Ilija Dukovski

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Robert StephensonAtomera, Inc.Verified email at ieee.org
Daniel SegrèProfessor at Boston University, Biology, Biomedical Engineering, Physics, BioinformaticsVerified email at bu.edu
William HarcombeUniversity of MinnesotaVerified email at umn.edu
Jon MachtaUniversity of MassachusettsVerified email at physics.umass.edu
Pankaj MehtaProfessor, Physics, Boston UniversityVerified email at bu.edu
Christopher J. MarxBiological Sciences, University of IdahoVerified email at uidaho.edu
Murugappan MuthukumarUniversity of MassachusettsVerified email at polysci.umass.edu
Jeremy M. ChaconUniversity of MinnesotaVerified email at umn.edu
Snorre SulheimUniversity of LausanneVerified email at unil.ch
Alan R. PachecoETH ZürichVerified email at biol.ethz.ch
Jean VilaStanford UniversityVerified email at stanford.edu
Alvaro SanchezGroup Leader, Institute of Functional Biology & Genomics, IBFG - CSIC, Universidad de SalamancaVerified email at usal.es
Djordje BajićAssistant Professor, Delft University of TechnologyVerified email at tudelft.nl
David B BernsteinUniversity of VermontVerified email at uvm.edu
Chandra Saravanan (SARU)Vice President, Reliance Technology GroupVerified email at ril.com
Scott M. AuerbachProfessor of Chemistry, University of Massachusetts AmherstVerified email at umass.edu
Hideki TakeuchiAtomeraVerified email at atomera.com
Johanna BobrowMIT Lincoln LaboratoryVerified email at ll.mit.edu
Ram Chandra PrasadProfessor of Metallurgical Engineering,IIT BombayVerified email at iitb.ac.in

Ilija Dukovski

Research Assistant Professor, Bioinformatics Program, Boston University

Verified email at bu.edu

Physics Systems Biology


Title Sort by citations Sort by year Sort by title	Cited by Cited by	Year
Metabolic resource allocation in individual microbes determines ecosystem interactions and spatial dynamics WR Harcombe, WJ Riehl, I Dukovski, BR Granger, A Betts, AH Lang, ... Cell reports 7 (4), 1104-1115, 2014	504	2014
Langevin dynamics simulations of early stage shish-kebab crystallization of polymers in extensional flow I Dukovski, M Muthukumar The Journal of chemical physics 118 (14), 6648-6655, 2003	244	2003
Method for making semiconductor device including band-engineered superlattice RJ Mears, JACSF Yiptong, M Hytha, SA Kreps, I Dukovski US Patent 6,830,964, 2004	142*	2004
Semiconductor device including band-engineered superlattice RJ Mears, JACSF Yiptong, M Hytha, SA Kreps, I Dukovski US Patent 6,958,486, 2005	107	2005
Method for making semiconductor device including band-engineered superlattice RJ Mears, JACSF Yiptong, M Hytha, SA Kreps, I Dukovski US Patent 6,833,294, 2004	103	2004
Method for making an electronic device including a poled superlattice having a net electrical dipole moment S Halilov, X Huang, I Dukovski, JACSF Yiptong, RJ Mears, M Hytha, ... US Patent 7,517,702, 2009	100	2009
Multiple-wavelength opto-electronic device including a superlattice RJ Mears, RJ Stephenson, M Hytha, I Dukovski, JACSF Yiptong, S Halilov, ... US Patent 8,389,974, 2013	99	2013
Method for making a semiconductor device comprising a superlattice dielectric interface layer RJ Mears, M Hytha, SA Kreps, RJ Stephenson, JACSF Yiptong, ... US Patent 7,446,002, 2008	99	2008
Semiconductor device including MOSFET having band-engineered superlattice RJ Mears, JACSF Yiptong, M Hytha, SA Kreps, I Dukovski US Patent 6,897,472, 2005	97	2005
Semiconductor device including band-engineered superlattice RJ Mears, JACSF Yiptong, M Hytha, SA Kreps, I Dukovski US Patent 6,891,188, 2005	97	2005
Spintronic devices with constrained spintronic dopant X Huang, S Halilov, JA Yiptong, I Dukovski, M Hytha, R Mears US Patent App. 11/687,422, 2008	95	2008
Semiconductor device including a MOSFET having a band-engineered superlattice with a semiconductor cap layer providing a channel RJ Mears, JACSF Yiptong, M Hytha, SA Kreps, I Dukovski US Patent 7,435,988, 2008	94	2008
Multiple-wavelength opto-electronic device including a superlattice RJ Mears, RJ Stephenson, M Hytha, I Dukovski, JACSF Yiptong, S Halilov, ... US Patent 7,880,161, 2011	93	2011
Method for making a multiple-wavelength opto-electronic device including a superlattice RJ Mears, RJ Stephenson, M Hytha, I Dukovski, JACSF Yiptong, S Halilov, ... US Patent 7,863,066, 2011	93	2011
Semiconductor device including band-engineered superlattice RJ Mears, JACSF Yiptong, M Hytha, SA Kreps, I Dukovski US Patent 6,952,018, 2005	92	2005
Methods of making spintronic devices with constrained spintronic dopant X Huang, S Halilov, JACSF Yiptong, I Dukovski, M Hytha, RJ Mears US Patent 7,625,767, 2009	91	2009
Method for making a semiconductor device comprising a lattice matching layer I Dukovski, RJ Stephenson, JACSF Yiptong, S Halilov, RJ Mears, ... US Patent 7,700,447, 2010	90	2010
Semiconductor device including MOSFET having band-engineered superlattice RJ Mears, JACSF Yiptong, M Hytha, SA Kreps, I Dukovski US Patent 7,303,948, 2007	90	2007
Method for making a semiconductor device including a MOSFET having a band-engineered superlattice with a semiconductor cap layer providing a channel RJ Mears, JACSF Yiptong, M Hytha, SA Kreps, I Dukovski US Patent 7,265,002, 2007	90	2007
Semiconductor device including band-engineered superlattice having 3/1-5/1 germanium layer structure RJ Mears, JACSF Yiptong, M Hytha, SA Kreps, I Dukovski US Patent 7,034,329, 2006	89	2006

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