📚🔬 Olim doimo yangiliklar bilan birga bo‘lishi kerak!
Olim o‘z sohasida olib borilayotgan tadqiqotlarni sinchiklab va muntazam kuzatib borishi zarur. Agar kunlik ilmiy maqola o‘qish odatga aylanmasa, yangi g‘oyalar va muhim natijalardan orqada qolish ehtimoli katta.
🌍 Sohadagi eng so‘nggi o‘zgarishlardan o‘z vaqtida xabardor bo‘lishning samarali yo‘llaridan biri — nufuzli ilmiy nashrlarda taqrizchi sifatida faoliyat yuritishdir. Taqriz berish jarayoni nafaqat ilmiy hamjamiyat rivojiga hissa qo‘shish, balki yangi bilimlar olish, tanqidiy fikrlashni rivojlantirish uchun ham katta imkoniyat yaratadi.
⏳ Ishlar ko‘pligiga qaramay, vaqt topib 2025 yil davomida 12 ta ilmiy maqolaga taqriz berdim. Ilm-fanda o‘sish uzluksiz o‘rganish bilan chambarchas bog‘liq. Ilmiy rivojlanish — bu doimiy izlanish, o‘qish va tahlil qilishdir.
Olim o‘z sohasida olib borilayotgan tadqiqotlarni sinchiklab va muntazam kuzatib borishi zarur. Agar kunlik ilmiy maqola o‘qish odatga aylanmasa, yangi g‘oyalar va muhim natijalardan orqada qolish ehtimoli katta.
🌍 Sohadagi eng so‘nggi o‘zgarishlardan o‘z vaqtida xabardor bo‘lishning samarali yo‘llaridan biri — nufuzli ilmiy nashrlarda taqrizchi sifatida faoliyat yuritishdir. Taqriz berish jarayoni nafaqat ilmiy hamjamiyat rivojiga hissa qo‘shish, balki yangi bilimlar olish, tanqidiy fikrlashni rivojlantirish uchun ham katta imkoniyat yaratadi.
⏳ Ishlar ko‘pligiga qaramay, vaqt topib 2025 yil davomida 12 ta ilmiy maqolaga taqriz berdim. Ilm-fanda o‘sish uzluksiz o‘rganish bilan chambarchas bog‘liq. Ilmiy rivojlanish — bu doimiy izlanish, o‘qish va tahlil qilishdir.
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✈️🔬 Eindhoven Texnika Universitetiga Ilmiy safar va Shahardagi Infratuzilmalar
Aprel oyida ilmiy safar bilan Hollandiyada, aniqrog‘i Eindhoven Texnika universitetida bo‘ldim. Tashrif davomida nafaqat ilmiy muhit, balki shahar infratuzilmasi bilan ham yaqindan tanishish imkoniyati bo‘ldi.
🚲 Eindhovendagi velosiped infratuzilmasi alohida e’tiborga loyiq. Velosiped yo‘llari juda puxta rejalashtirilgan, xavfsiz va qulay. Shahar bo‘ylab harakatlanishda velosiped yo'llari avtomobil yo'llaridan kam emasligi seziladi.
⚽️ Shuningdek, Philips stadioni va 🚉 markaziy temir yo‘l vokzalida ham zamonaviylik va funksionallik uyg‘unligi yaqqol seziladi.
🗺 Xaritalarga qarasangiz ham ko‘rish mumkin: Hollandiya, Belgiya va Germaniyaning g‘arbiy hududlarida velosiped yo‘llari juda keng rivojlangan. Bu nafaqat ekologiya, balki sog‘lom turmush tarzi va shahar madaniyatining muhim qismi ekanini yana bir bor ko‘rsatadi.
https://www.youtube.com/watch?v=Pqd3KW-ZUzU
Aprel oyida ilmiy safar bilan Hollandiyada, aniqrog‘i Eindhoven Texnika universitetida bo‘ldim. Tashrif davomida nafaqat ilmiy muhit, balki shahar infratuzilmasi bilan ham yaqindan tanishish imkoniyati bo‘ldi.
🚲 Eindhovendagi velosiped infratuzilmasi alohida e’tiborga loyiq. Velosiped yo‘llari juda puxta rejalashtirilgan, xavfsiz va qulay. Shahar bo‘ylab harakatlanishda velosiped yo'llari avtomobil yo'llaridan kam emasligi seziladi.
⚽️ Shuningdek, Philips stadioni va 🚉 markaziy temir yo‘l vokzalida ham zamonaviylik va funksionallik uyg‘unligi yaqqol seziladi.
🗺 Xaritalarga qarasangiz ham ko‘rish mumkin: Hollandiya, Belgiya va Germaniyaning g‘arbiy hududlarida velosiped yo‘llari juda keng rivojlangan. Bu nafaqat ekologiya, balki sog‘lom turmush tarzi va shahar madaniyatining muhim qismi ekanini yana bir bor ko‘rsatadi.
https://www.youtube.com/watch?v=Pqd3KW-ZUzU
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🌊 Dengiz suvida eriydigan plastik — xayol emas, haqiqat! 🇯🇵
Plastik chiqindilar okeanlarni nobud qilayotgan bir paytda, Yaponiya olimlari dunyoni hayratda qoldirgan kashfiyotga qo‘l urishdi.
🧪 RIKEN instituti va Tokio universiteti tadqiqotchilari sho‘r suvda atigi 1 soat ichida butunlay erib ketadigan yangi turdagi plastik yaratishdi!
✨ Bu materialning ajoyib xususiyatlari:
To‘liq parchalanish: Suvda eriganidan so‘ng, u bakteriyalar uchun "oziq" bo‘ladigan moddalarga aylanadi.
Hech qanday zarar yo‘q: Mikroplastiklar yoki zararli gazlar hosil bo‘lmaydi.
Tezkor natija: Tuproqda 200 soat (taxminan 8 kun) ichida yo‘q bo‘lib ketadi.
Xavfsiz: Zaharli emas va hatto olovga chidamli.
Hozirda yirik qadoqlash kompaniyalari ushbu texnologiyaga katta qiziqish bildirmoqda. Agar bu material ommalashsa, biz plastik paketlar va butilkalar muammosidan butunlay qutulishimiz mumkin! https://www.youtube.com/shorts/HdsGu-qpKwQ
Plastik chiqindilar okeanlarni nobud qilayotgan bir paytda, Yaponiya olimlari dunyoni hayratda qoldirgan kashfiyotga qo‘l urishdi.
🧪 RIKEN instituti va Tokio universiteti tadqiqotchilari sho‘r suvda atigi 1 soat ichida butunlay erib ketadigan yangi turdagi plastik yaratishdi!
✨ Bu materialning ajoyib xususiyatlari:
To‘liq parchalanish: Suvda eriganidan so‘ng, u bakteriyalar uchun "oziq" bo‘ladigan moddalarga aylanadi.
Hech qanday zarar yo‘q: Mikroplastiklar yoki zararli gazlar hosil bo‘lmaydi.
Tezkor natija: Tuproqda 200 soat (taxminan 8 kun) ichida yo‘q bo‘lib ketadi.
Xavfsiz: Zaharli emas va hatto olovga chidamli.
Hozirda yirik qadoqlash kompaniyalari ushbu texnologiyaga katta qiziqish bildirmoqda. Agar bu material ommalashsa, biz plastik paketlar va butilkalar muammosidan butunlay qutulishimiz mumkin! https://www.youtube.com/shorts/HdsGu-qpKwQ
YouTube
Japan develops plastic that dissolves in seawater within hours #innovation
A plastic that disappears in seawater?Scientists in Japan may be one step closer to solving plastic pollution.Researchers from the @Riken Center for Emergent...
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Materials design for the future with AI assistance | Nature Reviews Methods Primers https://share.google/EMILjnN8sbVbOKzJK
Nature
Materials design for the future with AI assistance
Nature Reviews Methods Primers - Advancements in artificial intelligence and machine learning are reshaping scientific research, with notable benefits for materials design and modelling. We spoke...
🦠⚡️ Havodagi viruslarga qarshi plazma texnologiyasi!
“Air-fed cold atmospheric plasma device as a safe and effective anti-SARS-CoV-2 air filter” — nomli maqolamiz Nature nashryotining Scientific Reports jurnalida chop etildi. Sovuq atmosferik plazma (SAP) yordamida havodagi SARS-CoV-2 virusini bevosita zararsizlantirish mumkinligini aniqlandi.
🤝 Ushbu tadqiqot Xitoyning yetakchi ilmiy markazlaridan biri — Shenzhen Institutes of Advanced Technology olimlari bilan xalqaro hamkorlikda amalga oshirildi.
🔬 Tadqiqot doirasida havoni filtrlab plazma orqali qayta aylantiradigan SAP qurilmasi ishlab chiqildi. Plazma muhitida hosil bo‘ladigan reaktiv kislorod va azot zarralari (RONS) virus tuzilmasini jiddiy zararladi, SARS-CoV-2 ning “spike” oqsillari yo‘qolishiga va virus ichki tuzilmasining o‘zgarishiga olib kelishi aniqlandi.
⚙️ Plazma razryadi va taqsimot barqaror ekanligi tajribalar hamda kompyuter modellash orqali tasdiqlandi.
🐀 Eng muhimi, qurilmaning kundalik foydalanishdagi xavfsizligi ham tekshirildi. 4 hafta davom etgan hayvonlar (kalamushlar) ustidagi tajribalar bo‘yicha jiddiy toksik ta’sirlar yo‘qligini ko‘rsatdi.
💡 Ushbu natijalar sovuq plazma texnologiyasini:
🏥 tibbiyot muassasalarida,
🏢 yopiq binolarda,
🚉 jamoat joylarida
havoni tozalash va infeksiyalarning oldini olish uchun istiqbolli yechim sifatida ko‘rsatadi. https://www.nature.com/articles/s41598-026-36088-y
“Air-fed cold atmospheric plasma device as a safe and effective anti-SARS-CoV-2 air filter” — nomli maqolamiz Nature nashryotining Scientific Reports jurnalida chop etildi. Sovuq atmosferik plazma (SAP) yordamida havodagi SARS-CoV-2 virusini bevosita zararsizlantirish mumkinligini aniqlandi.
🤝 Ushbu tadqiqot Xitoyning yetakchi ilmiy markazlaridan biri — Shenzhen Institutes of Advanced Technology olimlari bilan xalqaro hamkorlikda amalga oshirildi.
🔬 Tadqiqot doirasida havoni filtrlab plazma orqali qayta aylantiradigan SAP qurilmasi ishlab chiqildi. Plazma muhitida hosil bo‘ladigan reaktiv kislorod va azot zarralari (RONS) virus tuzilmasini jiddiy zararladi, SARS-CoV-2 ning “spike” oqsillari yo‘qolishiga va virus ichki tuzilmasining o‘zgarishiga olib kelishi aniqlandi.
⚙️ Plazma razryadi va taqsimot barqaror ekanligi tajribalar hamda kompyuter modellash orqali tasdiqlandi.
🐀 Eng muhimi, qurilmaning kundalik foydalanishdagi xavfsizligi ham tekshirildi. 4 hafta davom etgan hayvonlar (kalamushlar) ustidagi tajribalar bo‘yicha jiddiy toksik ta’sirlar yo‘qligini ko‘rsatdi.
💡 Ushbu natijalar sovuq plazma texnologiyasini:
🏥 tibbiyot muassasalarida,
🏢 yopiq binolarda,
🚉 jamoat joylarida
havoni tozalash va infeksiyalarning oldini olish uchun istiqbolli yechim sifatida ko‘rsatadi. https://www.nature.com/articles/s41598-026-36088-y
Nature
Air-fed cold atmospheric plasma device as a safe and effective anti-SARS-CoV-2 air filter
Scientific Reports - Air-fed cold atmospheric plasma device as a safe and effective anti-SARS-CoV-2 air filter
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[Uz]🔬🤝 MAHALLIY ILMIY HAMKORLIK!
📅 Kuni kecha institutimiz jamoasi bilan O' zR FA Polimerlar kimyosi va fizikasi institutiga hamkorlik doirasida uchrashuv bo'lib o'tdi.
Uchrashuv davomida institutimiz faoliyati, xalqaro hamkorliklari hamda sovuq atmosferik plazmasi texnologiyalarining fizik asoslari va ularning biofanlarda qo‘llanilishlari haqida ma’ruza qildim. Dr Sirajul Haq “From Green Synthesis to Functional Nanocomposites: Advanced Materials for Environmental and Biomedical Applications” mavzusida olingan natijalarini taqsimot qildi.
💬 Ilmiy muloqotlar natijasida tomonlar o‘rtasida hamkorlik memorandumi imzolandi va quyidagi 4 ta asosiy ilmiy yo‘nalishda qo‘shma tadqiqotlar olib borishga kelishib olindi:
1️⃣ Suvni tozalash va antibakterial qo‘llanilishlar uchun nanokompozit materiallar
2️⃣ Polimer materiallarni notermal plazma yordamida qayta ishlash va funksionallashtirish
3️⃣ Uglerod asosidagi nanostrukturalar sintezi va tadqiqoti
4️⃣ DFT va molekulyar dinamika kabi kompyuter simulyatsiyalari orqali nanostrukturalarda kechadigan reaksiyalarni chuqur o‘rganish
🧪 Shuningdek, institut Direktori Prof.Abdumutalib Atakhanov institut laboratoriyalari, zamonaviy uskunalar hamda olib borilayotgan fundamental va amaliy tadqiqotlar bilan yaqindan tanishtirdilar.
📌 Ushbu hamkorlik ilmiy salohiyatni birlashtirish, innovatsion materiallar yaratish va amaliy yechimlarga yo‘naltirilgan ilmiy izlanishlarni rivojlantirish yo‘lida muhim qadam bo‘ldi.
[En] 🔬🤝 LOCAL SCIENTIFIC COLLABORATION!
📅 On January 13, a collaborative meeting was held between our institute’s team and the Institute of Polymer Chemistry and Physics of the Academy of Sciences of the Republic of Uzbekistan.
During the meeting, I delivered a presentation on our institute’s activities, international collaborations, and the physical foundations of cold atmospheric plasma technologies, as well as their applications in the biosciences. Dr. Sirajul Haq presented his results under the topic “From Green Synthesis to Functional Nanocomposites: Advanced Materials for Environmental and Biomedical Applications.”
💬 As a result of the scientific discussions, a Memorandum of Understanding (MoU) was signed between the parties, and agreements were reached to conduct joint research in the following four key scientific areas:
1️⃣ Nanocomposite materials for water treatment and antibacterial applications
2️⃣ Polymer processing and functionalization using non-thermal plasma
3️⃣ Synthesis and investigation of carbon-based nanostructures
4️⃣ Advanced computer simulations, including DFT and molecular dynamics, to gain deeper insight into reactions occurring on nanostructures
🧪 In addition, Institute Director Prof. Abdumutalib Atakhanov familiarized himself with the institute’s laboratories, modern equipment, and ongoing fundamental and applied research activities.
📌 This collaboration represents an important step toward integrating scientific expertise, developing innovative materials, and advancing research focused on practical solutions.
📅 Kuni kecha institutimiz jamoasi bilan O' zR FA Polimerlar kimyosi va fizikasi institutiga hamkorlik doirasida uchrashuv bo'lib o'tdi.
Uchrashuv davomida institutimiz faoliyati, xalqaro hamkorliklari hamda sovuq atmosferik plazmasi texnologiyalarining fizik asoslari va ularning biofanlarda qo‘llanilishlari haqida ma’ruza qildim. Dr Sirajul Haq “From Green Synthesis to Functional Nanocomposites: Advanced Materials for Environmental and Biomedical Applications” mavzusida olingan natijalarini taqsimot qildi.
💬 Ilmiy muloqotlar natijasida tomonlar o‘rtasida hamkorlik memorandumi imzolandi va quyidagi 4 ta asosiy ilmiy yo‘nalishda qo‘shma tadqiqotlar olib borishga kelishib olindi:
1️⃣ Suvni tozalash va antibakterial qo‘llanilishlar uchun nanokompozit materiallar
2️⃣ Polimer materiallarni notermal plazma yordamida qayta ishlash va funksionallashtirish
3️⃣ Uglerod asosidagi nanostrukturalar sintezi va tadqiqoti
4️⃣ DFT va molekulyar dinamika kabi kompyuter simulyatsiyalari orqali nanostrukturalarda kechadigan reaksiyalarni chuqur o‘rganish
🧪 Shuningdek, institut Direktori Prof.Abdumutalib Atakhanov institut laboratoriyalari, zamonaviy uskunalar hamda olib borilayotgan fundamental va amaliy tadqiqotlar bilan yaqindan tanishtirdilar.
📌 Ushbu hamkorlik ilmiy salohiyatni birlashtirish, innovatsion materiallar yaratish va amaliy yechimlarga yo‘naltirilgan ilmiy izlanishlarni rivojlantirish yo‘lida muhim qadam bo‘ldi.
[En] 🔬🤝 LOCAL SCIENTIFIC COLLABORATION!
📅 On January 13, a collaborative meeting was held between our institute’s team and the Institute of Polymer Chemistry and Physics of the Academy of Sciences of the Republic of Uzbekistan.
During the meeting, I delivered a presentation on our institute’s activities, international collaborations, and the physical foundations of cold atmospheric plasma technologies, as well as their applications in the biosciences. Dr. Sirajul Haq presented his results under the topic “From Green Synthesis to Functional Nanocomposites: Advanced Materials for Environmental and Biomedical Applications.”
💬 As a result of the scientific discussions, a Memorandum of Understanding (MoU) was signed between the parties, and agreements were reached to conduct joint research in the following four key scientific areas:
1️⃣ Nanocomposite materials for water treatment and antibacterial applications
2️⃣ Polymer processing and functionalization using non-thermal plasma
3️⃣ Synthesis and investigation of carbon-based nanostructures
4️⃣ Advanced computer simulations, including DFT and molecular dynamics, to gain deeper insight into reactions occurring on nanostructures
🧪 In addition, Institute Director Prof. Abdumutalib Atakhanov familiarized himself with the institute’s laboratories, modern equipment, and ongoing fundamental and applied research activities.
📌 This collaboration represents an important step toward integrating scientific expertise, developing innovative materials, and advancing research focused on practical solutions.
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🇳🇱 Hollandiya: Kichik hudud, ulkan iqtisodiyot va ilm-fan cho‘qqisi!
G‘arbiy Yevropaning eng rivojlangan davlatlaridan biri bo‘lgan Hollandiya hududi jihatidan O‘zbekistondan qariyb 11 barobarga kichik? Ammo uning iqtisodiy salohiyati hayratlanarli!
💰 YaIM (2025): 1.32 trillion dollar.
📐 Hudud: O‘zbekistondan 11 marta kichik, ammo samaradorlik bo‘yicha dunyoda yetakchi.
🎓 Ana shu iqtisodiyotning drayveri bo‘lgan ilm-fan maskanlaridan biri — Eindhoven Texnika Universiteti (Technical University of Eindhoven) haqida qisqa video.
🏛 Universitetning nufuzi:
🌍 Reyting: QS-140; THE-192 o‘rinda turadi.
💶 Budjet: Yillik budjeti 350 million dollar, bunga qo‘shimcha ravishda industriya bilan hamkorlikdan yana 100 million dollar daromad keladi. Bu universitet nafaqat ilm maskani, balki ulkan innovatsiya markazidir!
Universitet kampusining go‘zal manzaralari va aynan "Yumshoq moddalar va biologik fizika (Soft Matter and Biological Physics)" guruhi binosi bo‘ylab qisqa sayr. Bu yerda zamonaviy fizika va biologiyaning eng so‘nggi yutuqlari tadqiq qilinadi.
✨ TU Eindhoven — Hollandiyadagi eng boy va nufuzli universitetlardan biri bo‘lib, u yerda yaratilgan sharoitlar ilm-fanning kelajagini belgilab beradi. https://www.youtube.com/watch?v=vKFe5zQ2LUA&pp=0gcJCU8KAYcqIYzv
G‘arbiy Yevropaning eng rivojlangan davlatlaridan biri bo‘lgan Hollandiya hududi jihatidan O‘zbekistondan qariyb 11 barobarga kichik? Ammo uning iqtisodiy salohiyati hayratlanarli!
💰 YaIM (2025): 1.32 trillion dollar.
📐 Hudud: O‘zbekistondan 11 marta kichik, ammo samaradorlik bo‘yicha dunyoda yetakchi.
🎓 Ana shu iqtisodiyotning drayveri bo‘lgan ilm-fan maskanlaridan biri — Eindhoven Texnika Universiteti (Technical University of Eindhoven) haqida qisqa video.
🏛 Universitetning nufuzi:
🌍 Reyting: QS-140; THE-192 o‘rinda turadi.
💶 Budjet: Yillik budjeti 350 million dollar, bunga qo‘shimcha ravishda industriya bilan hamkorlikdan yana 100 million dollar daromad keladi. Bu universitet nafaqat ilm maskani, balki ulkan innovatsiya markazidir!
Universitet kampusining go‘zal manzaralari va aynan "Yumshoq moddalar va biologik fizika (Soft Matter and Biological Physics)" guruhi binosi bo‘ylab qisqa sayr. Bu yerda zamonaviy fizika va biologiyaning eng so‘nggi yutuqlari tadqiq qilinadi.
✨ TU Eindhoven — Hollandiyadagi eng boy va nufuzli universitetlardan biri bo‘lib, u yerda yaratilgan sharoitlar ilm-fanning kelajagini belgilab beradi. https://www.youtube.com/watch?v=vKFe5zQ2LUA&pp=0gcJCU8KAYcqIYzv
YouTube
Eindhoven, TU/e, Hollandiya, 2025y
#eindhoven #netherlands
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✨ Olim uchun mehnatining mevasini ko‘rishdan ko‘ra katta quvonch bo'lmasa kerak?
Yillab davom etgan tadqiqotlar, yuzlab tajribalar va olingan natijalar nihoyat o‘z tasdig‘ini topib, nufuzli jurnallarda "Accepted" (qabul qilindi) degan xabarni olish – har bir tadqiqotchi uchun o‘zgacha hissiyotdir. Buni faqat kechani kunduzga ulab, ilm yo‘lida zahmat chekkanlar yaxshi tushunadi. 📖🔬
Xalqaro hamkorliklarimiz o‘z mevasini berishda davom etmoqda:
1️⃣ Journal of Physics D: Applied Physics (Q1; IF-3.2) – Xitoyning Xi'an Jiaotong universiteti olimlari bilan hamkorlikdagi ishimiz qabul qilindi. 2️⃣ Particle & Particle Systems Characterization (Q2; IF-3.0) – Iroqning Mustansiriyah universiteti olimlari bilan birgalikdagi izlanishlarimiz ham muvaffaqiyatli yakunlandi.
Maqolalar chop etilgandan so‘ng, ilmiy natijalar haqida batafsil ma’lumot beraman. Hamkorlarimizga va bu yo‘lda bizni qo‘llab-quvvatlaganlarga minnatdorchilik bildiramiz! 🤝
Yillab davom etgan tadqiqotlar, yuzlab tajribalar va olingan natijalar nihoyat o‘z tasdig‘ini topib, nufuzli jurnallarda "Accepted" (qabul qilindi) degan xabarni olish – har bir tadqiqotchi uchun o‘zgacha hissiyotdir. Buni faqat kechani kunduzga ulab, ilm yo‘lida zahmat chekkanlar yaxshi tushunadi. 📖🔬
Xalqaro hamkorliklarimiz o‘z mevasini berishda davom etmoqda:
1️⃣ Journal of Physics D: Applied Physics (Q1; IF-3.2) – Xitoyning Xi'an Jiaotong universiteti olimlari bilan hamkorlikdagi ishimiz qabul qilindi. 2️⃣ Particle & Particle Systems Characterization (Q2; IF-3.0) – Iroqning Mustansiriyah universiteti olimlari bilan birgalikdagi izlanishlarimiz ham muvaffaqiyatli yakunlandi.
Maqolalar chop etilgandan so‘ng, ilmiy natijalar haqida batafsil ma’lumot beraman. Hamkorlarimizga va bu yo‘lda bizni qo‘llab-quvvatlaganlarga minnatdorchilik bildiramiz! 🤝
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Dear colleagues,
Our GEC-IOPS (International Online Plasma Seminar) presentation is scheduled as follows
Date & Time: Jan. 29, 2026 at 1:00 pm UTC
Title: Kinetic modeling: moving beyond room-temperature plasma-chemical reaction mechanisms
Speaker: Ramses Snoeckx, Empa, Switzerland
Category: Tutorial/Review
Join Zoom Meeting https://us06web.zoom.us/j/85983237756?pwd=w5gqUQQqbGzJfLh7vAyJZdE4w2wDFx.1
Meeting ID: 859 8323 7756
New Passcode: GEC-IOPS-5
Our GEC-IOPS (International Online Plasma Seminar) presentation is scheduled as follows
Date & Time: Jan. 29, 2026 at 1:00 pm UTC
Title: Kinetic modeling: moving beyond room-temperature plasma-chemical reaction mechanisms
Speaker: Ramses Snoeckx, Empa, Switzerland
Category: Tutorial/Review
Join Zoom Meeting https://us06web.zoom.us/j/85983237756?pwd=w5gqUQQqbGzJfLh7vAyJZdE4w2wDFx.1
Meeting ID: 859 8323 7756
New Passcode: GEC-IOPS-5
Zoom
Join our Cloud HD Video Meeting
Zoom is the leader in modern enterprise cloud communications.
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Next Month! Processes MDPI Webinar | Non-Thermal Plasma and Its Environmental Applications⚡️
MDPI and Processes MDPI are pleased to welcome you to a webinar exploring how non-thermal plasma technology is transforming environmental remediation and sustainable agriculture.
This session will highlight how non-thermal plasma, through the generation of reactive oxygen and nitrogen species, offers powerful, innovative, chemical-free solutions to urgent global challenges such as water pollution treatment and food security. Our distinguished speakers will present research on plasma-based degradation of persistent pollutants in wastewater and the use of plasma-activated water to enhance seed germination and crop productivity.
🗓 Date: 16 February 2026
🕙 Time: 10:00 am CET | 5:00 pm CST (Asia)
Free registration: https://us02web.zoom.us/webinar/register/7317683890235/WN_Khe-gvNmQoiicAXFbyRveA#/registration
Learn more: https://sciforum.net/event/Processes-18?subscribe§ion=#event_speakers
Register for free and attend live to receive a certificate of attendance. We look forward to your participation in this discussion on plasma science and environmental sustainability. 🌍
MDPI and Processes MDPI are pleased to welcome you to a webinar exploring how non-thermal plasma technology is transforming environmental remediation and sustainable agriculture.
This session will highlight how non-thermal plasma, through the generation of reactive oxygen and nitrogen species, offers powerful, innovative, chemical-free solutions to urgent global challenges such as water pollution treatment and food security. Our distinguished speakers will present research on plasma-based degradation of persistent pollutants in wastewater and the use of plasma-activated water to enhance seed germination and crop productivity.
🗓 Date: 16 February 2026
🕙 Time: 10:00 am CET | 5:00 pm CST (Asia)
Free registration: https://us02web.zoom.us/webinar/register/7317683890235/WN_Khe-gvNmQoiicAXFbyRveA#/registration
Learn more: https://sciforum.net/event/Processes-18?subscribe§ion=#event_speakers
Register for free and attend live to receive a certificate of attendance. We look forward to your participation in this discussion on plasma science and environmental sustainability. 🌍
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Welcome! You are invited to join a webinar: Processes Webinar | Non-Thermal Plasma and Its Environmental Applications. After registering…
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Certificates of attendance will be available to those who attend…
Certificates of attendance will be available to those who attend…
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📢 Yangi ilmiy natijalar! 🔬✨
Xi’an Jiaotong Universiteti (Prof. Dingxin Liu guruhi) olimlari bilan hamkorlikda tayyorlagan maqolamiz Journal of Physics D: Applied Physics jurnalida (Q1, IF = 3.2) chop etildi 📘🧪. Unda plazma texnologiyasi va grafen oksidi (GO) nanozarralarining saraton hujayralariga qarshi birgalikdagi samarali ta’sirini isbotladik. Ushbu usul onkologik kasalliklarni davolashda mutlaqo yangi va xavfsiz strategiya yaratishga xizmat qiladi.⚡️🧬. Link: https://iopscience.iop.org/.../10.1088/1361-6463/ae383b/meta
Shuningdek, Sambalpur Universiteti (Dr. Showkat Mir guruhi) olimlari bilan hamkorlikdagi tadqiqotimiz European Biophysics Journal (Q2, IF = 2.4) da e’lon qilindi 📊🧠. Mazkur ishda KRas onkogen mutatsiyalari uchun inhibitorlar samaradorligi molekulyar darajada tahlil qilinib, mutatsiyaga xos terapiya zarurligi asoslab berildi 🧩💊.
Link: https://link.springer.com/article/10.1007/s00249-026-01817-8
Xi’an Jiaotong Universiteti (Prof. Dingxin Liu guruhi) olimlari bilan hamkorlikda tayyorlagan maqolamiz Journal of Physics D: Applied Physics jurnalida (Q1, IF = 3.2) chop etildi 📘🧪. Unda plazma texnologiyasi va grafen oksidi (GO) nanozarralarining saraton hujayralariga qarshi birgalikdagi samarali ta’sirini isbotladik. Ushbu usul onkologik kasalliklarni davolashda mutlaqo yangi va xavfsiz strategiya yaratishga xizmat qiladi.⚡️🧬. Link: https://iopscience.iop.org/.../10.1088/1361-6463/ae383b/meta
Shuningdek, Sambalpur Universiteti (Dr. Showkat Mir guruhi) olimlari bilan hamkorlikdagi tadqiqotimiz European Biophysics Journal (Q2, IF = 2.4) da e’lon qilindi 📊🧠. Mazkur ishda KRas onkogen mutatsiyalari uchun inhibitorlar samaradorligi molekulyar darajada tahlil qilinib, mutatsiyaga xos terapiya zarurligi asoslab berildi 🧩💊.
Link: https://link.springer.com/article/10.1007/s00249-026-01817-8
SpringerLink
Exploring the GDP binding to KRas WT, G12C, G12D, G12R, and G12V and bound with MRTX1133 using steered molecular dynamics
European Biophysics Journal - The oncogenic KRas protein is a crucial therapeutic target for cancer, but the efficacy of inhibitors against its variants remains complex. Using steered molecular...
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Kuni kecha hamkasblarim Akmal Asrorov va Nodir Ali Normuhammadlar tomonidan tashkil qilingan "Tafakkur" podcastida suhbatlashdik. 🤝
Suhbat davomida bugungi kunning dolzarb mavzulari, ilm-fandagi yangiliklar va sohamizdagi muhim tendensiyalar haqida fikr almashdik. Bunday sifatli va intellektual loyihalar yosh mutaxassislar uchun bilim maydoni bo‘lib xizmat qiladi.
Taklif va mazmunli muloqot uchun tashkilotchilarga katta rahmat. Podcast barcha tinglovchilar uchun foydali bo‘ladi deb umid qilaman! https://www.youtube.com/watch?v=m3Du4tw4fUw
Suhbat davomida bugungi kunning dolzarb mavzulari, ilm-fandagi yangiliklar va sohamizdagi muhim tendensiyalar haqida fikr almashdik. Bunday sifatli va intellektual loyihalar yosh mutaxassislar uchun bilim maydoni bo‘lib xizmat qiladi.
Taklif va mazmunli muloqot uchun tashkilotchilarga katta rahmat. Podcast barcha tinglovchilar uchun foydali bo‘ladi deb umid qilaman! https://www.youtube.com/watch?v=m3Du4tw4fUw
YouTube
Tafakkur. Mehmonimiz kimyo fanlari doktori Jamoliddin Razzokov
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📍 Bugun ilmiy va amaliy tashrif bilan “Don va dukkakli ekinlar ilmiy tadqiqot instituti” Sirdaryo ilmiy tajriba stansiyasida bo‘ldik.
Dala tajriba maydonidagi ekinlarni bevosita ko‘zdan kechirdik, olib borilayotgan ilmiy ishlar bilan yaqindan tanishdik. Shuningdek, mahalliy fermerlar bilan uchrashuv tashkil etilib, ochiq va samimiy muloqot bo‘lib o‘tdi.
🌾 Uchrashuv davomida:
- Plazma texnologiyasining qishloq xo‘jaligidagi potensiali
Bioo‘g‘itlarning tuproq unumdorligi va hosildorlikka ta’siri
Zamonaviy ilmiy yondashuvlarning amaliy natijalari
batafsil tushuntirib berildi.
Fermerlarimizning yangi texnologiyalar va ilm-fan yutuqlariga bo‘lgan qiziqishlari yuqori ekani quvonarli. Ko‘plab savol-javoblar bo‘lib o‘tdi, amaliy masalalar muhokama qilindi.
🤝 Tajriba stansiyasi direktori Avez Pirimqulov bilan plazma texnologiyasi va bioo‘g‘itlarni dala sharoitida sinovdan o‘tkazish bo‘yicha Anglashuv Memorandumi imzoladik.
Shuningdek, tajriba stansiyasi xodimi Begoyim Husanovna tomonidan plazma bilan ishlov berilgan bug‘doy namunalarining sinovlari o‘tkazilgan va hamkorlikda maqolamiz ham chop etilgan.
Oldinda – hamkorlikdagi dala tajribalari, ilmiy monitoring va natijalarni tahlil qilish bosqichlari turibdi.
Nasib qilsa, ushbu hamkorlik ilmiy jihatdan ham, amaliy jihatdan ham har tomonlama manfaatli bo‘ladi.
🌱 Ilm – taraqqiyot poydevori.
🚀 Innovatsiya – barqaror hosil kaliti.
Dala tajriba maydonidagi ekinlarni bevosita ko‘zdan kechirdik, olib borilayotgan ilmiy ishlar bilan yaqindan tanishdik. Shuningdek, mahalliy fermerlar bilan uchrashuv tashkil etilib, ochiq va samimiy muloqot bo‘lib o‘tdi.
🌾 Uchrashuv davomida:
- Plazma texnologiyasining qishloq xo‘jaligidagi potensiali
Bioo‘g‘itlarning tuproq unumdorligi va hosildorlikka ta’siri
Zamonaviy ilmiy yondashuvlarning amaliy natijalari
batafsil tushuntirib berildi.
Fermerlarimizning yangi texnologiyalar va ilm-fan yutuqlariga bo‘lgan qiziqishlari yuqori ekani quvonarli. Ko‘plab savol-javoblar bo‘lib o‘tdi, amaliy masalalar muhokama qilindi.
🤝 Tajriba stansiyasi direktori Avez Pirimqulov bilan plazma texnologiyasi va bioo‘g‘itlarni dala sharoitida sinovdan o‘tkazish bo‘yicha Anglashuv Memorandumi imzoladik.
Shuningdek, tajriba stansiyasi xodimi Begoyim Husanovna tomonidan plazma bilan ishlov berilgan bug‘doy namunalarining sinovlari o‘tkazilgan va hamkorlikda maqolamiz ham chop etilgan.
Oldinda – hamkorlikdagi dala tajribalari, ilmiy monitoring va natijalarni tahlil qilish bosqichlari turibdi.
Nasib qilsa, ushbu hamkorlik ilmiy jihatdan ham, amaliy jihatdan ham har tomonlama manfaatli bo‘ladi.
🌱 Ilm – taraqqiyot poydevori.
🚀 Innovatsiya – barqaror hosil kaliti.
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