Faculty

Institution

Unit

Venue

Swastik Kar

Associate Professor

Northeastern University

Affiliations

College of Engineering

Chemical Engineering

College of Science

Physics

Swastik Kar is currently serving as a Chemical Engineering Associate Professor at Northeastern University.

Honors

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Experiences

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Education

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Swastik Kar

Northeastern University

Associate Professor

You can click a keyword to filter the displayed items

materials science nanotechnology applied physics nanomaterials electronic materials nanoengineering materials engineering optoelectronics electrical engineering electronics thin films condensed matter physics mechanical engineering solid-state electronics organic electronics semiconductor nanostructures condensed matter carbon nanotubes material chemistry nanostructure synthesis carbon-based materials composite science additive manufacturing material research nanometrology surface nanotechnology nanoparticle research nanoscale science nanobiotechnology semiconductor technology advanced energy material surface nanoengineering metallic nanomaterials interface science advanced functional materials semiconductor devices printed electronics nanoscale chemistry plasmonics functional nanomaterials semiconductor materials advanced electrode material carbon crystal growth nanosensors metal nanoparticles multilayer heterostructures polymer technology biomedical imaging one-dimensional materials polymer nanotechnology nanotribology thin film processing layered materials interconnect (integrated circuits) nanoarchitectonics polymer engineering chemical vapor deposition electrical characterization crystal research polymer hybrid nanoscale electrical interconnects carbon-nanotube forests multifunctional composites ultrasensitive photodetection tunable graphene-silicon heterojunctions thermal microscopy conductive patterns inkjet printing multifunctional high-performance applications stable aqueous dispersions bulk metals direct growth surface plasmon nanophotonics recent advances material theory nanomanufacturing

Notable Scholarly Works

Notable Federal Grants

Collaborators

Accelerating Optimal Synthesis of Atomically Thin Mos 2: A Constrained Bayesian Optimization Guided Brachistochrone Approach. Advanced Materials Technologies (2024)

Yujia WangGuoyan LiAnand Hari NatarajanSanjeev MukerjeeXiaoning JinSwastik Kar

thin filmsmaterials scienceconstrained bayesian optimizationoptimal synthesisthin mosadvanced materialsnanostructure synthesis

Advanced Characterization of the Spatial Variation of Moiré Heterostructures and Moiré Excitons. Small (2024)

Alberto de la TorreDante M. KennesErmin MalicSwastik Kar

materials scienceadvanced characterizationmoire excitonsmoire heterostructuresspatial variationcharacterization (materials science)

Giant Stark Effect Assisted Radio Frequency Energy Harvesting Using Atomically Thin Earth-Abundant Iron Sulphide (Fes 2 ). Journal of Materials Chemistry A (2024)

Karthik R.Appu Kumar SinghShreyasi DasSuman SarkarTarun Kumar KunduSwastik KarP. R. SreeramChandra Sekhar Tiwary

thin filmsmaterials sciencetechnologymaterial chemistrymaterial researchmaterials engineeringnanoparticle researchgiant stark effectadvanced materialsinorganic chemistryapplied physicsnanotechnology

The Case for a Defect Genome Initiative. Advanced Materials (2024)

Qimin YanSwastik KarSugata ChowdhuryArun Bansil

genomicsmaterials scienceadvanced materialsdefect genome initiative

Evidence of Hexagonal Germanium Grains on Annealed Monolayer Mos2. Materials Today Advances (2023)

Xuejing WangRyan KaufmannAndrew C. JonesRenjie ChenTowfiq AhmedMichael T. PettesPaul G. KotulaIsmail BilginYongqiang WangSwastik KarJinkyoung Yoo

thin filmsmaterials sciencetechnologysurface sciencematerial researchhexagonal germanium grainscondensed matter physicscondensed matteradvanced materialsapplied physics

Optimal Parameters Design for Manufacturability Under Unknown Feasibility Constraints. 2022 IEEE 18th International Conference on Automation Science and Engineering (CASE) (2023)

Guoyan LiXiaoning JinYujia WangSwastik Kar

materials scienceengineeringunknown feasibility constraintsmaterials engineeringmanufacturingoptimal parameters design

Recent Advances in 2D Material Theory, Synthesis, Properties, and Applications. ACS Nano (2023)

Yu-Chuan LinRiccardo TorsiRehan YounasChristopher L. HinkleAlbert F. RigosiHeather M. HillKunyan ZhangShengxi HuangChristopher E. ShuckChen ChenYu-Hsiu LinDaniel Maldonado-LopezJose L. Mendoza-CortesJohn FerrierSwastik KarNadire NayirSiavash RajabpourAdri C. T. van DuinXiwen LiuDeep JariwalaJie JiangJian ShiWouter MortelmansRafael JaramilloJoao Marcelo J. LopesRoman Engel-HerbertAnthony TrofeTetyana IgnatovaSeng Huat LeeZhiqiang MaoLeticia DamianYuanxi WangMegan A. StevesKenneth L. KnappenbergerZhengtianye WangStephanie LawGeorge BepeteDa ZhouJiang-Xiazi LinMathias S. ScheurerJia LiPengjie WangGuo YuSanfeng WuDeji AkinwandeJoan M. RedwingMauricio TerronesJoshua A. Robinson

materials sciencemultilayer heterostructuresadvanced functional materialsmachine learninglow-dimensional structurescrystal researchcondensed matter physicscondensed matterone-dimensional materialsrecent advancesquantum heterostructureslow dimensional materialsapplied physicsquantum materialscomputational materials sciencetopological heterostructuresnanotechnologymaterial theory

The Age of Quantum Materials. Advanced Materials (2023)

Nicholas R. GlavinPulickel M. AjayanSwastik Kar

materials sciencequantum materialsadvanced materials

Wireless Radiofrequency Energy Harvesting Using Atomically Thin Natural Iron Sulphide (Pyrite). (2023)

Karthik RAppu Kumar SinghShreyasi DasSuman SarkarTarun Kumar KunduSwastik KarSreeram P RChandra Sekhar Sekhar Tiwary

thin filmsmaterials scienceelectronic materialsnanoengineeringmaterials engineeringenergy harvestingelectrical engineeringnanotechnologycomposite scienceengineeringcarbon-based materials

Wireless Radio Frequency Energy Harvesting Using Ultra Thin Pyrite (Pyritene) Crystal Radio. (2023)

Karthik RSreeram P RAppu Kumar SinghShreyasi DasSuman SarkarTarun Kumar KunduSwastik KarChandra Sekhar Sekhar Tiwary

materials scienceradio frequencyenergy harvestingcrystal radioultra thin pyrite

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Swastik Kar

Associate Professor

Northeastern University

Affiliations

College of Engineering

Chemical Engineering

College of Science

Physics

Swastik Kar is currently serving as a Chemical Engineering Associate Professor at Northeastern University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Swastik Kar

Northeastern University

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Accelerating Optimal Synthesis of Atomically Thin Mos 2: A Constrained Bayesian Optimization Guided Brachistochrone Approach. Advanced Materials Technologies (2024)

Yujia WangGuoyan LiAnand Hari NatarajanSanjeev MukerjeeXiaoning JinSwastik Kar

thin filmsmaterials scienceconstrained bayesian optimizationoptimal synthesisthin mosadvanced materialsnanostructure synthesis

Advanced Characterization of the Spatial Variation of Moiré Heterostructures and Moiré Excitons. Small (2024)

Alberto de la TorreDante M. KennesErmin MalicSwastik Kar

materials scienceadvanced characterizationmoire excitonsmoire heterostructuresspatial variationcharacterization (materials science)

Giant Stark Effect Assisted Radio Frequency Energy Harvesting Using Atomically Thin Earth-Abundant Iron Sulphide (Fes 2 ). Journal of Materials Chemistry A (2024)

Karthik R.Appu Kumar SinghShreyasi DasSuman SarkarTarun Kumar KunduSwastik KarP. R. SreeramChandra Sekhar Tiwary

thin filmsmaterials sciencetechnologymaterial chemistrymaterial researchmaterials engineeringnanoparticle researchgiant stark effectadvanced materialsinorganic chemistryapplied physicsnanotechnology

The Case for a Defect Genome Initiative. Advanced Materials (2024)

Qimin YanSwastik KarSugata ChowdhuryArun Bansil

genomicsmaterials scienceadvanced materialsdefect genome initiative

Evidence of Hexagonal Germanium Grains on Annealed Monolayer Mos2. Materials Today Advances (2023)

Xuejing WangRyan KaufmannAndrew C. JonesRenjie ChenTowfiq AhmedMichael T. PettesPaul G. KotulaIsmail BilginYongqiang WangSwastik KarJinkyoung Yoo

thin filmsmaterials sciencetechnologysurface sciencematerial researchhexagonal germanium grainscondensed matter physicscondensed matteradvanced materialsapplied physics

Optimal Parameters Design for Manufacturability Under Unknown Feasibility Constraints. 2022 IEEE 18th International Conference on Automation Science and Engineering (CASE) (2023)

Guoyan LiXiaoning JinYujia WangSwastik Kar

materials scienceengineeringunknown feasibility constraintsmaterials engineeringmanufacturingoptimal parameters design

Recent Advances in 2D Material Theory, Synthesis, Properties, and Applications. ACS Nano (2023)

The Age of Quantum Materials. Advanced Materials (2023)

Nicholas R. GlavinPulickel M. AjayanSwastik Kar

materials sciencequantum materialsadvanced materials

Wireless Radiofrequency Energy Harvesting Using Atomically Thin Natural Iron Sulphide (Pyrite). (2023)

Karthik RAppu Kumar SinghShreyasi DasSuman SarkarTarun Kumar KunduSwastik KarSreeram P RChandra Sekhar Sekhar Tiwary

thin filmsmaterials scienceelectronic materialsnanoengineeringmaterials engineeringenergy harvestingelectrical engineeringnanotechnologycomposite scienceengineeringcarbon-based materials

Wireless Radio Frequency Energy Harvesting Using Ultra Thin Pyrite (Pyritene) Crystal Radio. (2023)

Karthik RSreeram P RAppu Kumar SinghShreyasi DasSuman SarkarTarun Kumar KunduSwastik KarChandra Sekhar Sekhar Tiwary

materials scienceradio frequencyenergy harvestingcrystal radioultra thin pyrite

1
2
3
4
5
30
10 / page

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Similar Faculty Members

Vincent Meunier

Institution

Pennsylvania State University

applied mechanics

quantum chemistry

Jiming Bao

Institution

University of Houston

solar ammonia generation

plasmonics

Judy Z. Wu

Institution

University of Kansas

nanowire

nanonetwork

Ali Javey

Institution

University of California, Berkeley

materials science

nanotechnology

Jamie Warner

Institution

University of Texas at Austin

advanced materials

quantum materials

Bingqing Wei

Institution

University of Delaware

nanocomposite

composite material

Costas Grigoropoulos

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biomedical engineering

laser materials processing

Deji Akinwande

Institution

University of Texas at Austin

nanotechnology

electronic material

Zhifeng Ren

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University of Houston

nanotechnology

advanced materials

Anvar Zakhidov

Institution

University of Texas at Dallas

materials science

applied physics