Matches in DBpedia 2016-04 for { ?s ?p "Amit Chakrabarti (born November 11, 1959) is the William and Joan Porter Chair in Physics at Kansas State University.Chakrabarti is a theoretical physicist with interests in soft matter and statistical physics. He has worked on diverse soft matter systems, including liquid mixtures, polymers, liquid crystals, aerosols, colloids, nanoparticles, and most recently, self-assembly of proteins."@en }
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- Amit_Chakrabarti abstract "Amit Chakrabarti (born November 11, 1959) is the William and Joan Porter Chair in Physics at Kansas State University.Chakrabarti is a theoretical physicist with interests in soft matter and statistical physics. He has worked on diverse soft matter systems, including liquid mixtures, polymers, liquid crystals, aerosols, colloids, nanoparticles, and most recently, self-assembly of proteins.".
- Q16193046 abstract "Amit Chakrabarti (born November 11, 1959) is the William and Joan Porter Chair in Physics at Kansas State University.Chakrabarti is a theoretical physicist with interests in soft matter and statistical physics. He has worked on diverse soft matter systems, including liquid mixtures, polymers, liquid crystals, aerosols, colloids, nanoparticles, and most recently, self-assembly of proteins.".
- Amit_Chakrabarti comment "Amit Chakrabarti (born November 11, 1959) is the William and Joan Porter Chair in Physics at Kansas State University.Chakrabarti is a theoretical physicist with interests in soft matter and statistical physics. He has worked on diverse soft matter systems, including liquid mixtures, polymers, liquid crystals, aerosols, colloids, nanoparticles, and most recently, self-assembly of proteins.".
- Q16193046 comment "Amit Chakrabarti (born November 11, 1959) is the William and Joan Porter Chair in Physics at Kansas State University.Chakrabarti is a theoretical physicist with interests in soft matter and statistical physics. He has worked on diverse soft matter systems, including liquid mixtures, polymers, liquid crystals, aerosols, colloids, nanoparticles, and most recently, self-assembly of proteins.".