We tried to explain and analyze the latest cutting-edge technologies in nanophotonic materials workshop. The subjects were around :
1) quantum confinement
2) nano materials
3) synthesis methods
4) applications (laser, sensors, solar cells, medical, ...)
5) promising nano materials and methods
6) NEMS & MEMS
7) Ideas and latest interesting researches
Master instructor of nanophotonic materials workshop (D234165), "Inv. Ali Bakhshi".
Review of the optical properties of carbon and graphene quantum dotsmohamadamiri5
نقاط کوانتومی کربن و گرافن دارای خواص نوری و الکتریکی فوق العاده ای به دلیل خواص کوانتومی منحصر به فردشان هستند و
این آنها را به مواد شگفت انگیزی برای کاربرد در دستگاههای فوتوولتاییک تبدیل میکند. تطبیق پذیری این مواد منجر به استفاده
از آنها به عنوان الکترون/حفره در نقاط کوانتومی سیلیکون، پلیمرها و یا سلول های خورشیدی حساس به رنگ شده است. در این مقاله،
کارهای انجام شده و نتایج سنتزهای مختلف مورد بررسی قرار داده شد. با وجود خواص نوری عالی آنها در فتوولتائیک و همچنین سلولهای
خورشیدی، نقاط کوانتومی بر پایه غیرکربن خوب عمل نکرده اند و بررسی جامعی از نقاط پایه کربن استفاده شده در فوتوولتاییک انجام
نشده است. بنابراین، در تلاش برای درک اینکه چرا این نانوساختار تا به حال موفق به تحقق بخشیدن به توانایی های خود نشده است، در
این بررسی دستاوردهای اصلی در ارتباط بین عملکرد و سنتز مواد تحلیل شده است
We tried to explain and analyze the latest cutting-edge technologies in nanophotonic materials workshop. The subjects were around :
1) quantum confinement
2) nano materials
3) synthesis methods
4) applications (laser, sensors, solar cells, medical, ...)
5) promising nano materials and methods
6) NEMS & MEMS
7) Ideas and latest interesting researches
Master instructor of nanophotonic materials workshop (D234165), "Inv. Ali Bakhshi".
The introduction of graphene, 3D graphene and carbon dots and their synthesis methods, properties and applications.
معرفی گرافن، گرافن سه بعدی و کربن دات و روشهای سنتز و خواص و کاربردهای آنها
Here we were taking a deeper look at Quantum Dots and Thin films. 2023
Principles (5 sections)
1) An Introduction (History, Physics, Classifications)
2) Synthesis and coating methods (Chemical and Physical methods, Novel methods)
3) Optical properties
4) Applications (Sensors, NEMS/MEMS (NOEMS/MOEMS))
5) Technologies and Inventions analysis
Here we were taking a deeper look at Quantum Dots and Thin films. 2023
Principles (5 sections)
1) An Introduction (History, Physics, Classifications)
2) Synthesis and coating methods (Chemical and Physical methods, Novel methods)
3) Optical properties
4) Applications (Sensors, NEMS/MEMS (NOEMS/MOEMS))
5) Technologies and Inventions analysis
Review of the optical properties of carbon and graphene quantum dotsmohamadamiri5
نقاط کوانتومی کربن و گرافن دارای خواص نوری و الکتریکی فوق العاده ای به دلیل خواص کوانتومی منحصر به فردشان هستند و
این آنها را به مواد شگفت انگیزی برای کاربرد در دستگاههای فوتوولتاییک تبدیل میکند. تطبیق پذیری این مواد منجر به استفاده
از آنها به عنوان الکترون/حفره در نقاط کوانتومی سیلیکون، پلیمرها و یا سلول های خورشیدی حساس به رنگ شده است. در این مقاله،
کارهای انجام شده و نتایج سنتزهای مختلف مورد بررسی قرار داده شد. با وجود خواص نوری عالی آنها در فتوولتائیک و همچنین سلولهای
خورشیدی، نقاط کوانتومی بر پایه غیرکربن خوب عمل نکرده اند و بررسی جامعی از نقاط پایه کربن استفاده شده در فوتوولتاییک انجام
نشده است. بنابراین، در تلاش برای درک اینکه چرا این نانوساختار تا به حال موفق به تحقق بخشیدن به توانایی های خود نشده است، در
این بررسی دستاوردهای اصلی در ارتباط بین عملکرد و سنتز مواد تحلیل شده است
We tried to explain and analyze the latest cutting-edge technologies in nanophotonic materials workshop. The subjects were around :
1) quantum confinement
2) nano materials
3) synthesis methods
4) applications (laser, sensors, solar cells, medical, ...)
5) promising nano materials and methods
6) NEMS & MEMS
7) Ideas and latest interesting researches
Master instructor of nanophotonic materials workshop (D234165), "Inv. Ali Bakhshi".
The introduction of graphene, 3D graphene and carbon dots and their synthesis methods, properties and applications.
معرفی گرافن، گرافن سه بعدی و کربن دات و روشهای سنتز و خواص و کاربردهای آنها
Here we were taking a deeper look at Quantum Dots and Thin films. 2023
Principles (5 sections)
1) An Introduction (History, Physics, Classifications)
2) Synthesis and coating methods (Chemical and Physical methods, Novel methods)
3) Optical properties
4) Applications (Sensors, NEMS/MEMS (NOEMS/MOEMS))
5) Technologies and Inventions analysis
Here we were taking a deeper look at Quantum Dots and Thin films. 2023
Principles (5 sections)
1) An Introduction (History, Physics, Classifications)
2) Synthesis and coating methods (Chemical and Physical methods, Novel methods)
3) Optical properties
4) Applications (Sensors, NEMS/MEMS (NOEMS/MOEMS))
5) Technologies and Inventions analysis
Here we were taking a deeper look at Quantum Dots and Thin films. 2023
Principles (5 sections)
1) An Introduction (History, Physics, Classifications)
2) Synthesis and coating methods (Chemical and Physical methods, Novel methods)
3) Optical properties
4) Applications (Sensors, NEMS/MEMS (NOEMS/MOEMS))
5) Technologies and Inventions analysis
Here we were taking a deeper look at Quantum Dots and Thin films. 2023
Principles (5 sections)
1) An Introduction (History, Physics, Classifications)
2) Synthesis and coating methods (Chemical and Physical methods, Novel methods)
3) Optical properties
4) Applications (Sensors, NEMS/MEMS (NOEMS/MOEMS))
5) Technologies and Inventions analysis
Here we were taking a deeper look at Quantum Dots and Thin films. 2023
Principles (5 sections)
1) An Introduction (History, Physics, Classifications)
2) Synthesis and coating methods (Chemical and Physical methods, Novel methods)
3) Optical properties
4) Applications (Sensors, NEMS/MEMS (NOEMS/MOEMS))
5) Technologies and Inventions analysis
We tried to explain and analyze the latest cutting-edge technologies in nanophotonic materials workshop. The subjects were around :
1) quantum confinement
2) nano materials
3) synthesis methods
4) applications (laser, sensors, solar cells, medical, ...)
5) promising nano materials and methods
6) NEMS & MEMS
7) Ideas and latest interesting researches
Master instructor of nanophotonic materials workshop (D234165), "Inv. Ali Bakhshi".
We tried to explain and analyze the latest cutting-edge technologies in nanophotonic materials workshop. The subjects were around :
1) quantum confinement
2) nano materials
3) synthesis methods
4) applications (laser, sensors, solar cells, medical, ...)
5) promising nano materials and methods
6) NEMS & MEMS
7) Ideas and latest interesting researches
Master instructor of nanophotonic materials workshop (D234165), "Inv. Ali Bakhshi".
We tried to explain and analyze the latest cutting-edge technologies in nanophotonic materials workshop. The subjects were around :
1) quantum confinement
2) nano materials
3) synthesis methods
4) applications (laser, sensors, solar cells, medical, ...)
5) promising nano materials and methods
6) NEMS & MEMS
7) Ideas and latest interesting researches
Master instructor of nanophotonic materials workshop (D234165), "Inv. Ali Bakhshi".
We tried to explain and analyze the latest cutting-edge technologies in nanophotonic materials workshop. The subjects were around :
1) quantum confinement
2) nano materials
3) synthesis methods
4) applications (laser, sensors, solar cells, medical, ...)
5) promising nano materials and methods
6) NEMS & MEMS
7) Ideas and latest interesting researches
Master instructor of nanophotonic materials workshop (D234165), "Inv. Ali Bakhshi".
We tried to explain and analyze the latest cutting-edge technologies in nanophotonic materials workshop. The subjects were around :
1) quantum confinement
2) nano materials
3) synthesis methods
4) applications (laser, sensors, solar cells, medical, ...)
5) promising nano materials and methods
6) NEMS & MEMS
7) Ideas and latest interesting researches
Master instructor of nanophotonic materials workshop (D234165), "Inv. Ali Bakhshi".
We tried to explain and analyze the latest cutting-edge technologies in nanophotonic materials workshop. The subjects were around :
1) quantum confinement
2) nano materials
3) synthesis methods
4) applications (laser, sensors, solar cells, medical, ...)
5) promising nano materials and methods
6) NEMS & MEMS
7) Ideas and latest interesting researches
Master instructor of nanophotonic materials workshop (D234165), "Inv. Ali Bakhshi".
It was my pleasure to speak at the Photonics Student Scientific Association of Tabriz University's event "Getting to know the basics of patenting".
During the event, we covered the fundamentals of patent law, including what can be patented, the patent application process, and the benefits and drawbacks of obtaining a patent. It was encouraging to see how eager the students were to learn about this important aspect of scientific research.
"Inv. Ali Bakhshi"
date: 2022/09/15
Here we were taking a deeper look at Quantum Dots and Thin films. 2023
Principles (5 sections)
1) An Introduction (History, Physics, Classifications)
2) Synthesis and coating methods (Chemical and Physical methods, Novel methods)
3) Optical properties
4) Applications (Sensors, NEMS/MEMS (NOEMS/MOEMS))
5) Technologies and Inventions analysis
Here we were taking a deeper look at Quantum Dots and Thin films. 2023
Principles (5 sections)
1) An Introduction (History, Physics, Classifications)
2) Synthesis and coating methods (Chemical and Physical methods, Novel methods)
3) Optical properties
4) Applications (Sensors, NEMS/MEMS (NOEMS/MOEMS))
5) Technologies and Inventions analysis
Here we were taking a deeper look at Quantum Dots and Thin films. 2023
Principles (5 sections)
1) An Introduction (History, Physics, Classifications)
2) Synthesis and coating methods (Chemical and Physical methods, Novel methods)
3) Optical properties
4) Applications (Sensors, NEMS/MEMS (NOEMS/MOEMS))
5) Technologies and Inventions analysis
We tried to explain and analyze the latest cutting-edge technologies in nanophotonic materials workshop. The subjects were around :
1) quantum confinement
2) nano materials
3) synthesis methods
4) applications (laser, sensors, solar cells, medical, ...)
5) promising nano materials and methods
6) NEMS & MEMS
7) Ideas and latest interesting researches
Master instructor of nanophotonic materials workshop (D234165), "Inv. Ali Bakhshi".
We tried to explain and analyze the latest cutting-edge technologies in nanophotonic materials workshop. The subjects were around :
1) quantum confinement
2) nano materials
3) synthesis methods
4) applications (laser, sensors, solar cells, medical, ...)
5) promising nano materials and methods
6) NEMS & MEMS
7) Ideas and latest interesting researches
Master instructor of nanophotonic materials workshop (D234165), "Inv. Ali Bakhshi".
We tried to explain and analyze the latest cutting-edge technologies in nanophotonic materials workshop. The subjects were around :
1) quantum confinement
2) nano materials
3) synthesis methods
4) applications (laser, sensors, solar cells, medical, ...)
5) promising nano materials and methods
6) NEMS & MEMS
7) Ideas and latest interesting researches
Master instructor of nanophotonic materials workshop (D234165), "Inv. Ali Bakhshi".
We tried to explain and analyze the latest cutting-edge technologies in nanophotonic materials workshop. The subjects were around :
1) quantum confinement
2) nano materials
3) synthesis methods
4) applications (laser, sensors, solar cells, medical, ...)
5) promising nano materials and methods
6) NEMS & MEMS
7) Ideas and latest interesting researches
Master instructor of nanophotonic materials workshop (D234165), "Inv. Ali Bakhshi".
We tried to explain and analyze the latest cutting-edge technologies in nanophotonic materials workshop. The subjects were around :
1) quantum confinement
2) nano materials
3) synthesis methods
4) applications (laser, sensors, solar cells, medical, ...)
5) promising nano materials and methods
6) NEMS & MEMS
7) Ideas and latest interesting researches
Master instructor of nanophotonic materials workshop (D234165), "Inv. Ali Bakhshi".
We tried to explain and analyze the latest cutting-edge technologies in nanophotonic materials workshop. The subjects were around :
1) quantum confinement
2) nano materials
3) synthesis methods
4) applications (laser, sensors, solar cells, medical, ...)
5) promising nano materials and methods
6) NEMS & MEMS
7) Ideas and latest interesting researches
Master instructor of nanophotonic materials workshop (D234165), "Inv. Ali Bakhshi".
It was my pleasure to speak at the Photonics Student Scientific Association of Tabriz University's event "Getting to know the basics of patenting".
During the event, we covered the fundamentals of patent law, including what can be patented, the patent application process, and the benefits and drawbacks of obtaining a patent. It was encouraging to see how eager the students were to learn about this important aspect of scientific research.
"Inv. Ali Bakhshi"
date: 2022/09/15