Publications - Phi Optics

164. Neha Goswami, Mark A. Anastasio, Gabriel Popescu, Quantitative phase imaging techniques for measuring scattering properties of cells and tissues: a review—part II, J. Biomed. Opt., 29 (S2), pp. S22714, 2024, doi:10.1117/1.JBO.29.S2.S22714.

163. Neha Goswami, Mark A. Anastasio, Gabriel Popescu, Quantitative phase imaging techniques for measuring scattering properties of cells and tissues: a review—part I, J. Biomed. Opt., 29 (S2), pp. S22713, 2024, doi:10.1117/1.JBO.29.S2.S22713.

161. Neha Goswami, Nicola Winston, Wonho Choi, Nastasia Z E Lai, Rachel B Arcanjo, Xi Chen, Nahil Sobh, Romana A Nowak, Mark A Anastasio and Gabriel Popescu, EVATOM: an optical, label-free, machine learning assisted embryo health assessment tool, Nature Communications Biology, 7, pp. 268, 2024, doi:doi.org/10.1038/s42003-024-05960-w.

162. H. D. Nguyen, A. Tsaturyan, S. Sao Joao, R. Dwivedi, A. Melkonyan, C. D’Amico, E. Kachan, J. P. Colombier, G. Kermouche, R. Stoian, Quantitative Mapping of Transient Thermodynamic States in Ultrafast Laser Nanostructuring of Quartz, Ultrafast Sci. 4, pp. 0056, 2024.

155. Fanous, M.J., He, S., Sengupta, S. et al., White Blood Cell Detection, Classification and Analysis Using Phase Imaging with Computational Specificity (PICS), Nat Sci Rep 12, pp. 20043, 2022, doi:10.1038/s41598-022-21250-z.

154. C. Hu, S. He, Y. Lee, Y. He, E. Kong, H. Li, M. Anastasio, and G. Popescu, Live-Dead Assay on Unlabeled Cells Using Phase Imaging with Computational Specificity, Nature Communications 13, pp. 713, 2022.

150. J.K. Zhang, M. Fanous, N. Sobh, A. Kajdacsy-Balla, and G. Popescu, Automatic Colorectal Cancer Screening Using Deep Learning in Spatial Light Interference Microscopy Data, Cells 11(4), pp. 716, 2022.

152. Naseri Kouzehgarani, G.; Kandel, M.E.; Sakakura, M.; Dupaty, J.S.; Popescu, G.; Gillette, M.U., Circadian Volume Changes in Hippocampal Glia Studied by Label-Free Interferometric Imaging, Cells 11, pp. 2073, 2022.

153. Nemati, S., Singh, A., Dhuey, S.D. et al., Density Fluctuations, Homeostasis, and Reproduction Effects in Bacteria, Nat. Commun Biol 5, pp. 397, 2022.

151. Y. He, S. He, M. Kandel, Y. J. Lee, C. Hu, N. Sobh, M. Anastasio, and G. Popescu, Cell Cycle Stage Classification Using Phase Imaging with Computational Specificity; ACS Photonics, ACS Photonics, pp. , 2022.

62. Shamira Sridharan, Virgilia Macias, Krishnarao Tangella, André Kajdacsy-Balla & Gabriel Popescu , Prediction of Prostate Cancer Recurrence Using Quantitative Phase Imaging, Scientific Reports, pp. 5: 9976, 2015.

57. Silvia Ceballos Mikhail Kandel Shamira Sridharan Hassaan Majeed Freddy Monroy Gabriel Popescu, ACTIVE INTRACELLULAR TRANSPORT IN METASTATIC CELLS STUDIED BY SPATIAL LIGHT INTERFERENCE MICROSCOPY, Journal of Biomedical Optics 111209-1 (November 2015) Vol. 20(11), pp. , 2015.

59. Chris Edwards,†,‡ Amir Arbabi,†,∥ Basanta Bhaduri,‡ Xiaozhen Wang,† Raman Ganti,§,⊥ Peter J. Yunker,§,# Arjun G. Yodh,§ Gabriel Popescu,‡ and Lynford L. Goddard*,†, MEASURING THE NONUNIFORM EVAPORATION DYNAMICS OF SPRAYED SESSILE MICRODROPLETS WITH QUANTITATIVE PHASE IMAGING, Langmuir (2015) 31, 40, Pages 11020–11032, pp. , 2015.

58. Hassaan Majeed Mikhail E. Kandel Kevin Han Zelun Luo Virgilia Macias Krishnarao Tangella Andre Balla Gabriel Popescu, BREAST CANCER DIAGNOSIS USING SPATIAL LIGHT INTERFERENCE MICROSCOPY, Journal of Biomedical Optics (2015) 20(11), 111210 , pp. , 2015.

61. Shamira Sridharan Aron Katz Felipe Soto-Adames Gabriel Popescu, QUANTITATIVE PHASE IMAGING OF ARTHROPODS, Journal of Biomedical Optics (2015) 20(11), 111212 , pp. , 2015.

60. Tan H. Nguyen, Hassaan Majeed, and Gabriel Popescu*, PLANE-WAVE DECOMPOSITION OF SPATIALLY RANDOM FIELDS, OPTICS LETTERS (2015) Vol. 40, No. 7 , pp. , 2015.

160. Juyeon Park, Bijie Bai, DongHun Ryu, Tairan Liu, Chungha Lee, Yi Luo, Mahn Jae Lee, Luzhe Huang, Jeongwon Shin, Yijie Zhang, Dongmin Ryu, Yuzhu Li, Geon Kim, Hyun-seok Min, Aydogan Ozcan, and YongKeun Park , Artificial intelligence-enabled quantitative phase imaging methods for life sciences, Nature Methods 20, pp. 1645–1660, 2023.

159. Michael John Fanous, Nir Pillar, and Aydogan Ozcan, Digital staining facilitates biomedical microscopy, Front Bioinform. 3, 1243663 (2023), pp. , 2023.

158. Biswajoy Ghosh & Krishna Agarwal , Viewing life without labels under optical microscopes, Nature Comm Biology 6, 559 (2023), pp. , 2023.

157. Sonya R. Kennedy, Maxime Lafond, Kevin J. Haworth, Daniel Suarez Escudero, Dan Ionascu, Brion Frierson, Shaoling Huang, Melvin E. Klegerman, Tao Peng, David D. McPherson, Curtis Genstler & Christy K. Holland, Initiating and imaging cavitation from infused echo contrast agents through the EkoSonic catheter, Nature Scientific Reports 13 (1), 6191, pp. , 2023.

156. Xi Chen, Mikhail E. Kandel, Shenghua He, Chenfei Hu, Young Jae Lee, Kathryn Sullivan, Gregory Tracy, Hee Jung Chung, Hyun Joon Kong, Mark Anastasio & Gabriel Popescu , Artificial Confocal Microscopy for Deep Label-Free Imaging; Nat. Photon. 17, pages 250-258, Nature Photonics 17, 250–258 (2023), pp. , 2023.

66. A. G. Håti, N. B. Arnfinnsdottir, C. Østevold, M. Sletmoen, G. Etienne, E. Amstad, B. T Stokke, Microarrays for the study of compartmentalized microorganisms in alginate microbeads and (W/O/W) double emulsions, 2016 RSC advances, Vol 6 (115) 114830-114842, pp. , .

74. MINGGUANG SHAN, 1,2 MIKHAIL E. KANDEL, 1 HASSAAN MAJEED, 1 VIOREL NASTASA, 1,3 AND GABRIEL POPESCU1,, WHITE-LIGHT DIFFRACTION PHASE MICROSCOPY AT DOUBLED SPACE-BANDWIDTH PRODUCT, OPTICS EXPRESS 29033, Vol. 24, No. 25 , pp. , 2016.

64. Mikhail E. Kandel,† Kai Wen Teng,‡,§ Paul R. Selvin,‡,§,∥ and Gabriel Popescu*,†,⊥, LABEL-FREE IMAGING OF SINGLE MICROTUBULE DYNAMICS USING SPATIAL LIGHT INTERFERENCE MICROSCOPY, ACS Nano (2017) 11, 1, Pages 647–655, pp. , 2016.

65. Eunjung Min1,2, Mikhail E. Kandel1, CheMyong J Ko3, Gabriel Popescu1, Woonggyu Jung2,4 & Catherine Best-Popescu5, LABEL-FREE, MULTI-SCALE IMAGING OF EX-VIVO MOUSE BRAIN USING SPATIAL LIGHT INTERFERENCE MICROSCOPY, Scientific Reports, 6:39667 , pp. , 2016.

68. Shamira Sridharan, Virgilia Macias, Krishnarao Tangella, Jonathan Melamed, Emily Dube, Max Xiangtian Kong, André Kajdacsy-Balla & Gabriel Popescu, Prediction of Prostate Cancer Recurrence using Quantitative Phase Imaging: Validation on a General Population, Scientific Reports, 6:33818 , pp. , 2016.

67. Lihong Ma1,2, Gannavarpu Rajshekhar1,† , RuWang1, Basanta Bhaduri1,‡ , Shamira Sridharan1, Mustafa Mir1, Arindam Chakraborty3, Rajashekar Iyer3, Supriya Prasanth3, Larry Millet3,4, Martha U.Gillette3,5 & Gabriel Popescu1, PHASE CORRELATION IMAGING OF UNLABELED CELL DYNAMICS, Scientific Reports, 6:32702 , pp. , 2016.

70. Tan H. Nguyen,1 Chris Edwards,2 Lynford L. Goddard,2 and Gabriel Popescu1,*, QUANTITATIVE PHASE IMAGING OF WEAKLY SCATTERING OBJECTS USING PARTIALLY COHERENT ILLUMINATION, OPTICS EXPRESS 11686, Vol. 24, No. 11 , pp. , 2016.

73. MINGGUANG SHAN, 1,2 VIOREL NASTASA, 1,3 AND GABRIEL POPESCU1,*, STATISTICAL DISPERSION RELATION FOR SPATIALLY BROADBAND FIELDS, Optics Letters, Vol. 41, No. 11 , pp. , 2016.

69. Joselle M. McCracken, Adina Badea, Mikhail E. Kandel, A. Sydney Gladman, David J. Wetzel, Gabriel Popescu, Jennifer A. Lewis, and Ralph G. Nuzzo*, PROGRAMMING MECHANICAL AND PHYSICOCHEMICAL PROPERTIES OF 3D HYDROGEL CELLULAR MICROCULTURES VIA DIRECT INK WRITING, Adv. Healthcare Mater. (2016), 201500888, pp. , 2016.

72. Roarke Horstmeyer, Rainer Heintzmann, Gabriel Popescu, Laura Waller and Changhuei Yang, STANDARDIZING THE RESOLUTION CLAIMS FOR COHERENT MICROSCOPY, NATURE PHOTONICS, VOL 10 (2016), pp. , 2016.

63. Ru Wang1,2 Lei Lei3 Shamira Sridharan1,3 Yingxiao Wang3 Alex J Levine4,5 Gabriel Popescu1,3,6, DISPERSION RELATIONS OF CYTOSKELETON DYNAMICS, Cell Health and Cytoskeleton (2016) 8 Pages 1–7, pp. , 2016.

71. Taewoo Kim1,∗∗, Renjie Zhou1,2,3,∗∗, Lynford L. Goddard2, and Gabriel Popescu1,∗, SOLVING INVERSE SCATTERING PROBLEMS IN BIOLOGICAL SAMPLES BY QUANTITATIVE PHASE IMAGING, Laser Photonics Rev. 10, No. 1, 13–39 (2016) , pp. , 2016.

89. H. Alanazi, A. J. Canul, A. Garman, J. Quimby, A. E. Vasdekis, Robust microbial cell segmentation by optical-phase thresholding with minimal processing requirements., Cytometry, 91: 443-449, pp. , .

84. CHENFEI HU AND GABRIEL POPESCU*, PHYSICAL SIGNIFICANCE OF BACKSCATTERING PHASE MEASUREMENTS, Optics Letters, Vol. 42, No. 22 , pp. , 2017.

75. Adina Badea,† Joselle M. McCracken,† Emily G. Tillmaand,§ Mikhail E. Kandel,∥ Aaron W. Oraham,† Molly B. Mevis,† Stanislav S. Rubakhin,† Gabriel Popescu,∥ Jonathan V. Sweedler,*,†,§ and Ralph G. Nuzzo*,†,‡, 3D-PRINTED PHEMA MATERIALS FOR TOPOGRAPHICAL AND BIOCHEMICAL MODULATION OF DORSAL ROOT GANGLION CELL RESPONSE, ACS Appl. Mater. Interfaces (2017) 9, 30318−30328, pp. , 2017.

78. Anthony Fan1, Alireza Tofangchi 1, Mikhail Kandel 2, Gabriel Popescu2 & Taher Saif1, COUPLED CIRCUMFERENTIAL AND AXIAL TENSION DRIVEN BY ACTIN AND MYOSIN INFLUENCES IN VIVO AXON DIAMETER, Scientific Reports, 7: 14188 , pp. , 2017.

92. Zheng Yana,b,1, Mengdi Hanc,d,e,1, Yan Shif,g,h,i, Adina Badeaj , Yiyuan Yangk , Ashish Kulkarnic,d, Erik Hansonl , Mikhail E. Kandelm, Xiewen Wenn , Fan Zhangf,g,h, Yiyue Luoc,d, Qing Linc,d, Hang Zhangf,g,h, Xiaogang Guof,g,h, Yuming Huangc,d, Kewang Nano , Shuai Jian , Aaron W. Orahamj , Molly B. Mevisj , Jaeman Limc,d, Xuelin Guoc,d, Mingye Gaoc,d, Woomi Ryuc,d, Ki Jun Yup , Bruno G. Nicolauj , Aaron Petronicoj , Stanislav S. Rubakhinj , Jun Loun , Pulickel M. Ajayann , Katsuyo Thorntonl , Gabriel Popescum, Daining Fangq,r, Jonathan V. Sweedlerj , Paul V. Braunc,d, Haixia Zhange , Ralph G. Nuzzoc,d,j, Yonggang Huangk,s,t, Yihui Zhangf,g,h,2, and John A. Rogersk,t,u,v,w,x,y,2, THREE-DIMENSIONAL MESOSTRUCTURES AS HIGH-TEMPERATURE GROWTH TEMPLATES, ELECTRONIC CELLULAR SCAFFOLDS, AND SELF-PROPELLED MICROROBOTS, PNAS, 114 (45) Pages E9455-E9464, pp. , 2017.

80. Tan H. Nguyen1 , Mikhail E. Kandel1 , Marcello Rubessa2, Matthew B. Wheeler2 & Gabriel Popescu1, GRADIENT LIGHT INTERFERENCE MICROSCOPY FOR 3D IMAGING OF UNLABELED SPECIMENS, NATURE COMMUNICATIONS, 8: 210, pp. , 2017.

86. Young Jae Lee Pati Cintora Jyothi Arikkath Olaoluwa Akinsola Mikhail Kandel Gabriel Popescu Catherine Best-Popescu, QUANTITATIVE ASSESSMENT OF NEURAL OUTGROWTH USING SPATIAL LIGHT INTERFERENCE MICROSCOPY, Journal of Biomedical Optics 22(6), 066015, pp. , 2017.

76. Tan H. Nguyen Shamira Sridharan Virgilia Macias Andre Kajdacsy-Balla Jonathan Melamed Minh N. Do Gabriel Popescu, AUTOMATIC GLEASON GRADING OF PROSTATE CANCER USING QUANTITATIVE PHASE IMAGING AND MACHINE LEARNING, Journal of Biomedical Optics 036015, Vol. 22(3), pp. , 2017.

82. Mikhail E. Kandel Shamira Sridharan Jon Liang Zelun Luo Kevin Han Virgilia Macias Anish Shah Roshan Patel Krishnarao Tangella Andre Kajdacsy-Balla Grace Guzman Gabriel Popescu, LABEL-FREE TISSUE SCANNER FOR COLORECTAL CANCER SCREENING, Journal of Biomedical Optics 066016, Vol. 22(6), pp. , 2017.

81. Tan H. Nguyen1, Mikhail Kandel1, Haadi M. Shakir2, Catherine Best-Popescu2, JyothiArikkath3, Minh N. Do4 & Gabriel Popescu1, HALO-FREE PHASE CONTRAST MICROSCOPY, Scientific Reports, 7:44034 , pp. , 2017.

77. Patricia Cintora,1 Jyothi Arikkath,2 Mikhail Kandel,3 Gabriel Popescu,3 Catherine Best-Popescu1 *, CELL DENSITY MODULATES INTRACELLULAR MASS TRANSPORT IN NEURAL NETWORKS, ISAC, Cytometry Part A , pp. , 2017.

90. Gabriel Popescu i, THE POWER OF IMAGING WITH PHASE, NOT POWER, Physics Today, 5 (2017) Pages 35-40, pp. , 2017.

85. Hassaan Majeed Chukwuemeka Okoro André Kajdacsy-Balla Kimani C. Toussaint, Jr. Gabriel Popescu, QUANTIFYING COLLAGEN FIBER ORIENTATION IN BREAST CANCER USING QUANTITATIVE PHASE IMAGING, Journal of Biomedical Optics 046004, Vol. 22(4), pp. , 2017.

91. Mikhail E. Kandel,1 Daniel Fernandes,1 Alison M. Taylor,1,2 Haadi Shakir,3 Catherine Best-Popescu,3 Gabriel Popescu1,3*, THREE-DIMENSIONAL INTRACELLULAR TRANSPORT IN NEURON BODIES AND NEURITES INVESTIGATED BY LABEL-FREE DISPERSION-RELATION PHASE SPECTROSCOPY, ISAC Cytometry Part A , pp. , 2017.

79. Arthur A. Evans, Basanta Bhaduri, Gabriel Popescu, and Alex J. Levine, GEOMETRIC LOCALIZATION OF THERMAL FLUCTUATIONS IN RED BLOOD CELLS, PNAS 114 (11) 2865-2870, pp. , 2017.

83. EUNJUNG MIN, 1,2,6 SUNGBEA BAN, 1,6 YANYAN WANG, 3 SUNG CHUL BAE, 1 GABRIEL POPESCU, 2 CATHERINE BEST-POPESCU, 4,7 AND WOONGGYU JUNG1,5,8, MEASUREMENT OF MULTISPECTRAL SCATTERING PROPERTIES IN MOUSE BRAIN TISSUE, BIOMEDICAL OPTICS EXPRESS 1763, Vol. 8, No. 3, pp. , 2017.

87. Hassaan Majeed1, Shamira Sridharan2, Mustafa Mir3, Lihong Ma4, Eunjung Min5, Woonggyu Jung5, 6, and Gabriel Popescu*, 1, QUANTITATIVE PHASE IMAGING FOR MEDICAL DIAGNOSIS, J. Biophotonics 10, No. 2, 177–205 (2017) , pp. , 2017.

88. MINGGUANG SHAN, 1,2 MIKHAIL E. KANDEL, 1 AND GABRIEL POPESCU1,*, REFRACTIVE INDEX VARIANCE OF CELLS AND TISSUES MEASURED BY QUANTITATIVE PHASE IMAGING, OPTICS EXPRESS 1573 , Vol. 25, No. 2 , pp. , 2017.

103. P. Mohammadi, G. Beaune, B. T. Stokke, J. V. I. Timonen, M. B. Linder, Self-Coacervation of a Silk-Like Protein and Its Use As an Adhesive for Cellulosic Materials, ACS Macro Lett. 2018, 7, 9, 1120–1125, pp. , .

105. Marcello Rubessa, Samantha N. Lotti, Mikhail E. Kandel, Gabriel Popescu, Mathew B. Wheeler, SLIM MICROSCOPY ALLOWS FOR VISUALIZATION OF DNA-CONTAINING LIPOSOMES DESIGNED FOR SPERM-MEDIATED GENE TRANSFER IN CATTLE, Molecular Biology Reports, 46, pp. 695-703, 2018, doi:https://doi.org/10.1007/s11033-018-4525-9.

101. YongKeun Park1,2,3, Christian Depeursinge4,5 and Gabriel Popescu 6*, QUANTITATIVE PHASE IMAGING IN BIOMEDICINE, Nature Photonics, VOL 12, Pages 578–589, pp. , 2018.

96. CHENFEI HU, 1 SHUAISHUAI ZHU, 1,2 LIANG GAO, 1 AND GABRIEL POPESCU1,*, ENDOSCOPIC DIFFRACTION PHASE MICROSCOPY, Optics Letters, Vol. 43, No. 14, pp. , 2018.

95. Sungbea Ban1 | Eunjung Min2 | Yujin Ahn1 | Gabriel Popescu3* | Woonggyu Jung1 , EFFECT OF TISSUE STAINING IN QUANTITATIVE PHASE IMAGING, J. Biophotonics (2018) e201700402, pp. , 2018.

93. Gabriel Popescu, 3D IMAGING OF LIVE SPECIMENS-QUANTITATIVE PHASE IMAGING WITH SLIM AND GLIM, Imaging & Microscopy, 4.2018, pp. , 2018.

97. Hassaan Majeed, Tan Huu Nguyen, Mikhail Eugene Kandel, Andre Kajdacsy-Balla & Gabriel Popescu, LABEL-FREE QUANTITATIVE EVALUATION OF BREAST TISSUE USING SPATIAL LIGHT INTERFERENCE MICROSCOPY (SLIM), Scientific Reports 8, 6875 (2018), pp. , 2018.

94. Masanori Takabayashi1,2*, Hassaan Majeed3 , Andre Kajdacsy-Balla4 , Gabriel Popescu2, DISORDER STRENGTH MEASURED BY QUANTITATIVE PHASE IMAGING AS INTRINSIC CANCER MARKER IN FIXED TISSUE BIOPSIES, PLOS ONE, , pp. , 2018.

106. Lina Liu, Mikhail E. Kandel, Marcello Rubessa, Sierra Schreiber, Mathew B. Wheeler, Gabriel Popescu, TOPOGRAPHY AND REFRACTOMETRY OF SPERM CELLS USING SPATIAL LIGHT INTERFERENCE MICROSCOPY, Journal of Biomedical Optics, 23 (2), pp. 025003, 2018, doi:https://doi.org/10.1117/1.jbo.23.2.025003.

98. HASSAAN MAJEED, 1,6 LIHONG MA, 2,6 YOUNG JAE LEE, 3 MIKHAIL KANDEL, 1 EUNJUNG MIN, 4 WOONGGYU JUNG, 5 CATHERINE BEST-POPESCU, 3 GABRIEL POPESCU1,*, MAGNIFIED IMAGE SPATIAL SPECTRUM (MISS) MICROSCOPY FOR NANOMETER AND MILLISECOND SCALE LABEL-FREE IMAGING, OPTICS EXPRESS, Vol. 26, No. 5 , pp. , 2018.

100. SUNGBEA BAN, 1,5 EUNJUNG MIN, 2,5 SONGYEE BAEK, 1 HYUG MOO KWON, 3 GABRIEL POPESCU, 4,6 AND WOONGGYU JUNG1,7, OPTICAL PROPERTIES OF ACUTE KIDNEY INJURY MEASURED BY QUANTITATIVE PHASE IMAGING, BIOMEDICAL OPTICS EXPRESS Vol. 9, No. 3, pp. , 2018.

102. MIKHAIL E. KANDEL, 1 MICHAEL FANOUS, 2 CATHERINE BEST-POPESCU, 2 AND GABRIEL POPESCU1,2,*, REAL-TIME HALO CORRECTION IN PHASE CONTRAST IMAGING, BIOMEDICAL OPTICS EXPRESS, Vol. 9, No. 2, pp. , 2018.

111. A. E. Vasdekis, H. Alanazi, A. M. Silverman, C. J. Williams, A. J. Canul, J. B. Cliff, A. C. Dohnalkova and G. Stephanopoulos , Eliciting the impacts of cellular noise on metabolic trade-offs by quantitative mass imaging, Nat Commun 10, 848 (2019), pp. , .

118. D. Cai, D. Feliciano, P. Dong, E. Flores, M. Gruebele, N. Porat-Shliom, S. Sukenik, Z. Liu, J. Lippincott-Schwartz, Phase separation of YAP reorganizes genome topology for long-term YAP target gene expression, Nat Cell Biol. 2019 Dec; 21(12): 1578–1589, pp. , .

122. Josh Bertels1 , Marcello Rubessa1 , Mikhail E Kandel2 , Thomas Bane1 , Derek J Milner1 , Gabriel Popescu2,3, and Matthew B Wheeler1,3,4*, ZINC’S EFFECT ON THE DIFFERENTIATION OF PORCINE ADIPOSE-DERIVED STEM CELLS INTO OSTEOBLASTS, Journal of Regenerative Medicine, 8, 2, pp. , 2019.

108. Delong Zhang 1,2, Lu Lan1 , Yeran Bai1,3,4, Hassaan Majeed 5 , Mikhail E. Kandel 6 , Gabriel Popescu 5,6 and Ji-Xin Cheng 1, BOND-SELECTIVE TRANSIENT PHASE IMAGING VIA SENSING OF THE INFRARED PHOTOTHERMAL EFFECT, Light: Science & Applications (2019) 8, 116, pp. , 2019.

112. Gelson J. Pagan-Diaza , Karla P. Ramos-Cruza , Richard Samb , Mikhail E. Kandelc , Onur Aydind , M. Taher A. Saifd , Gabriel Popescua,c, and Rashid Bashira,, ENGINEERING GEOMETRICAL 3-DIMENSIONAL UNTETHERED IN VITRO NEURAL TISSUE MIMIC, PNAS, 116 (51) Pages 25932-25940, pp. , 2019.

113. Mikhail E. Kandel 1,2, Chenfei Hu 1,2, Ghazal Naseri Kouzehgarani2,3, Eunjung Min4, Kathryn Michele Sullivan5, Hyunjoon Kong2,5,6,7, Jennifer M. Li4, Drew N. Robson4, Martha U. Gillette2,3,5,8, Catherine Best-Popescu2,5 & Gabriel Popescu 1,2,5*, EPI-ILLUMINATION GRADIENT LIGHT INTERFERENCE MICROSCOPY FOR IMAGING OPAQUE STRUCTURES, Nat. Communications, 10, Article number: 4691 (2019), pp. , 2019.

117. Hassaan Majeed1, Adib Keikhosravi2, Mikhail E. Kandel 3, Tan H. Nguyen4, Yuming Liu2, Andre Kajdacsy-Balla5, KrishnaraoTangella6, KevinW. Eliceiri2 & Gabriel Popescu 1,3, QUANTITATIVE HISTOPATHOLOGY OF STAINED TISSUES USING COLOR SPATIAL LIGHT INTERFERENCE MICROSCOPY (CSLIM), Sci Reports, 9, Article number: 14679 (2019) , pp. , 2019.

110. Michael J. Fanous1,2 | Yanfen Li1,3 | Mikhail E. Kandel2 | Amr A. Abdeen4 | Kristopher A. Kilian1,5,6 | Gabriel Popescu1,2*, EFFECTS OF SUBSTRATE PATTERNING ON CELLULAR SPHEROID GROWTH AND DYNAMICS MEASURED BY GRADIENT LIGHT INTERFERENCE MICROSCOPY (GLIM), Journal of BioPhotonics, Vol 12, Issue 12, pp. , 2019.

109. MIKHAIL E. KANDEL, 1,2,6 WENLONG LU, 2,3,6 JON LIANG, 1 ONUR AYDIN, 4 TAHER A. SAIF, 4 AND GABRIEL POPESCU1,2,5,*, CELL-TO-CELL INFLUENCE ON GROWTH IN LARGE POPULATIONS, Biomedical Optics Express, Vol. 10, No. 9 , pp. , 2019.

116. SANYOGITA PURANDARE, 1,* JINLONG ZHU, 1 RENJIE ZHOU, 2 GABRIEL POPESCU, 3 ALEXANDER SCHWING, 4 AND LYNFORD L. GODDARD 1, OPTICAL INSPECTION OF NANOSCALE STRUCTURES USING A NOVEL MACHINE LEARNING BASED SYNTHETIC IMAGE GENERATION ALGORITHM, OPTICS EXPRESS, Vol. 27, No. 13, pp. , 2019.

115. Chenfei Hu1,2,3, Melissa Santi 3 , Oluwatobi Adelaja4 , Andre Kajdacsy-Balla4 , Gabriel Popescu1,2,3 and William Kobak 5 *, IMAGING COLLAGEN PROPERTIES IN THE UTEROSACRAL LIGAMENTS OF WOMEN WITH PELVIC ORGAN PROLAPSE USING SPATIAL LIGHT INTERFERENCE MICROSCOPY (SLIM), Optics and Photonics, Frontiers in Physics, 10, Page 3389, pp. , 2019.

114. Ellen C. Qin a , Mikhail E. Kandel b,c , Evangelos Liamas d , Tauseef B. Shah e , Chaeyeon Kim f , Collin D. Kaufman c,g , Zhenyu J. Zhang d , Gabriel Popescu b,c , Martha U. Gillette c,e,g , Deborah E. Leckband c,f,⇑ , Hyunjoon Kong c,f,⇑, GRAPHENE OXIDE SUBSTRATES WITH N-CADHERIN STIMULATES NEURONAL GROWTH AND INTRACELLULAR TRANSPORT, Acta Biomaterialia, pp. , 2019.

120. Yanfen Li1, Michael J. Fanous1,2, KristopherA. Kilian 1,3 & Gabriel Popescu 1,2, QUANTITATIVE PHASE IMAGING REVEALS MATRIX STIFFNESS-DEPENDENT GROWTH AND MIGRATION OF CANCER CELLS, Scientific Reports volume 9, Article number: 248 (2019), pp. , 2019.

121. Masanori Takabayashi Hassaan Majeed Andre Kajdacsy-Balla Gabriel Popescu, TISSUE SPATIAL CORRELATION AS CANCER MARKER, Journal of Biomedical Optics 24(1), 016502 , pp. , 2019.

107. Joselle M. McCracken, Brittany M. Rauzan, Jacob C. E. Kjellman, Mikhail E. Kandel, Yu Hao Liu, Adina Badea, Lou Ann Miller, Simon A. Rogers, Gabriel Popescu, and Ralph G. Nuzzo*, 3D‐PRINTED HYDROGEL COMPOSITES FOR PREDICTIVE TEMPORAL (4D) CELLULAR ORGANIZATIONS AND PATTERNED BIOGENIC MINERALIZATION, Adv. Healthcare Mater. (2018) 1800788, pp. , 2019.

119. Chenfei Hu and Gabriel Popescu, QUANTITATIVE PHASE IMAGING (QPI) IN NEUROSCIENCE, IEEE JOURNAL OF SELECTED TOPICS IN QUANTUM ELECTRONICS, VOL. 25, NO. 1, pp. , 2019.

128. N. R. Subedi, P. S. Jung, E. L. Bredeweg, S. Nemati, S. E. Baker, D. N. Christodoulides & A. E. Vasdekis, Integrative quantitative-phase and airy light-sheet imaging, Nat Sci Rep 10, 20150 (2020), pp. , .

124. Christopher Kinga , Prabuddha Senguptaa , Arnold Y. Seoa , and Jennifer Lippincott-Schwartza,1, , PNAS | March 31, 2020 | vol. 117 | no. 13 | 7231, pp. , .

130. Kathryn M. Sullivan, Chang Gyun Park, John D. Ito, Mikhail Kandel, Gabriel Popescu, Young Jun Kim,* and Hyunjoon Kong*, MATRIX SOFTNESS-MEDIATED 3D ZEBRAFISH HEPATOCYTE MODULATES RESPONSE TO ENDOCRINE DISRUPTING CHEMICALS, Environ. Sci. Tech. 54, Pages 13797-13806, pp. , 2020.

133. Mikhail E. Kandel, Yuchen R. He, Young Jae Lee, Taylor Hsuan-Yu Chen, Kathryn Michele Sullivan, Onur Aydin, M. Taher A. Saif, Hyunjoon Kong, Nahil Sobh and Gabriel Popescu, PHASE IMAGING WITH COMPUTATIONAL SPECIFICITY (PICS) FOR MEASURING DRY MASS CHANGES IN SUB-CELLULAR COMPARTMENTS, Nature Comm. 11, Article 6256, pp. , 2020.

134. Michael FanousID1,2, Megan P. CaputoID3 , Young Jae LeeID1,4, Laurie A. Rund5 , Catherine Best-Popescu4 , Mikhail E. Kandel1,6, Rodney W. Johnson3,5, Tapas Das7 , Matthew J. Kuchan8 , Gabriel Popescu1,2,6*, QUANTIFYING MYELIN CONTENT IN BRAIN TISSUE USING COLOR SPATIAL LIGHT INTERFERENCE MICROSCOPY (CSLIM), PLoS ONE 15(11): e0241084, pp. , 2020.

136. YUHENG JIAO, 1,2 MIKHAIL E. KANDEL, 1 XIAOJUN LIU, 2 WENLONG LU, 2 AND GABRIEL POPESCU1,*, REAL-TIME JONES PHASE MICROSCOPY FOR STUDYING TRANSPARENT AND BIREFRINGENT SPECIMENS, Optics Express, Vol. 28, No. 23, pp. , 2020.

123. Byoung Soo Kim1 *, Min Ku Kim2 *, Younghak Cho3 , Eman E. Hamed4 , Martha U. Gillette4,5, Hyeongyun Cha6,7, Nenad Miljkovic6,7,8,9, Vinay K. Aakalu10, Kai Kang10, Kyung-No Son10, Kyle M. Schachtschneider11,12,13, Lawrence B. Schook11,12, Chenfei Hu9 , Gabriel Popescu9 , Yeonsoo Park2 , William C. Ballance1 , Seunggun Yu14, Sung Gap Im3 , Jonghwi Lee15†, Chi Hwan Lee2,16†, Hyunjoon Kong1,5,17†, ELECTROTHERMAL SOFT MANIPULATOR ENABLING SAFE TRANSPORT AND HANDLING OF THIN CELL/TISSUE SHEETS AND BIOELECTRONIC DEVICES, Science Advances 6 (42), pp. , 2020.

132. ChenzhongYin1,4, Xiongye Xiao1,4, Valeriu Balaban1,4, Mikhail E. Kandel2,4, Young Jae Lee2,3, Gabriel Popescu2 & Paul Bogdan1*, NETWORK SCIENCE CHARACTERISTICS OF BRAIN-DERIVED NEURONAL CULTURES DECIPHERED FROM QUANTITATIVE PHASE IMAGING DATA, Scientific Reports, 10, Article number: 15078, pp. , 2020.

138. Xi Chen 1 , Mikhail E. Kandel 1 , Chenfei Hu 1 , Young Jae Lee1 and Gabriel Popescu 1, WOLF PHASE TOMOGRAPHY (WPT) OF TRANSPARENT STRUCTURES USING PARTIALLY COHERENT ILLUMINATION, Light: Science & Applications 9:142 (2020), pp. , 2020.

137. Mikhail E. Kandel, Marcello Rubessa, Yuchen R. He, Sierra Schreiber, Sasha Meyers, Luciana Matter Naves, Molly K. Sermersheim, G. Scott Sell, Michael J. Szewczyk, Nahil Sobh, Matthew B. Wheeler, and Gabriel Popescu, REPRODUCTIVE OUTCOMES PREDICTED BY PHASE IMAGING WITH COMPUTATIONAL SPECIFICITY OF SPERMATOZOON ULTRASTRUCTURE, PNAS, 117 (31), pp. 18309, 2020, doi:https://doi.org/10.1073/pnas.2001754117.

127. Marcello Rubessa, Jean M. Feugang, Mikhail E. Kandel, Sierra Schreiber, Jade Hessee, Francesca Salerno, Sascha Meyers, Iwei Chu, Gabriel Popescu, Matthew B. Wheeler, HIGH-THROUGHPUT SPERM ASSAY USING LABEL-FREE MICROSCOPY: MORPHOMETRIC COMPARISON BETWEEN DIFFERENT SPERM STRUCTURES OF BOAR AND STALLION SPERMATOZOA, Animal Reproduction Science, 219, pp. 106509, 2020, doi:https://doi.org/10.1016/j.anireprosci.2020.106509.

125. Chenfei Hu 1,2,8, Jeffrey J. Field 3,4,5,8, Varun Kelkar1 , Benny Chiang1,2, Keith Wernsing5 , Kimani C. Toussaint6, Randy A. Bartels 5,7 ✉ and Gabriel Popescu 1,2 ✉, HARMONIC OPTICAL TOMOGRAPHY OF NONLINEAR STRUCTURES, Nature Photonics, 14, pages 564–569, pp. , 2020.

129. Jingfang “Kelly” Zhang1,3, Yuchen He1,2,3, Nahil Sobh1,3, and Gabriel Popescu1,2,3,4, LABEL-FREE COLORECTAL CANCER SCREENING USING DEEP LEARNING AND SPATIAL LIGHT INTERFERENCE MICROSCOPY (SLIM), APL Photonics, 10, 1063-5, 004723, pp. , 2020.

131. Marcello Rubessa, Mikhail E. Kandel, Sierra Schreiber, Sasha Meyers, Douglas H. Beck, Gabriel Popescu, and Matthew B. Wheeler, MORPHOMETRIC ANALYSIS OF SPERM USED FOR IVP BY THREE DIFFERENT SEPARATION METHODS WITH SPATIAL LIGHT INTERFERENCE MICROSCOPY, Systems Biology in Reproductive Medicine, Volume 66, 1, 66 (1), pp. 26-36, 2020, doi:https://doi.org/10.1080/19396368.2019.1701139.

126. Yi Wang,1,2 Mikhail E. Kandel,1,3 Michael J. Fanous,1,4 Chenfei Hu,1,3 HsuanYu Chen,3 Xiaoxu Lu,2 AND Gabriel Popescu1,3,4, *, HARMONICALLY DECOUPLED GRADIENT LIGHT INTERFERENCE MICROSCOPY (HD-GLIM), Optics Letters, Vol. 45, No. 6, pp. , 2020.

135. MICHAEL FANOUS, 1,2 ADIB KEIKHOSRAVI, 3 ANDRE KAJDACSY-BALLA, 5 KEVIN W. ELICEIRI, 3,4 AND GABRIEL POPESCU1,2,, QUANTITATIVE PHASE IMAGING OF STROMAL PROGNOSTIC MARKERS IN PANCREATIC DUCTAL ADENOCARCINOMA, Biomedic Optics Express, Vol. 11, No. 3, pp. , 2020.

52. Gabriel Popescu (gpopescu@illinois.edu) and Taewoo Kim University of Illinois at Urbana-Champaign, USA, QUANTITATIVE PHASE IMAGING OF CELLS IN 2-, 3- AND 4-D, OPTICS & PHOTONICS NEWS, 12 (2014), pp. , 2014.

43. C. Edwards,1,2 B. Bhaduri,2 B. G. Griffin,1 L. L. Goddard,1 and G. Popescu2,*, EPI-ILLUMINATION DIFFRACTION PHASE MICROSCOPY WITH WHITE LIGHT, OPTICS LETTERS, Vol. 39, No. 21, pp. , 2014.

45. Chris Edwards,1,2,4 Steven J. McKeown,1,4 Jerry Zhou,1,3 Gabriel Popescu,2 and Lynford L. Goddard1*, IN SITU MEASUREMENTS OF THE AXIAL EXPANSION OF PALLADIUM MICRODISKS DURING HYDROGEN EXPOSURE USING DIFFRACTION PHASE MICROSCOPY, OPTICAL MATERIALS EXPRESS 2559, Vol. 4, No. 12 , pp. , 2014.

54. Rajshekhar Gannavarpu1 , Basanta Bhaduri1 , Krishnarao Tangella2 , Gabriel Popescu1 *, Spatiotemporal Characterization of a Fibrin Clot Using Quantitative Phase Imaging, PLOS ONE, Volume 9, Issue 11 , e111381, pp. , 2014.

53. T. H. Nguyen,1 C. Edwards,2 L. L. Goddard,2 and G. Popescu1,*, Quantitative phase imaging with partially coherent illumination, OPTICS LETTERS 5511, Vol. 39, No. 19, pp. , 2014.

50. Basanta Bhaduri1 , Mikhail Kandel1 , Carlo Brugnara2 , Krishna Tangella3 & Gabriel Popescu1, OPTICAL ASSAY OF ERYTHROCYTE FUNCTION IN BANKED BLOOD, SCIENTIFIC REPORTS, 4 : 6211 , pp. , 2014.

56. Chris Edwards,1,2 Renjie Zhou,1,2 Suk-Won Hwang,3 Steven J. McKeown,1 Kaiyuan Wang,1 Basanta Bhaduri,2 Raman Ganti,4 Peter J. Yunker,4,5 Arjun G. Yodh,4 John A. Rogers,3 Lynford L. Goddard,1 and Gabriel Popescu2,*, DIFFRACTION PHASE MICROSCOPY: MONITORING NANOSCALE DYNAMICS IN MATERIALS SCIENCE [INVITED], APPLIED OPTICS Vol. 53, No. 27 , pp. , 2014.

46. Renjie Zhou,1,2 Taewoo Kim,1 Lynford L. Goddard,2 and Gabriel Popescu1,2,*, INVERSE SCATTERING SOLUTIONS USING LOW-COHERENCE LIGHT, OPTICS LETTERS, Vol. 39, No. 15, pp. , 2014.

41. Suk-Won Hwang,†,( Gayoung Park,‡,( Chris Edwards,§ Elise A. Corbin, )Seung-Kyun Kang,† Huanyu Cheng,^ Jun-Kyul Song,† Jae-Hwan Kim,† Sooyoun Yu,# Joanne Ng,‡ Jung Eun Lee,‡ Jiyoung Kim,‡ Cassian Yee,z Basanta Bhaduri,§ Yewang Su,^,´ Fiorenzo G. Omennetto,Δ Yonggang Huang,^ Rashid Bashir, ) Lynford Goddard,§ Gabriel Popescu,§ Kyung-Mi Lee,‡,1, * and John A. Rogers†,§,9,1, *, DISSOLUTION CHEMISTRY AND BIOCOMPATIBILITY OF SINGLE-CRYSTALLINE SILICON NANOMEMBRANES AND ASSOCIATED MATERIALS FOR TRANSIENT ELECTRONICS, ACS NANO (2014), pp. , 2014.

51. Taewoo Kim Renjie Zhou Lynford L. Goddard Gabriel Popescu, QUANTITATIVE PHASE IMAGING (QPI): METROLOGY MEETS BIOLOGY, IEEE Photonics Journal, Breakthroughs in Photonics, Vol. 6, No. 2, pp. , 2014.

40. Basanta Bhaduri,1 Chris Edwards,2 Hoa Pham,1 Renjie Zhou,2 Tan H. Nguyen,1 Lynford L. Goddard,2 and Gabriel Popescu1,*, DIFFRACTION PHASE MICROSCOPY: PRINCIPLES AND APPLICATIONS IN MATERIALS AND LIFE SCIENCES, Advances in Optics and Photonics 6, 57–119 (2014), pp. , 2014.

47. Mustafa Mir1 *{, Taewoo Kim1 *, Anirban Majumder2 , Mike Xiang1 , Ru Wang1 , S. Chris Liu3 , Martha U. Gillette3 , Steven Stice2 & Gabriel Popescu, LABEL-FREE CHARACTERIZATION OF EMERGING HUMAN NEURONAL NETWORKS, SCIENTIFIC REPORTS, 4 : 4434 , pp. , 2014.

42. Chris Edwards,1 Basanta Bhaduri,2 Tan Nguyen,2 Benjamin G. Griffin,1 Hoa Pham,2 Taewoo Kim,2 Gabriel Popescu,2 and Lynford L. Goddard1,*, EFFECTS OF SPATIAL COHERENCE IN DIFFRACTION PHASE MICROSCOPY, OPTICS EXPRESS 5134, Vol. 22, No. 5 , pp. , 2014.

44. Mustafa Mir1¤, Anna Bergamaschi2 , Benita S. Katzenellenbogen2 , Gabriel Popescu1, HIGHLY SENSITIVE QUANTITATIVE IMAGING FOR MONITORING SINGLE CANCER CELL GROWTH KINETICS AND DRUG RESPONSE, PLOS ONE, Volume 9, Issue 2, e89000, pp. , 2014.

48. Gannavarpu Rajshekhar,1 Basanta Bhaduri,1 Chris Edwards,2 Renjie Zhou,2 Lynford L. Goddard,2 and Gabriel Popescu1,, NANOSCALE TOPOGRAPHY AND SPATIAL LIGHT MODULATOR CHARACTERIZATION USING WIDE-FIELD QUANTITATIVE PHASE IMAGING, OPTICS EXPRESS 3432, Vol. 22, No. 3 , pp. , 2014.

55. T. KIM, R. ZHOU, M. MIR, S. D. BABACAN, P. S. CARNEY, L. L. GODDARD AND G. POPESCU, WHITE-LIGHT DIFFRACTION TOMOGRAPHY OF UNLABELLED LIVE CELLS, NATURE PHOTONICS (2014) 350, pp. , 2014.

49. G. POPESCU, K. PARK*, M. MIR* AND R. BASHIR, NEW TECHNOLOGIES FOR MEASURING SINGLE CELL MASS, LAB. CHIP, 14, 646-652 (2014), , pp. , 2014.

36. V. CRECEA, B. W. GRAF, T. KIM, G. POPESCU AND S. A. BOPPART, HIGH RESOLUTION PHASE-SENSITIVE MAGNETOMOTIVE OPTICAL COHERENCE MICROSCOPY FOR TRACKING MAGNETIC MICROBEADS AND CELLULAR MECHANICS, IEEE JSTQE, PP (99), 1 (2013), , pp. , 2013.

31. T. KIM, R. ZHU, T. NGUYEN, R. ZHOU, C. EDWARDS, L. GODDARD AND G. POPESCU, DETERMINISTIC SIGNAL ASSOCIATED WITH A RANDOM FIELD, OPT.EXP., 21(18), 20806-20820 (2013), , pp. , 2013.

39. T. NGUYEN, AND G. POPESCU, SPATIAL LIGHT INTERFERENCE MICROSCOPY (SLIM) USING TWISTED-NEMATIC LIQUID-CRYSTAL MODULATION, BIOMED. OPT. EXP., 4(9), 1571-1583 (2013), , pp. , 2013.

30. R. ZHOU, C. EDWARDS, A. ARBABI, G. POPESCU AND L. GODDARD, DETECTING 20 NM WIDE DEFECTS IN LARGE AREA NANOPATTERNS USING OPTICAL INTERFEROMETRIC MICROSCOPY, NANO LETTERS 13 (8), 3716-3721 (2013)., , pp. , 2013.

34. B. BHADURI ET AL., FOURIER PHASE MICROSCOPY WITH WHITE LIGHT, BIOMED. OPT. EXP. 4 (8), 1434-1441 (2013)., , pp. , 2013.

32. C. EDWARDS, ET AL., DIGITAL PROJECTION PHOTOCHEMICAL ETCHING DEFINES GRAY-SCALE FEATURES, OPT. EXP., 21(11), PP.13547-13554 (2013), , pp. , 2013.

29. B. BHADURI ET AL (2013), (2013), CARDIOMYOCYTE IMAGING USING REAL-TIME SLIM, PLOS ONE 8(2) E56930, , pp. , 2013.

38. H. PHAM ET AL., (2013) REAL TIME BLOOD TESTING USING QUANTITATIVE PHASE IMAGING. PLOS ONE 8(2): E55676, , pp. , 2013.

37. R. WANG ET AL. , NANOSCALE FLUCTUATIONS AND SURFACE TENSION MEASUREMENTS IN DROPLETS USING PHASE-RESOLVED LOW-COHERENCE INTERFEROMETRY, APPL. OPT., 52 (1), A177 (2013), , pp. , 2013.

33. H. PHAM ET AL., FAST PHASE RECONSTRUCTION IN WHITE LIGHT DIFFRACTION PHASE MICROSCOPY, APPL. OPT. (SPECIAL ISSUE ON HOLOGRAPHY), 52 (1), A97-A101 (2013), , pp. , 2013.

35. T. KIM ET AL. , GRADIENT FIELD MICROSCOPY FOR LABEL-FREE DIAGNOSIS OF HUMAN BIOPSIES, APPL. OPT. (SPECIAL ISSUE ON HOLOGRAPHY), 52 (1), A92-A96 (2013), , pp. , 2013.

24. Shamira Sridharan, Taewoo Kim, Dr. Gabriel Popescu, Ph.D., Gradient field microscopy allows label-free disease diagnosis, Laser Focus World, pp. , 2012.

26. C. EDWARDS, A. ARBABI, G. POPESCU, AND L. GODDARD, OPTICALLY MONITORING AND CONTROLLING NANOSCALE TOPOGRAPHY DURING SEMICONDUCTOR ETCHING, NATURE-LIGHT: SCIENCE & APPLICATIONS, 1, E30 (2012), , pp. , 2012.

27. PHAM ET AL., SPECTROSCOPIC DIFFRACTION PHASE MICROSCOPY, OPT. LETT., VOL. 37, NO. 17 (2012), , pp. , 2012.

28. M. MIR, S. D. BABACAN, M. BEDNARZ, M. N. DO, I. GOLDING, AND G. POPESCU, VISUALIZING ESCHERICHIA COLI SUB-CELLULAR STRUCTURE USING SPARSE DECONVOLUTION SPATIAL LIGHT INTERFERENCE TOMOGRAPHY, PLOS ONE, 7 (6), E38916 (2012), , pp. , 2012.

22. B. BHADURI AND G. POPESCU, DERIVATIVE METHOD FOR PHASE RETRIEVAL IN OFF-AXIS QUANTITATIVE PHASE IMAGING, OPTICS LETTERS 37 (11), 2012, , pp. , 2012.

23. B. BHADURI, H. PHAM, M.MIR, AND G. POPESCU,, DIFFRACTION PHASE MICROSCOPY WITH WHITE LIGHT, OPTICS LETTERS 37 (6), 2012, , pp. , 2012.

25. T. KIM, S. SRIDHARAN AND G. POPESCU, GRADIENT FIELD MICROSCOPY OF UNSTAINED SPECIMENS, OPT. EXP., 20 (6), 2012, , pp. , 2012.

10. T. KIM AND G. POPESCU, Laplace field microscopy for label-free imaging of dynamic biological structures, OPTICS LETTERS / Vol. 36, No. 23, pp. , 2011.

1. M. MIR, K. TANGELLA AND G. POPESCU, BLOOD TESTING AT THE SINGLE CELL LEVEL USING QUANTITATIVE PHASE AND AMPLITUDE MICROSCOPY, BIOMED. OPT. EXP, 2(12), 2011, , pp. , 2011.

21. Z. WANG, A. BALLA, K. TANGELLA AND G. POPESCU, TISSUE REFRACTIVE INDEX AS MARKER OF DISEASE, J. BIOMED. OPT. 16(11), 2011, , pp. , 2011.

4. R. ZHU, S. SRIDHARAN, K. TANGELLA, A. BALLA, AND G. POPESCU, CORRELATION-INDUCED SPECTRAL CHANGES IN TISSUES, OPT. LETT., 36 (21), 2011, , pp. , 2011.

6. R. WANG, Z, WANG, L. MILLET, M. U.GILLETTE, A. J. LEVINE, AND G. POPESCU, DISPERSION-RELATION PHASE SPECTROSCOPY OF INTRACELLULAR TRANSPORT, OPT. EXP., 19 (21), 2011, , pp. , 2011.

20. Z. WANG , D. L. MARKS , P. S CARNEY, L. J. MILLET, M. U. GILLETTE, A. MIHI, P. V. BRAUN, Z. SHEN, S. G. PRASANTH AND G. POPESCU, SPATIAL LIGHT INTERFERENCE TOMOGRAPHY (SLIT), OPT. EXP., 19 (21), 2011, , pp. , 2011.

18. S. SRIDHARAN, M. MIR AND G. POPESCU, SIMULTANEOUS OPTICAL MEASUREMENTS OF CELL MOTILITY AND GROWTH, BIOMED. OPT. EXP., 2 (10), 2011, , pp. , 2011.

15. R. WANG, Z. WANG, J. LEIGH, N. SOBH, L. MILLET, M. U. GILLETTE, A. J. LEVINE AND G. POPESCU, ONE-DIMENSIONAL DETERMINISTIC TRANSPORT IN NEURONS MEASURED BY DISPERSION-RELATION PHASE SPECTROSCOPY, J. PHYS. COND. MATT., 23, 2011, , pp. , 2011.

2. J. LIM, H. DING, M. MIR, R. ZHU, K. TANGELLA, AND G. POPESCU, BORN APPROXIMATION MODEL FOR LIGHT SCATTERING BY RED BLOOD CELLS, BIOMED. OPT. EXP., 2, (10), 2011, , pp. , 2011.

5. J. P. HALDAR, Z. WANG, G. POPESCU, DECONVOLVED SPATIAL LIGHT INTERFERENCE MICROSCOPY FOR LIVE CELL IMAGING, IEEE TRANS. BIOMED. ENG., 58 (9), 2011, , pp. , 2011.

16. M. MIR, Z. WANG, Z. SHEN, M. BEDNARZ, R. BASHIR, I. GOLDING, S. PRASANTH AND G.POPESCU, OPTICAL MEASUREMENT OF CYCLE-DEPENDENT GROWTH , PROC. NATL. ACAD. SCI., 108 (32), (2011), , pp. , 2011.

3. D. BABACAN, Z. WANG, M. DO AND G.POPESCU, CELL IMAGING BEYOND THE DIFFRACTION LIMIT USING SPARSE DECONVOLUTION SPATIAL LIGHT INTERFERENCE MICROSCOPY , BIOMED. OPT. EXP., 2 (7), (2011), , pp. , 2011.

14. H. PHAM, H. DING, N. SOBH, M. DO, S. PATEL AND G.POPESCU , OFF-AXIS QUANTITATIVE PHASE IMAGING PROCESSING USING CUDA: TOWARD REAL-TIME APPLICATIONS , BIOMED. OPT. EXP., 2 (7), (2011), , pp. , 2011.

8. E. BEN-ISAAC, Z. Y. K. PARK, G.POPESCU, F. L. H. BROWN, N. S. GOV AND Y. SHOKEF, EFFECTIVE TEMPERATURE OF RED BLOOD CELL MEMBRANE FLUCTUATIONS, PHYS. REV. LETT, 106, (2011), , pp. , 2011.

13. H. DING, X. LIANG, Z. WANG, S.A. BOPPART, K. TANGELLA AND G. POPESCU, MEASURING THE SCATTERING PARAMETERS OF TISSUES FROM QUANTITATIVE PHASE IMAGING OF THIN SLICES, OPT. LETT., 36, (2011), , pp. , 2011.

12. Y. K. PARK, C. A. BEST, T. KURIABOVA, M. L. HENLE, M. S. FELD, A. J. LEVINE AND G.POPESCU, MEASUREMENT OF THE NONLINEAR ELASTICITY OF RED BLOOD CELL MEMBRANES, PHYS. REV. E, 83, 051925 (2011), , pp. , 2011.

17. Z. WANG, H. DING, AND G. POPESCU, “SCATTERING-PHASE THEOREM,” OPT. LETT. 36, 1215-1217 (2011), , pp. , 2011.

9. Z. WANG, L. MILLET, V. CHAN, H. DING, M. U. GILLETTE, R. BASHIR AND G. POPESCU, “LABEL-FREE INTRACELLULAR TRANSPORT MEASURED BY SPATIAL LIGHT INTERFERENCE MICROSCOPY”, J. BIOMED. OPT. 16, 026019 (2011), , pp. , 2011.

7. R. WANG, H. DING, M. MIR, K. TANGELLA, AND G. POPESCU, “EFFECTIVE 3D VISCOELASTICITY OF RED BLOOD CELLS MEASURED BY DIFFRACTION PHASE MICROSCOPY,” BIOMED. OPT. EXPRESS 2, 485-490 (2011), , pp. , 2011.

11. Y. K. PARK, C. A. BEST-POPESCU, R. R. DASARI, G. POPESCU, “LIGHT SCATTERING OF HUMAN RED BLOOD CELLS DURING METABOLIC REMODELING OF THE MEMBRANE”, J. BIOMED. OPT., 16, 011013 (2011), , pp. , 2011.

19. Z. WANG, L. MILLET, M. MIR, H. DING, S. UNARUNOTAI, J. ROGERS, M. U. GILLETTE, AND G. POPESCU, SPATIAL LIGHT INTERFERENCE MICROSCOPY (SLIM); OPT. EXP. 19, 1016-1026 (2011), , pp. , 2011.

142. C. Polonschii, M. Gheorghiu, S. David, S. Gáspár, S. Melinte,H. Majeed, M. E. Kandel, G. Popescu and E. Gheorghiu, High-Resolution Impedance Mapping Using Electrically Activated Quantitative Phase Imaging, Light Sci Appl 10, 20, pp. , 2021.

139. Y. Jiao, Y. R. He, M. E. Kandel, X. Jun, W. Lu, and G. Popescu, Computational Interference Microscopy Enabled by Deep Learning, APL Photonics 6, pp. , 2021.

147. M. Kandel E. Kim, Y. Lee, G. Tracy, H. Chung, and G. Popescu, Multiscale Assay of Unlabeled Neurite Dynamics Using Phase Imaging with Computational Specificity, ACS Sensors, April, 21, pp. , 2021.

148. X. Chen, M. Kandel, and G. Popescu, Spatial Light Interference Microscopy: Principle and Applications to Biomedicine, Advances in Optics and Photonics 13, Pages 353-425, pp. 353-425, 2021.

144. M. Fanous, C. Shi, M. Caputo, L. Rund, R. Johnson, T. Das, M. Kuchan, N. Sobh, G. Popescu, Label-Free Screening of Brain Tissue Myelin Content Using Phase Imaging with Computational Specificity (PICS), APL Photonics, 7, pp. , 2021.

146. N. Goswami, Y. Lu, M. E. Kandel, M. J. Fanous, K. Bohn-Wippert, E. N. Tevonian, R. D. Dar, & G. Popescu, Monitoring Reactivation of Latent HIV by Label-Free Gradient Light Interference Microscopy, iScience, volume 24, issue 8, Page 102940, pp. 102940, August 20, 2021.

143. N. Goswami , Y. R. He, Y. Deng, C. Oh, N. Sobh, E. Valera , R. Bashir, N. Ismail, H. J. Kong, T. H. Nguyen, C. Best-Popescu, and G. Popescu, Label-Free SARS-CoV-2 Detection and Classification Using Phase Imaging with Computational Specificity, Light: Science & Applications, Volume 10, Issue 1, Pages 1-12, pp. 1-12, 2021.

141. N. Goswami and G. Popescu, Diffraction As Scattering Under the Born Approximation, Optics Express, Vol. 29, No. 24 / 22, pp. , Nov 2021.

145. Vasdekis, AE, Singh, A., Microbial Metabolic Noise , WIREs Mech Dis 13 , pp. e1512, 2021.

149. C. Hu, M. Kandel, Y. Lee and G. Popescu, Synthetic Aperture Interference Light (SAIL) Microscopy for High-Throughput Label-Free Imaging, Applied Physics Letters, 119, Page 233701, pp. 233701, 2021.

140. Sheneman L, Stephanopoulos G, Vasdekis AE, Deep Learning Classification of Lipid Droplets in Quantitative Phase Images, PLoS One 16(4), pp. e0249196, 2021 Apr 5.

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