Communication between rotors in molecular motor observed for the first time
https://phys.org/news/2024-03-communication-rotors-molecular-motor.html

CorPower Ocean is a leading wave energy technology developer utilising forty years of ocean energy research to bring a new class of high-efficiency Wave Energy Converters to market, enabling robust and cost-effective harvesting of electricity from ocean waves. This videos explains the working principle of the CorPower C4 technology.

Genetika va O’simliklar Eksperimental Biologiyasi instituti, G'o'zaning eksperimental poliplodiyasi va filogenyasi laboratoriyasi mudiri Prof. Faxriddin Ne'matullohning taklifiga asosan institut xodimlariga “Plazma qishloq xo’jaligi: hozirgi muammolar va kelajakdagi istiqbollar” mavzusida ma’ruza qildim. Qishloq xo’jaligida yangi soha bo’lganligi uchun olimlarimiz tomonidan ko’plab turli xil qiziqarli savollar berildi. Qizg’in bahs munozaralar bo’ldi. Ma’ruzadan so’ng Faxriddin aka laboratoriyalarni ko’rsatdilar. O’simliklar molekulyar va biokimyoviy genetika laboratoriyasi mudiri Prof. Toxir Bozorov bilan ham suhbatlashdik. Fundamental loyiha asosida 400 dan ortiq antagonist izolyatsiya qilinibdi. Laboratoriyalarda dolzarb va zamonaviy tadqiqotlar olib borilmoqda. Faxriddin aka guruh a’zolari, doktorant, PhD va magistr studentlari bilan tanishtirdilar. 10 000 dan oshiq go’za genofondi tuzib chiqilibdi. Tan olib aytishim kerak keng ko’lamli tadqiqotlar bajarilayapti. Yaqindan hamkorlik qilishga kelishib oldik. Nasib bo’lsa yil oxirigacha hamkorligimiz natijalarini e’lon qilamiz.

Weproject.Media ingliz tilida intervyu olib rus tilida maqola e'lon qildi. Turli mavzularda suhbat qildik! https://weproject.media/articles/detail/kak-razvivaetsya-nauka-v-uzbekistane-dzhamoliddin-razzokov-o-rabote-molodykh-uchenykh-i-vazhnykh-iss/?fbclid=IwAR2M-Q6Gm91nvad8U-NovcdgjlL5IA5OD6bSGU-TNWND0DfXYm1P3HRCyyo

Low-cost passive maglev upgrade tested on regular rail tracks....

[UZ] Guruhimizdan navbatdagi xush xabar! So'nggi tadqiqotimiz karbonat angidrid (CO2), vodorod sulfidi (H2S) va metan (CH4) molekulalarini ion suyuqliklar (IS) yordamida tutib qolish va ajratish uchun o'zaro ta'sirlarni o'rganadi. Molekulyar dinamika simulyatsiyalaridan foydalanib, gaz molekulalarini ikkita maxsus ISda yutilish mexanizmlarini va ularning molekulyar darajadagi tabiati haqida batafsil tushunchalarni qo’lga kiritdik. Natijalarimiz atrof-muhit va sanoatda qo’llash uchun yanada samarali ISlarni loyihalash uchun yo'l ochadi. To'liq ma’lumot uchun maqolamizni o'qing! (Birinchi PhD studentimdan birinchi maqola. Bugun o’zgacha xursand bo’ldim. Tabriklayman Akbar Qodirov [Fluid Phase Equilibria - IF-2.6]) #Research #IonicLiquids #GasCapture #EnvironmentalScience

[EN] Exciting news from our research team! Our latest study explores how carbon dioxide (CO2), hydrogen sulfide (H2S), and methane (CH4) molecules interact with ionic liquids (ILs) for gas capture and separation applications. Using advanced molecular dynamics simulations, we investigated the absorption mechanisms of these gases in two specific ILs, revealing fascinating insights into their behavior at the molecular level. This research paves the way for designing more efficient ILs for environmental and industrial applications. Read our paper for the full story! (First paper from my first PhD student. I am very happy today. Congrats Akbar [Fluid Phase Equilibria - IF-2.6]) #Research #IonicLiquids #GasCapture #EnvironmentalScience
https://www.sciencedirect.com/science/article/abs/pii/S0378381224000578?via%3Dihub

[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 🌍🔬