Faculty

Institution

Unit

Venue

Norbert Scherer

Professor

University of Chicago

Affiliations

Chemistry, Department of

Norbert Scherer is currently serving as a Chemistry, Department Of Professor at University of Chicago.

Honors

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Experiences

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Education

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Norbert Scherer

University of Chicago

Professor

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applied physics materials science nanotechnology biophysics photonics physical chemistry nanomaterials physics plasmonics spectroscopy optoelectronics microscopy condensed matter physics optical engineering quantum chemistry laser science nanoscale science optical metrology optical trapping nanoparticle research biomedical imaging interferometry plant science nanometrology protein science metallic nanomaterials vibrational spectroscopy computational imaging plant physiology nanobiotechnology surface nanotechnology experimental biophysics optical imaging optical spectroscopy bacteriology material chemistry photosynthesis particle technology light scattering single gold nanorods condensed matter theoretical biology raman spectroscopy microscopy methods rna biology metal nanoparticles instrument science vibrational coherence first events optical magnetism membrane science clinical microbiology chemical sciences molecular spectroscopy single-molecule detection nanostructure synthesis cluster chemistry small rna biomedical optics scanning probe microscopy biomedical photonics image reconstruction 3d imaging vibronic interaction charge transfer optical dephasing silver nanoparticles single silver nanowires three-dimensional optical trapping optical tweezers silver nanowires blue copper proteins caulobacter crescentus molecular vibronic structures optical coherence large rna plasmonic metal nanoparticles biophotonics light science light microscopy

Notable Scholarly Works

Notable Federal Grants

Collaborators

0Ptical Trapping With Optical Magnetic Field and Photonic Hall Effect Forces. arXiv (Cornell University) (2024)

Li, YanzengValenton, EmmanuelNagasamudram, SpoorthiParker, JohnPerez, MarcosManna, UttamBiswas, MahuaRice, Stuart A.Scherer, Norbert F.

optical magnetic fieldoptical propertiesoptical trappingquantum photonicsoptical physicsapplied physicsphotonics

Aberration-Free, Multi-Plane, Multi-Color, and Deep Learning-Empowered Virtual Multi-Channel Structured Illumination Microscopy. Biophysical Journal (2024)

Daozheng GongChufan CaiAshesh AsheshFlorian JugNorbert F. Scherer

physiologycomputational imagingbiophysicsdeep learningmedical imagingmicroscopybiological imagingtissue imagingbiomedical imagingoptical imagingcell biology

Advanced Multi-Dimensional Sim: Aberration-Free, High-Speed 3D, Multi-Color, and Deep Learning Based Virtual Multi-Channel Imaging.. (2024)

Daozheng GongChufan CaiAshesh AsheshGeneva SchlaflyPatrick J. La RivièreFlorian JugJing ChenNorbert F. Scherer

systems engineeringadvanced multi-dimensional simdeep learningelectrical engineeringvirtual multi-channel imaging

Distinct Sub- to Superdiffuse Insulin Granule Transport Behaviors in β-Cells Are Strongly Affected by Granule Age. The Journal of Physical Chemistry B (2024)

Hannah YiDaozheng GongMatthew K. DaddysmanMartha RennNorbert F. Scherer

experimental biophysicsphysical chemistrycell biophysicsliver physiologycell biologystem cell researchendocrinologyprotein transportgranule ageprotein sciencemembrane biologymolecular biophysicsprotein secretioncellular physiologymembrane proteinsmolecular physiologyphysiologybiophysicslipoprotein metabolism

Electrodynamic Interference and Induced Polarization in Nanoparticle-Based Optical Matter Arrays. The Journal of Physical Chemistry C (2024)

Curtis PetersonJohn ParkerEmmanuel ValentonYuval YifatShiqi ChenStuart A. RiceNorbert F. Scherer

physicsmaterials sciencephysical chemistrycondensed matter physicsinduced polarizationapplied physicsnanotechnology

Power Dissipation and Entropy Production Rate of High-Dimensional Optical Matter Systems. Physical review. E (2024)

Shiqi ChenEmmanuel ValentonGrant M. RotskoffAndrew L. FergusonStuart A. RiceNorbert F. Scherer

physicspower dissipationentropy productionentropy production rate

Raman Effect-Inspired Insights Into Collective Fluctuation Mode-Dependent Light Scattering of Optical Matter Systems. The Journal of Physical Chemistry C (2024)

Shiqi ChenAndrew L. FergusonStuart A. RiceNorbert F. Scherer

light scattering spectroscopyphysical chemistrylight scatteringchemistryraman spectroscopyoptical matter systemsraman effect-inspired insights

Easily Scalable Multi-Color Dmd-Based Structured Illumination Microscopy. Optics Letters (2023)

Daozheng GongChufan CaiEli StrahilevitzJing ChenNorbert F. Scherer

computational imagingmicroscopy methodsmicroscopybiomedical imagingapplied physicsoptical metrologyoptoelectronicsoptical imagingphotonics

Optical Trapping With Magnetic Fields of Light. (2023)

Yanzeng LiRosalind HuangJumanah AlMalkiMarcos PerezUttam MannaMahua BiswasNorbert F. Scherer

applied physicsoptical trappingphotonics

Tandem Aberration Correction Optics (Taco) in Wide-Field Structured Illumination Microscopy. Biomedical Optics Express (2023)

Daozheng GongNorbert F Scherer

biomedical imagingbiophysicsmicroscopy

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Norbert Scherer

Professor

University of Chicago

Affiliations

Chemistry, Department of

Norbert Scherer is currently serving as a Chemistry, Department Of Professor at University of Chicago.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Norbert Scherer

University of Chicago

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

0Ptical Trapping With Optical Magnetic Field and Photonic Hall Effect Forces. arXiv (Cornell University) (2024)

Li, YanzengValenton, EmmanuelNagasamudram, SpoorthiParker, JohnPerez, MarcosManna, UttamBiswas, MahuaRice, Stuart A.Scherer, Norbert F.

optical magnetic fieldoptical propertiesoptical trappingquantum photonicsoptical physicsapplied physicsphotonics

Aberration-Free, Multi-Plane, Multi-Color, and Deep Learning-Empowered Virtual Multi-Channel Structured Illumination Microscopy. Biophysical Journal (2024)

Daozheng GongChufan CaiAshesh AsheshFlorian JugNorbert F. Scherer

physiologycomputational imagingbiophysicsdeep learningmedical imagingmicroscopybiological imagingtissue imagingbiomedical imagingoptical imagingcell biology

Advanced Multi-Dimensional Sim: Aberration-Free, High-Speed 3D, Multi-Color, and Deep Learning Based Virtual Multi-Channel Imaging.. (2024)

Daozheng GongChufan CaiAshesh AsheshGeneva SchlaflyPatrick J. La RivièreFlorian JugJing ChenNorbert F. Scherer

systems engineeringadvanced multi-dimensional simdeep learningelectrical engineeringvirtual multi-channel imaging

Distinct Sub- to Superdiffuse Insulin Granule Transport Behaviors in β-Cells Are Strongly Affected by Granule Age. The Journal of Physical Chemistry B (2024)

Hannah YiDaozheng GongMatthew K. DaddysmanMartha RennNorbert F. Scherer

Electrodynamic Interference and Induced Polarization in Nanoparticle-Based Optical Matter Arrays. The Journal of Physical Chemistry C (2024)

Curtis PetersonJohn ParkerEmmanuel ValentonYuval YifatShiqi ChenStuart A. RiceNorbert F. Scherer

physicsmaterials sciencephysical chemistrycondensed matter physicsinduced polarizationapplied physicsnanotechnology

Power Dissipation and Entropy Production Rate of High-Dimensional Optical Matter Systems. Physical review. E (2024)

Shiqi ChenEmmanuel ValentonGrant M. RotskoffAndrew L. FergusonStuart A. RiceNorbert F. Scherer

physicspower dissipationentropy productionentropy production rate

Raman Effect-Inspired Insights Into Collective Fluctuation Mode-Dependent Light Scattering of Optical Matter Systems. The Journal of Physical Chemistry C (2024)

Shiqi ChenAndrew L. FergusonStuart A. RiceNorbert F. Scherer

light scattering spectroscopyphysical chemistrylight scatteringchemistryraman spectroscopyoptical matter systemsraman effect-inspired insights

Easily Scalable Multi-Color Dmd-Based Structured Illumination Microscopy. Optics Letters (2023)

Daozheng GongChufan CaiEli StrahilevitzJing ChenNorbert F. Scherer

computational imagingmicroscopy methodsmicroscopybiomedical imagingapplied physicsoptical metrologyoptoelectronicsoptical imagingphotonics

Optical Trapping With Magnetic Fields of Light. (2023)

Yanzeng LiRosalind HuangJumanah AlMalkiMarcos PerezUttam MannaMahua BiswasNorbert F. Scherer

applied physicsoptical trappingphotonics

Tandem Aberration Correction Optics (Taco) in Wide-Field Structured Illumination Microscopy. Biomedical Optics Express (2023)

Daozheng GongNorbert F Scherer

biomedical imagingbiophysicsmicroscopy

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10 / page

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raman spectroscopy

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