Official Twitter handle of the research group of Prof. A. Sundaresan
Bangalore, India
Joined April 2023
- Tweets27
- Following19
- Followers82
- Likes40
Congratulations to the team. Time to celebrate on back to back publications!
Our new paper on the quasiparamagnetic state in the hyperhoneycomb lattice of Na0.5Yb0.5WO4 is out in Phys. Rev. B! A fantastic collaboration with @GemmyAnita & scientists from @isisneutronmuon. @QuantumMatLab @PhysRevB
journals.aps.org/prb/abstrac…
#QuantumMaterials #SpinDynamics
ALT https://journals.aps.org/prb/abstract/10.1103/PhysRevB.111.094407
Ferroelectricity and a 1/3-Magnetization Plateau in the Polar Magnet LiFeV2O7 with Fe3+ Ions in a Twisted Diamond Chain | Chemistry of Materials pubs.acs.org/doi/full/10.102… Check out our new publication @ChemMater. Congratulations to the whole team.
Congratulations to @raorahul25497 and the team on their fascinating work published in @InorgChem. This study explores high-pressure synthesis and the complexities of magnetic frustration. Check out the links below for more details!
Just Published: NaYbZnWO₆, a doubly ordered perovskite where Yb³⁺ forms frustrated 2D square lattices. Despite an internal field (~1.48 K), no magnetic order appears down to 0.4 K, suggesting a magnetically disordered quantum state! 🧲@ACSPublications
🔗pubs.acs.org/doi/10.1021/acs…
Check out our new article published in Physical Review B on the complex magnetism of CeNiGe3 compounds. Huge shoutout to the authors!!! journals.aps.org/prb/abstrac…
Congratulations @sb_banerjee_
Quantum Materials Lab retweeted
Happy to share our recent article on a unique new rutile compound LiFe2SbO6 exhibiting above room temperature magnetic ordering and linear magneto capacitance at lower temperature.
iopscience.iop.org/article/1…
A heartfelt shoutout to @raorahul25497 for successfully defending his thesis! Congratulations on earning the title of Doctor!
On the auspicious occasion of the 30th anniversary of the Chemistry and Physics of Materials Unit @jncasr, @QuantumMatLab stands proud, contributing to its legacy.
"நீங்கள் அறியாமை இருளை அகற்றும் ஒளி போன்றவர்கள். உங்களது வழி காட்டும் கண்கள் இல்லையெனில் குருடர்களாக அலைய வேண்டியது தான்"
"You are like the light that removes the darkness of ignorance. Without your guiding eyes, we would have wandered like the blind"
#Teachersday @sundalatha
Quantum Materials Lab retweeted
Prof. A. Sundaresan of @jncasr, Dr. Arindam Bhattacharyya, Dr. Sibashisa Dash, Dr. Karthik Dhandapani of @IndiaDST represented India virtually in 6th Meeting of the #BRICS Working Group on Materials Science and Nanotechnology, Ekaterinburg, Russia during 26-29 August 2024.
Curious about how cation ordering leads to a polar structure? Check out our latest work! Congratulations @PremakumarYanda 🥳
I am delighted to share our recent article on Origins of Polar Crystal Structure and Multiferroicity in the Antiferromagnet TbFeWO6 | Chemistry of Materials @QuantumMatLab @ChemMater @jncasr pubs.acs.org/doi/full/10.102…
That's the second PRB from our group within a month!! ✌️Congratulations @sb_banerjee_ 🥳🥳
journals.aps.org/prb/abstrac… I am happy to share our recent article, published in Physical Review B of @APSphysics for realizing a probable unconventional vortex state in the superconducting PbMo6Se8 solely from lab-based techniques.
Quantum Materials Lab retweeted
#PRBTopDownload: Exploring potential #QuantumSpinLiquid state in a quasi-one-dimensional #magnetic chain
R. Kumar, K. Nam, S.-H. Kim, K. Hoon Kim, and A. Sundaresan
Phys. Rev. B 109, 224429 – Published 27 June 2024
@APSPhysics #condmat #physics
➡️ go.aps.org/45NVgUJ
ALT Figure 3 (a) Fitting of the heat capacity data measured in the absence of the magnetic field with the Debye-Einstein model. (b) Temperature dependence of heat capacity below 1 K and fitting with power law. (c) Temperature dependence of heat capacity data measured under different magnetic fields. The inset shows the variation in low-temperature regions. (d) Entropy calculated from magnetic heat capacity down to 0.285 K. Inset shows the temperature dependence of magnetic entropy calculated down to 2 K in the presence of different magnetic fields.
With this, we embark on a journey to understand the novel quantum state! Congratulations!! @raorahul25497
Thrilled to share our latest work in @PhysRevB on the exploration of quantum spin liquid behavior in quasi one-dimensional magnet NaYbTe₂O₇! First one in this field. Stay tuned for more. journals.aps.org/prb/abstrac…
Check out the new publication from our group! Congratulations @PRASADDEBENDRA
Negative thermal quenching in hybrid Manganese Halides! Check out our recent article published in the special issue of "C.N.R. at 90" in @ChemMater. Thank you @SundaresanAthi1 @Diptikanta_S
@QuantumMatLab @jncasr for your support.
pubs.acs.org/doi/full/10.102…
🎉Huge congrats to our alumnus, Dr. Rana Saha @Sa_ha_Ra_na, on securing the Assistant Professor position at IISER Tirupati! @IiserTirupati 🎓 Your hard work and dedication have truly paid off. Cheers to your success and to many more milestones ahead! 🥳 #AcademicSuccess
This latest article dives deep into the mechanism behind the emergence of electric polarization in type-II multiferroics. Congratulations to Dr. Pavitra!
Scientists uncover unique properties in a multiferroic material potential for energy-efficient data storage
The findings of this study could find applicability in the domain of energy-efficient data storage. Specifically, if the material possesses the ability to exhibit the same phenomena at room temperature, it could pave the way for energy-efficient manipulation of spin using small electric fields
Read more: pib.gov.in/PressReleasePage.…
