Chandan Upadhyay

Lab Account of Chandan Upadhyay, Professor@IIT(BHU), Varanasi. #Materials_Science, #Quantum_Materials. Tweets are personal. BHU/IITK/FZ-Jülich alum

[Chandan Upadhyay @CUpadhyay_Lab]

@ANRFIndia @DoWRRDGR_MoJS @MoJSDDWS @CRPaatil @DrJitendraSingh @VSOMANNA_BJP @dr_rajbhushan @PrinSciAdvOff @rajesh_gokhale @shivkuma_k @Nishant68260070 @IndiaDST @EduMinOfIndia Looking forward to contribute to it.

[Chandan Upadhyay @CUpadhyay_Lab]

Happy to share our latest patent on Orthodontics Bonding Material.
The developed material enable cleaner removal, and it is safer for enamel simultaneously.

It has been developed in collaboration with Faculty of Dental Sciences of Banaras Hindu University @bhupro @VCofficeBHU.

[Chandan Upadhyay @CUpadhyay_Lab]

@ANRFIndia Good initiative.
A section, listing all these equipment's, can also be made on the main webpage of ANRF.

(https://t.co/tLDlpYNRDM)

[Chandan Upadhyay @CUpadhyay_Lab]

Continuing our work in the area of Materials for Environment; the current work establishes an quite efficient NiAl–gC3N4 Heterocatalyst for Photocatalytic Degradation of Carcinogenic Textile Dyes. #Materials #water @scifri @ScienceDaily @ScienceNews

https://t.co/758eR61f2L

[Chandan Upadhyay @CUpadhyay_Lab]

We are pleased to announce the grant of a patent for our developed material and process. We have demonstrated a highly efficient material for treating discharges from the #textile_industry. Additionally, the material is recyclable and ready for scale-up.

[Chandan Upadhyay @Chandan_Upadhay]

Continuing our #Research in the area of #environment, particularly in #water remediation, we have shown a very efficient ternary LDH for treatment of #textile_industries discharge. Plus is the material #recyclability up to 14 cycles. Ready to scale up.

https://t.co/fyUw43vboB

[Chandan Upadhyay @CUpadhyay_Lab]

These findings formulate a fresh scheme for fluorescence and colourimetric analysis of Antibiotics in water. Furthermore, a cost-effective, mobile-device-assisted paper-based sensing system was developed for quick and visual field-level detection of fluoroquinolones.

[Chandan Upadhyay @CUpadhyay_Lab]

An easy sensing method based on the sensor's colour change has been developed for antibiotics detection in water. It is particularly important for India.

Dual-mode sensing by cobalt oxyhydroxide nanosheet for antibiotics in Journal Nanoscale

https://t.co/tMupXTgYph @RoySocChem

[Chandan Upadhyay @CUpadhyay_Lab]

The system exhibited excellent sensitivity with linear responses in the range of 0–250 nM with the lowest detection limit of 2.23 nM, 19.31 nM, and 29.03 nM for ofloxacin, norfloxacin, and ciprofloxacin, respectively, outperforming many existing sensors.

[Anusandhan National Research Foundation @ANRFIndia]

🔗 Updated link to the Call for Proposals - ARG: https://t.co/uN9tOyY2Ij

[Anusandhan National Research Foundation @ANRFIndia]

@ANRFIndia announces call for Proposals under Advanced Research Grant (ARG) and scheduled to open from June 12, 2025. The call details can be accessed in the following link (https://t.co/uN9tOyY2Ij)@IndiaDST @shivkuma_k @PrinSciAdvOff @karandi65 @PrinSciAdvGoI @Dipti_K_Thukral

[Chandan Upadhyay @CUpadhyay_Lab]

Happy to share our seminal review article

"Advances in relaxation and memory effects of magnetic nanoparticles for Biomedical applications"

in "Progress in Materials Science (5 years IF=41.2)".

https://t.co/wneLaDaP0y

https://t.co/ytGuFNbzje

[Anusandhan National Research Foundation @ANRFIndia]

📢 #ANRFIndia Invites Applications for National Post-Doctoral Fellowship (NPDF)!

Shape your research journey with support from @ANRFIndia

🗓️Application Period:
1 June 2025 – 30 June 2025

🔗For more, visit: https://t.co/rWtJMZyW8R

#researchgrant #NPDF

[Chandan Upadhyay @CUpadhyay_Lab]

Our work with potential applications in water remediation continues. It is particularly important to textile & carpet industry.

MoS2/Mg-Al LDH composite is emerging as a superior candidate for application in removing dye pollutants from wastewater.

https://t.co/kngCdbERri

[Chandan Upadhyay @CUpadhyay_Lab]

Lab has extended its wing in applied research for #environment

@RoySocChem
#WaterResearch

Highly efficient WS2 QD-based non-enzymatic fluorescent biosensor for ofloxacin & ciprofloxacin monitoring in aquatic media - published in Sensors & Diagnostics
https://t.co/tAidpKGY6V

[Chandan Upadhyay @CUpadhyay_Lab]

@ANRFIndia @shivkuma_k @PMOIndia @DrJitendraSingh @dpradhanbjp @PrinSciAdvOff @karandi65 @IndiaDST @DBTIndia @CSIR_IND @moesgoi @PIB_India @mygovindia @DDNewslive Congratulations to the new leadership.

[Chandan Upadhyay @CUpadhyay_Lab]

Happy to be part of Materials Research @IITBHU_Varanasi .

[Government of UP @UPGovt]

IIT-BHU shines on the global stage! Ranked 401-550 in Materials Science and 501-550 in Engineering & Technology in the QS World University Rankings by Subject 2025, the institute continues to excel in research and innovation.

[Chandan Upadhyay @CUpadhyay_Lab]

@karandi65 @ANRFIndia @PMOIndia @DrJitendraSingh @dpradhanbjp @PrinSciAdvGoI @PrinSciAdvOff @IndiaDST Congratulations to the new leadership.

[Chandan Upadhyay @Chandan_Upadhay]

Continuing our #Research in the area of #environment, particularly in #water remediation, we have shown a very efficient ternary LDH for treatment of #textile_industries discharge. Plus is the material #recyclability up to 14 cycles. Ready to scale up.

https://t.co/fyUw43vboB

[Chandan Upadhyay @CUpadhyay_Lab]

Lab has extended its wing in applied research for #environment

@RoySocChem
#WaterResearch

Highly efficient WS2 QD-based non-enzymatic fluorescent biosensor for ofloxacin & ciprofloxacin monitoring in aquatic media - published in Sensors & Diagnostics
https://t.co/tAidpKGY6V

[Chandan Upadhyay @CUpadhyay_Lab]

Just accepted, & the 13th Article on the series of our work in #Quantum_Materials. We have investigated the role of local defects on the cooperative spin dynamics in Dy2-xFexTi2O7.

https://t.co/u0j2Btv54r via @ioppublishing

[Chandan Upadhyay @CUpadhyay_Lab]

Next in the series of #Quantum_Materials .

In this work, we tried to explore theoretical techniques to understand the underlying physics through #DFT

Band-gap tuning in Mn-Er2Ti2O7 has been investigated experimently. #Spin_Ice

https://t.co/jDud2odBhP…

#ScholarAlerts

[Chandan Upadhyay @CUpadhyay_Lab]

Next in the series of #Quantum_Materials .

In this work, we tried to explore theoretical techniques to understand the underlying physics through #DFT

Band-gap tuning in Mn-Er2Ti2O7 has been investigated experimently. #Spin_Ice

https://t.co/jDud2odBhP…

#ScholarAlerts

[Chandan Upadhyay @CUpadhyay_Lab]

Just accepted, & 11th Article on #Quantum_Materials

Emergence of field-induced memory effect in spin ices

https://t.co/7Hp9P3id8V… via
@JPhysCM

@EduMinOfIndia @IndiaDST @IOPscience @IOPPublishing