, temperature, solvent etc., can alter the configuration of a molecule without breaking any bond. This review summarizes the ways to change the chirality (configuration) of a molecule upon application of external stimuli. For more details, please check out our recent publications: http://dx.doi.org/10.1002/cplu.202100322


August 2021

July 2021

March 2021

December 2020