[UZ] Ajoyib yangilik! 🚀 Bizning Kyushu universiteti va Tokio texnologiya instituti tadqiqotchilari bilan hamkorlikdagi maqolamiz Applied Physics Express nashrida chop etildi! Ushbu tadqiqotga taklif qilgani uchun Prof. Pankaj Attriga o’z minnatdorchiligimni bildiraman. Ushbu tadqiqot CO2 ni olish, saqlash va konvertatsiya qilish uchun plazma ion suyuqlik (IL) texnologiyasidan foydalanishga qaratilgan bo'lib, iqlim o'zgarishiga qarshi kurashda muqobil yondashuvni taklif qiladi. [Bmim]Cl IL va plazmadan foydalangan holda, u atmosfera bosimi ostida olingan CO2 COga muvaffaqiyatli aylantirildi. Kompyuter simulyatsiyalari suv va IL eritmalarida gazlarni kirish jarayonni batafsil tushunishimizga yordam berdi. Olingan natijalar iqlim o'zgarishi muammolarini hal qilishda plazma-IL texnologiyasining imkoniyatlarini ochib beradi. Batafsil ma'lumot uchun to'liq maqolani o'qing! #Research #ClimateChange #PlasmaTechnology #CO2Capture 🌍🔬

[EN] Exciting news! 🚀 Our collaborative paper with researchers of Kyushu University and Tokyo Institute of Technology has been published in Applied Physics Express! A big thank you to Prof. Pankaj Attri for inviting me to be a part of this innovative study 🙏. This research focused on using plasma ionic liquid (IL) technology for CO2 capture, storage, and conversion, offering an alternative approach to combatting climate change. By employing [Bmim]Cl IL and plasma, it was successfully transformed captured CO2 into CO under atmospheric pressure. Computer simulations further enhanced our understanding on penetration of gas molecules into water and IL solutions. Obtained results reveal the potential of plasma-IL technology in addressing climate change challenges. Read the full paper for more details! #Research #ClimateChange #PlasmaTechnology #CO2Capture 🌍🔬

[Uz] 🎉 Ajoyib yangilik! Plazma texnologiyasi bo‘yicha birinchi dala natijalarimiz chop etildi! 🚀🌱

Bugun biz uchun unutilmas kun! Bug'doyda plazma texnologiyasini qo'llash bo'yicha O'zbekistonning turli hududida o'tkazilgan tadqiqotlarimiz natijalari nihoyat chop etildi! 🥳 Bu bizning dala sharoitida qo'lga kiritgan ilk amaliy natijalarimizdir!

Ushbu loyiha bo'yicha bug'doy ekishdan tortib, natijalarni nashr etguncha 2 yil mobaynida tinimsiz mehnat qildik. Ha, dala ishlari ko'p vaqt talab qiladi, ammo biz plazma potentsialini O'zbekistonning uchta turli hududida namoyish eta oldik va hosildorlik 24% gacha oshdi! Bu haqiqatan ham katta g'alaba! ✨

Fursatdan foydalanib, loyihamizga bebaho hissa qo'shgan hamkorim Prof. Masaharu Shiratani va Professor Pankaj Attriga (Kyushu University) chin qalbimdan minnatdorchilik bildiraman. 🙏 Shuningdek, qimmatli izohlari bilan ishni yanada boyitgan Professor Guo Liga (Xi'an Jiaotong University) ham alohida tashakkur aytaman.

Jamoamning har bir a'zosi – Oybek Shukurov, Shahzod Rasulov, Akbar Qodirov, Jahongir Hamdamov, Begoyim Norbutayeva, Husniddin Karimov va Nodira Azimovaga bajargan ishlari uchun alohida rahmat aytaman! 👏

Ayni paytda talabalarimiz paxta va sholi ekinlarida plazma qo'llash bo'yicha keyingi maqolalarni tayyorlashmoqda. Bu natijalar ham yuqori reytingli jurnallarda chop etiladi.

Umid qilamizki, plazma texnologiyasi yaqin kelajakda butun mamlakatimizda keng qo'llaniladi va qishloq xo'jaligimiz rivojiga ulkan hissa qo'shadi! 🇺🇿🌾

[EN] 🎉 Exciting News! Our First Field Results on Plasma Technology Are Published! 🚀🌱

Today marks a truly memorable milestone for our team! We are proud to announce the publication of our research paper showcasing the application of plasma technology on wheat and presenting field results collected across three regions of Uzbekistan. 🥳

This is our first publication based directly on field-level experiments, and it represents two years of continuous effort — from sowing seeds in the soil to publishing scientifically validated outcomes. Field research requires patience and dedication, and we are happy to see our hard work pay off! ✨

Our results clearly demonstrate the promising impact of plasma treatment on agricultural productivity in diverse climate zones of Uzbekistan — by increasing crop on the field up to 24% and a major step forward for sustainable farming innovation. 🌾⚡

I would like to express my sincere gratitude to our esteemed collaborators Prof. Masaharu Shiratani and Prof. Pankaj Attri (Kyushu University), for their tremendous support and guidance throughout this journey. 🙏 Special thanks to Prof. Guo Li (Xi'an Jiaotong University) for her valuable scientific feedback, which strengthened our manuscript.

A heartfelt appreciation to our dedicated team members — Oybek Shukurov, Shahzod Rasulov, Akbar Qodirov, Jahongir Hamdamov, Begoyim Norbutayeva and Nodira Azimova — for their exceptional work and commitment. This success belongs to all of us. Well done! 👏

Our students are now actively preparing manuscripts focused on plasma applications in cotton and rice, and we are confident these studies will also find their place in high-impact journals.

We hope that plasma-based agricultural technology will soon be widely implemented across Uzbekistan, contributing to the future of sustainable and innovative farming!

https://onlinelibrary.wiley.com/doi/10.1002/ppap.70093
#PlasmaTechnology #Agriculture #ScienceAndTechnology #Wheat #Uzbekistan #Innovation #FieldResearch

[Uz] 🌾🔬 “Grom” navi bilan plazma texnologiyasi tajribamiz

Universitetning dala tajriba maydonidan olingan dastlabki analiz natijalari shuni ko‘rsatdiki, plazma bilan ishlov berilgan urug‘larning rivojlanish darajasi nazorat guruhga nisbatan ancha yuqori.

📊 O‘rtacha tuplash (tillering) ko‘rsatkichlarini solishtirdik:

Nazorat guruhi: 2–4 ta
Plazma bilan ishlov berilgan: 6–8 ta

Shuningdek:
Unib chiqish darajasi
Xlorofil miqdori
O‘simlik bo‘yi
va boshqa agronomik ko‘rsatkichlar bo‘yicha ham plazma bilan ishlov berilgan guruh nazoratga nisbatan sezilarli ustunlik ko‘rsatmoqda.

📈 Tqjribalarimiz davom etmoqda.

Bizni kuzatishda davom eting — yangiliklar bilan muntazam bo‘lishib boramiz! 🌱✨

[En] 🌾🔬 Plasma Technology Trial with the “Grom” Variety

Preliminary field analysis from the university experimental plots shows that plasma-treated seeds demonstrate significantly stronger development compared to the control group.

📊 Average tillering comparison:
Control group: 2–4 tillers
Plasma-treated group: 6–8 tillers

In addition, the plasma-treated group shows superior performance in:
Germination rate
Chlorophyll content
Plant height
Other key agronomic parameters

📈 Scientific monitoring is ongoing.

Stay tuned — we will continue sharing updates and results! 🌱✨

#PlasmaTechnology #GromVariety #FieldTrial #AgriculturalInnovation #ScienceInAction

🇺🇿 Innovatsiyalar sari yangi qadam: “Oligohlar – startaplar generatori” 🚀
O‘zbekiston Respublikasi Prezidentining 2026-yil 11-fevraldagi PQ-59-son qarori ijrosini ta’minlash maqsadida, “TIQXMMI” Milliy tadqiqot universitetida “Oligohlar – startaplar generatori” mavzusidagi innovatsion seminar-ko‘rgazma bo‘lib o‘tdi.
Ushbu tadbirda institutimiz o‘zining ilg‘or ilmiy ishlanmalari bilan faol ishtirok etdi. Ishtirokchilarga quyidagi yo‘nalishlar taqdim etildi:
🌱 Plazma qishloq xo‘jaligi (urug‘larga ishlov berish);
💧 Namlikni avtomatik boshqaruvchi datchik;
🧪 Bio-o‘g‘itlar;
🌊 Tekstil chiqindi suvlarini plazma yordamida tozalash.
Tadbir davomida bank vakillari ishlanmalarimizga katta qiziqish bildirib, kelajakda hamkorlik qilish istagini bildirdilar. Ilm-fan va ishlab chiqarish integratsiyasi yangi startaplarni rivojlantirishda muhim poydevor bo‘ladi!
🇬🇧 Driving Innovation: "Universities – Generators of Startups" 🚀
In accordance with the Presidential Decree No. PQ-59 (dated Feb 11, 2026), an innovative seminar-exhibition titled "Universities – Generators of Startups" was held at the "TIIAME" National Research University.
Our institute proudly showcased its cutting-edge research and technological solutions, including:
🌱 Plasma applications in agriculture;
💧 Automated moisture control sensors;
🧪 Bio-fertilizers;
🌊 Plasma-based treatment for textile wastewater.
The presentations drew significant interest from banking sector representatives, leading to discussions on future collaboration. This event highlights the vital integration of science, education, and industry in fostering a robust startup ecosystem!
#Innovation #Startup #PlasmaTechnology #Agriculture #Science #TIIAME #Uzbekistan #ResearchAndDevelopment

[Uz]💧 To‘qimachilik sanoatida suv muammosiga innovatsion yechim: Sovuq atmosferik plazma

Bugungi kunda global iqlim o‘zgarishi va suv tanqisligi sharoitida oqava suvlarni qayta ishlash va ulardan takroran foydalanish insoniyat oldidagi eng dolzarb vazifalardan biridir. Ayniqsa, to‘qimachilik sanoatidan chiqadigan, turli kimyoviy bo‘yoqlar va zaharli birikmalarga boy bo‘lgan chiqindi suvlarni tozalash alohida yondashuvni talab etadi.

Institutimizning PhD doktoranti, shogirdim Namuna Nabiyeva ayni shu yo‘nalishda — sovuq atmosferik plazma yordamida tekstil chiqindi suvlarini tozalash bo‘yicha muhim ilmiy tadqiqotlarni olib bormoqda.

Nega aynan sovuq plazma?
✅ Ekologik toza: Kimyoviy reagentlardan foydalanish talab etilmaydi.
✅ Yuqori samaradorlik: Plazma suvdagi murakkab organik bo‘yoqlarni molekulyar darajada parchalaydi.
✅ Suv tejamkorligi: Tozalangan suvdan sanoatda qayta foydalanish imkoniyati paydo bo‘ladi, bu esa ichimlik suvi resurslarini asrab qolishga yordam beradi.

Ilm-fan nafaqat laboratoriyalarda, balki real hayotdagi global muammolarni hal qilishda ham asosiy poydevor bo‘lib xizmat qilmoqda. PhD talabamizning ushbu tadqiqotlari kelajakda "yashil" ishlab chiqarish va barqaror suv xo‘jaligini rivojlantirishga ulkan hissa qo‘shishiga ishonamiz.

[En] 💧 Innovative Solutions for the Textile Industry: Cold Atmospheric Plasma for Wastewater Treatment

In the face of global climate change and increasing water scarcity, the treatment and reuse of wastewater is one of the most critical challenges facing humanity today. Wastewater from the textile industry, often saturated with complex chemical dyes and toxic compounds, requires advanced and sustainable treatment methods.

My PhD student, Namuna Nabiyeva, is conducting vital research in this field, focusing on the use of Cold Atmospheric Plasma (CAP) to decontaminate textile wastewater.

Why Cold Plasma?
✅ Eco-friendly: No hazardous chemical reagents are required for the process.
✅ High Efficiency: Plasma active species break down complex organic dyes at the molecular level.
✅ Water Conservation: Treated water can be recycled back into industrial processes, significantly reducing the strain on fresh water resources.

Science is not just about laboratory work; it is about solving real-world global challenges. We believe that our PhD student's research will make a substantial contribution to the development of "green" manufacturing and sustainable water management systems.

🚀 Innovation—The key to combating water scarcity!

#Science #Sustainability #WaterTreatment #PlasmaTechnology #Innovation #IFAR #TextileIndustry #GreenTech #Research Tashkent Institute of Irrigation and Agricultural Mechanization Engineers

[Uz] Institutimizda samarali uchrashuv
Kurbonov Azizbek institutimizga tashrif buyurdi. Azizbek startup loyihalar bo‘yicha tajribali mutaxassis bo‘lib, venchur fondlar va banklarda maslahatchi sifatida faoliyat yuritadi.
Uchrashuvimiz qariyb 3 soat davom etdi. Suhbat davomida institutimizda olib borilayotgan ilmiy ishlanmalar, ayniqsa tijoratlashtirish salohiyati yuqori bo‘lgan yo‘nalishlar batafsil muhokama qilindi. Xususan:
plazma texnologiyalarining turli sohalardagi qo‘llanilishi,
bioo‘g‘itlar,
hamda qo‘lga kiritilgan ilmiy natijalar bo‘yicha taqdimot qilindi.
Mutaxassis sifatida Azizbek ishlanmalarimiz uzoq muddatda sezilarli ijobiy natijalar berishini alohida ta’kidladi.
Azizbek bilan hamkorligimiz samarali bo‘lishiga ishonaman. Ushbu uchrashuvni tashkil etishda tashabbus ko‘rsatgan shogirdim Khikmatillo Gulyamovga alohida minnatdorchilik bildiraman.
[En] A productive meeting at our Institute
Kurbonov Azizbek has visited our institute. Azizbek is an experienced specialist in startup projects and works as an advisor to venture funds and banks.
Our discussion lasted for nearly three hours. During the meeting, we presented the research and innovations being developed at our institute, with particular attention to projects that have strong commercialization potential. In particular, we discussed:
applications of plasma technologies in various fields,
biofertilizers,
and the scientific results achieved so far.
As an expert, Azizbek noted that our developments have strong long-term potential and could lead to significant positive impact. This gives us even greater confidence in the practical value of our work.
I believe our cooperation with Azizbek will be productive and mutually beneficial. I would also like to sincerely thank my student Khikmatillo Gulyamov for organizing this meeting.
#Innovation #Startups #Commercialization #Science #PlasmaTechnology #Biofertilizers #Collaboration #IFAR

✈️🇨🇳 Ilmiy tashrif bilan Xitoyning Harbin Texnologiyalar Institutiga yo‘l oldim!

Sovuq atmosferik plazma texnologiyalari bo‘yicha xalqaro hamkorligimiz izchil rivojlanmoqda. 🤝⚡️ Ilmiy izlanishlar, qo‘shma loyihalar va innovatsion ishlanmalar orqali yangi natijalarga erishishni maqsad qilganmiz.

Nasib qilsa, ushbu hamkorlikni yosh olimlar va shogirdlarimizni jalb etish orqali yanada mustahkamlaymiz. Bilim almashish, qo‘shma tadqiqotlar va xalqaro tajriba kelajakdagi yirik ilmiy yutuqlar uchun mustahkam poydevor bo‘ladi.

#HarbinInstituteOfTechnology #China #PlasmaScience #InternationalCollaboration #Science #Innovation #Research #YoungScientists #IFAR #TIIAME #PlasmaTechnology 🇺🇿🇨🇳

🎉🔬 Yana bir ilmiy yutug‘imiz!
Shogirdim Murodali Mamanazarovning navbatdagi ilmiy maqolasi Journal of Physics D: Applied Physics (IF = 3.2, Q1) jurnalida onlayn nashr etildi! 📚👏
🌍 Ushbu tadqiqot xalqaro hamkorlikda amalga oshirildi. Unda Xi’an Jiaotong University professori Hao Zhang, Fransiyaning Université d’Orléans professori Pascal Brault, shuningdek, hamkasblarimiz Maksudbek Yusupov va Davronjon Abduvokhidov ishtirok etdilar.
⚡️ Tadqiqotimiz nima haqida?
Karbamazepin (CBZ) — farmatsevtik preparat bo‘lib, uning qoldiqlari oqova suvlarda uzoq vaqt saqlanib qolishi va an’anaviy suv tozalash texnologiyalari yordamida qiyin parchalanishi mumkin.
Tadqiqotimizda sovuq atmosferik plazma ta’sirida hosil bo‘ladigan atomar kislorodning karbamazepin molekulasi bilan reaksiyaga kirishish mexanizmlari DFTB asosidagi reaktiv molekulyar dinamika va kvant-kimyoviy hisoblashlar yordamida o‘rganildi. 🧪💻
🔍 Asosiy ilmiy natijalar:
✅ 100 ta mustaqil molekulyar dinamika simulyatsiyasi asosida 23 xil reaksiya turlari aniqlandi.
✅ Oksidlanish reaksiyalarining asosiy qismi gidroksillanish (72%) orqali sodir bo‘lishi, qolgan qismi esa kislorodning epoksid tipida birikishi, halqaning kengayishi va boshqa mexanizmlar orqali kechishi ko‘rsatildi.
✅ Kvant-kimyoviy hisoblashlar yordamida ayrim reaksiyalarning energetik xususiyatlari va aktivatsiya to‘siqlari aniqlandi.
📌 Ushbu natijalar plazma yordamida farmatsevtik ifloslantiruvchi moddalarni parchalashning dastlabki molekulyar mexanizmlarini tushunishga hamda kelajakda samarali suv tozalash texnologiyalarini ishlab chiqishga ilmiy asos yaratadi.
🤝 Ushbu ilmiy yutuq bilan shogirdim Murodali Mamanazarovni va barcha hammualliflarni chin qalbimdan tabriklayman! Xalqaro ilmiy hamkorligimiz yanada rivojlanib, yangi natijalarga erishishimizga ishonaman! 🚀🇺🇿🇨🇳🇫🇷
#ScientificAchievement #PlasmaTechnology #WaterTreatment #MolecularDynamics #DFTB #EnvironmentalScience #InternationalCollaboration #IFAR #Uzbekistan https://iopscience.iop.org/article/10.1088/1361-6463/aeb273