Avik Bhanja

Postdoc researcher in Uppsala University

Experienced with Synthetic Inorganic Chemistry; Molecular Magnetism; Lanthanides; Spectroscopy.

[Avik Bhanja @AvikBhanja]

@petrimur @InorgChem Thanks @petrimur

[Avik Bhanja @AvikBhanja]

Glad to share our latest publication in @InorgChem
Here we explore the triplet-state photochemistry of TIPS-anthracene based Au(I)-complexes for photoinduced electron transfer and singlet oxygen sensing.
Thanks to @DrVic2r and all for this collaboration https://t.co/7FzXTu8YC5

[Petri Murto @petrimur]

Great to have this collaboration on radical spin state control out and published in @NatureComms | Congrats @LujoMatasovic and co-authors once again!
https://t.co/kwr44Jz6sQ

[Petri Murto @petrimur]

Check out Aalto news highlighting our latest work on radical semiconductors✨
@AaltoUniversity @SuomenAkatemia

https://t.co/USuu18bcWZ

[The Nobel Prize @NobelPrize]

When you throw a ball at a wall, you can be sure it will bounce back at you.

You would be extremely surprised if the ball suddenly appeared on the other side of the wall. In quantum mechanics this type of phenomenon is called tunnelling and is exactly the type of phenomenon that has given it a reputation for being bizarre and unintuitive.

The 2025 #NobelPrize laureates in physics John Clarke, Michel H. Devoret and John M. Martinis, used a series of experiments to demonstrate that the bizarre properties of the quantum world can be made concrete in a system big enough to be held in the hand. Their superconducting electrical system could tunnel from one state to another, as if it were passing straight through a wall. They also showed that the system absorbed and emitted energy in doses of specific sizes, just as predicted by quantum mechanics.

[Cavendish Laboratory @DeptofPhysics]

News flash: organic materials can generate electricity all by themesleves 💡

Exciting new collaborative research between Cavendish and @ChemCambridge scientists that could transform the future of solar energy and electronics
See how: https://t.co/yylVCWfsnK

@NatureMaterials

[George Malliaras @GeorgeMalliaras]

What a community! Amazing presentations so far at #ECME2025, the future of organic/molecular electronics is very bright. Thanks to co-organisers @biochemist_hero @cebcambridge @hsirringhaus @DeptofPhysics @Cambridge_Eng @Cambridge_Uni

[SMC Program @smc_uppsala]

With the annual Christmas party in the past, we officially wish you a Merry Christmas🎄🎅 with our traditional SMC Christmas tree. Thanks to @94monitomar, @thuntrn88281084, @BhowmickToma, and @rrajdeka for setting it up this year! See you in 2024!

[The Ott Laboratory @OttLaboratory]

The @UU_University MOF symposium is in the books. Thanks to @kaskel @AJMorris_Lab @seth_cohen_lab @LMacreadie @KitagawaGroup @DincaGroupMIT and many others for fantastic talks. Now off to the #NobelSymposium

[CCDC Cambridge @ccdc_cambridge]

#OnThisDay in 2001 Mercury 1.0 was launched. It's our crystal structure visualization, exploration & analysis software. Thousands of researchers in #crystallography use it to generate high-definition, customized images, animations & 3D models of molecules. https://t.co/0tS9W5ihPp

[Angewandte Chemie @angew_chem]

Luminescent Single-Molecule Magnets as Dual Magneto-Optical Molecular Thermometers (Jerome Long and co-workers) @jeromelong_um @PhantomG_Aveiro @LuisCarlos_zito #openaccess https://t.co/StpFMBLNrl

[Avik Bhanja @AvikBhanja]

Glad to present our recent work on Cu-Ln coordination clusters showing MCE, SMM behaviour and Anti-cancer properties published in @DaltonTrans. Thanks for the nice collaboration prof. @markmurrie @FabOrtu
https://t.co/58VPwHl8CD

[Michael Findlater @FindlaterGroup]

this could be big: https://t.co/dEuFIsPKEE

[Avik Bhanja @AvikBhanja]

@AshwiniVaishnaw @IRCTCofficial
The train 12314 New Delhi-Sealdah Rajdhani of 10.01.23, delayed by 26 hrs!! This Premium Railway doesn't even offer us food for 12 long hrs!!
Is this those great days where railways offer you more travel without charging extra money!

[Avik Bhanja @AvikBhanja]

Sharing our recent article for a special issue on synthesizing new type of Ni4Dy3 complexes in the "Inorganica Chimica Acta" journal.

Thank you Prof. @markmurrie @RadovanHerchel and @FabOrtu for the collaboration.

https://t.co/n4sAwZDtL9