A research by IIT Kharagpur faculty in collaboration with the University of Rochester and ICTS, Bangalore has paved the way for future technology development.
A research by IIT Kharagpur faculty in collaboration with the University of Rochester and ICTS, Bangalore has paved the way for future technology development. A statement from IIT Kharagpur said that he has opened the possibilities of development of quantum equipment. Professor Sajal Dhan, who joined the Physics Department in IITKGG in 2016, along with his colleagues, Negative collective particles of Polaritone were discovered, which is made of half light and semi-material.
It has been said in the statement that the construction of such polaritons is slightly lower than the electron's mass by a constituent of 0.00001.
Professor Dhar and his colleague Rochester University and ICTS (International Center for Theoretical Sciences) have explored the large-scale new insights of such particles, which would lead to a huge leap towards future technical development. In the issue of October 2017, a reputable Nature Physics Journal has been researched.
The collaborators involved in this work included Dr. C. C. Chakraborty, Dr. K. M. Goodfellow, Dr. L. Qi, Dr. TAO Lohlin, Professor GW Vicks, Professor A. N. Professor Subho Bhattacharya from Wamanakas, University Rochester and all from ICTS, who is the Tata Institute of Fundamental Research (TIFR).
In detail, on research, the statement states that scientists can artificially form a joint particle state, which is made of half-light and semi-substance, called polarity.
Light is an electromagnetic wave, but it also shows particle properties with zero mass. On the other hand, some cases are made of atoms with people, it has been said in the statement.
He said, "In the field of research, there is a promising area for the development of future technologies at room temperature."
The objective is to find other particles other than electrons to create advanced equipment. It will witness a big leap from smart electronic to smart poricronic devices which promises to increase manifold speed and storage capacity on which laptops like laptops and smart phones work tomorrow. Polaritonics is an intermediate rule between photonics and sub microwave electronics.
Dhar has received substantial funds from Ramanujan Fellowship Research Grant for developing its laboratory facilities in IIT Kharagpur, MHRD, ISIRDD (Interv. Society of Invertrait Breeding and Development and SERB (Science and Engineering Research Board) Ramanujan Fellowship.
One of the long-term goals of its' nanoscale optoelectronics laboratory (established for understanding optical, electronic and quantum properties by stabilizing solid nano-structures, to understand optical, electronic and quantum properties) will be to examine the light-related contact for future technology and basic science.
Source by internat
Copyright 2017. All right reserved.
Created by Mohammad Afsar.
A research by IIT Kharagpur faculty in collaboration with the University of Rochester and ICTS, Bangalore has paved the way for future technology development. A statement from IIT Kharagpur said that he has opened the possibilities of development of quantum equipment. Professor Sajal Dhan, who joined the Physics Department in IITKGG in 2016, along with his colleagues, Negative collective particles of Polaritone were discovered, which is made of half light and semi-material.
It has been said in the statement that the construction of such polaritons is slightly lower than the electron's mass by a constituent of 0.00001.
Professor Dhar and his colleague Rochester University and ICTS (International Center for Theoretical Sciences) have explored the large-scale new insights of such particles, which would lead to a huge leap towards future technical development. In the issue of October 2017, a reputable Nature Physics Journal has been researched.
The collaborators involved in this work included Dr. C. C. Chakraborty, Dr. K. M. Goodfellow, Dr. L. Qi, Dr. TAO Lohlin, Professor GW Vicks, Professor A. N. Professor Subho Bhattacharya from Wamanakas, University Rochester and all from ICTS, who is the Tata Institute of Fundamental Research (TIFR).
In detail, on research, the statement states that scientists can artificially form a joint particle state, which is made of half-light and semi-substance, called polarity.
Light is an electromagnetic wave, but it also shows particle properties with zero mass. On the other hand, some cases are made of atoms with people, it has been said in the statement.
He said, "In the field of research, there is a promising area for the development of future technologies at room temperature."
The objective is to find other particles other than electrons to create advanced equipment. It will witness a big leap from smart electronic to smart poricronic devices which promises to increase manifold speed and storage capacity on which laptops like laptops and smart phones work tomorrow. Polaritonics is an intermediate rule between photonics and sub microwave electronics.
Dhar has received substantial funds from Ramanujan Fellowship Research Grant for developing its laboratory facilities in IIT Kharagpur, MHRD, ISIRDD (Interv. Society of Invertrait Breeding and Development and SERB (Science and Engineering Research Board) Ramanujan Fellowship.
One of the long-term goals of its' nanoscale optoelectronics laboratory (established for understanding optical, electronic and quantum properties by stabilizing solid nano-structures, to understand optical, electronic and quantum properties) will be to examine the light-related contact for future technology and basic science.
Source by internat
Copyright 2017. All right reserved.
Created by Mohammad Afsar.
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