🇺🇿📢 Ramazon oyining barakasi!
Ushbu muborak oyda 2-maqolamiz Wiley nashriyotining ChemistrySelect (IF-2.0) jurnalida chop etildi! 🎉📚

👏 PhD talabalarimiz Makhfuza Jumayeva, Rustam Hasanov, Suxrob Ibodullaev, Shakhzod Tojievni chin qalbdan tabriklayman — bu haqiqiy jamoaviy muvaffaqiyat! 🤝

🔬 Tadqiqotda Cu₂O nanozarralari elektrokimyoviy usulda sintez qilinib, ularning xossalari XRD, DLS va UV–Vis orqali o‘rganildi.

🌱 Eng muhim natijalar:
✨ 99.45% samaradorlik bilan 160 daqiqada metil oranj parchalanishi
🦠 Kuchli antibakterial va nematotsid faollik
🧪 Reaktiv molekulyar dinamika orqali mexanizmlar ochib berildi

💡 Eng muhim jihatlardan biri — ushbu tadqiqot orqali oddiy mis asosidagi materialni yuqori qo‘shilgan qiymatga ega nanomaterialga aylantirish imkoniyati ko‘rsatildi. Bu esa ilm-fan va iqtisodiy qiymat zanjiri nuqtai nazaridan juda muhim! 🚀

🌍 Natijalar Cu₂O nanozarralari atrof-muhitni tozalash uchun samarali fotokatalizator ekanligini tasdiqlaydi.

🇬🇧📢 Blessings of the holy month of Ramadan!

We are pleased to share that our second paper this month has been published in ChemistrySelect (Wiley)! 🎉📚

👏 Congratulations to our PhD students Makhfuza Jumayeva, Rustam Hasanov, Suxrob Ibodullaev, Shakhzod Tojiev — this was a truly excellent team effort! 🤝

🔬 In this study, Cu₂O nanoparticles were synthesized via an electrochemical method and characterized using XRD, DLS, and UV–Vis techniques.

🌱 Key highlights:
✨ 99.45% degradation of methyl orange within 160 minutes
🦠 Strong antibacterial and nematocidal activity
🧪 Mechanistic insights revealed through reactive molecular dynamics simulations

💡 Importantly, this work demonstrates how copper (cuprum) can be transformed into a high value-added functional nanomaterial, highlighting its potential in both scientific innovation and economic value creation. 🚀

🌍 These findings confirm that Cu₂O nanoparticles are highly promising photocatalysts for environmental remediation. https://chemistry-europe.onlinelibrary.wiley.com/doi/10.1002/slct.202506715
#ChemistrySelect #Wiley #Nanotechnology #Cu2ONanoparticles #Photocatalysis #EnvironmentalScience #ValueAddedMaterials #ResearchTeam #GreenTechnology

[Uz] 🎓🔬 2024 yilda Namangan Davlat Universitetida Sanjarbek Turaboev stajyorlikka kirgan edi va unga ilmiy rahbarlik qilishni boshladim. Sanjar ilmiy guruhimizga kelib, 3 oy davomida molekulyar modellashtirish sirlarini o‘rgandi.
🚀 2025 yilda esa PhD bosqichiga kirib, uglerodli nanotrubkalarning turli gazlarni ajratish qobiliyatini molekulyar darajada tadqiq qilishni boshladi. Qo‘lga kiritilgan natijalari Wiley nashriyotining “Macromolecular Theory and Simulations” jurnalida chop etildi.
🌍 Ushbu nazariy natijalar kelajakda uglerod nanotrubkali membranalar asosida gazlarni samarali va tanlab ajratish texnologiyalarini yaratishda muhim ahamiyat kasb etishi mumkin.
👏 Sanjarni ushbu muvaffaqiyat bilan samimiy tabriklayman! Chin dildan qilingan mehnat bir kun kelib albatta o‘z natijasini beradi.
📄 Maqola haqida batafsil:
https://onlinelibrary.wiley.com/doi/10.1002/mats.70047

[En] 🎓🔬 In 2024, Sanjar Turaboev joined Namangan State University as a trainee, and I began supervising his scientific research. He joined our research group and spent three months learning the fundamentals of molecular modeling.
🚀 In 2025, he started his PhD studies focused on investigating the gas separation properties of carbon nanotubes at the molecular level. The obtained results were published in Wiley’s journal “Macromolecular Theory and Simulations”.
🌍 These theoretical findings may contribute to the future development of carbon nanotube membrane technologies for selective gas separation applications.
👏 I sincerely congratulate Sanjar on this achievement! Hard work and dedication always bring results sooner or later.
📄 More details about the article:
https://onlinelibrary.wiley.com/doi/10.1002/mats.70047
#MolecularDynamics #CarbonNanotubes #GasSeparation #Wiley #MacromolecularTheoryAndSimulations #Science #PhD #IFAR #Uzbekistan