Faculty

Institution

Unit

Venue

Francesca Cavallo

Associate Professor ECE Associate Chair

University of New Mexico

Affiliations

School of Engineering

Electrical & Computer Engineering

Francesca Cavallo is currently serving as an Electrical & Computer Engineering Associate Professor ECE Associate Chair at University of New Mexico.

Honors

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Experiences

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Education

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Francesca Cavallo

University of New Mexico

Associate Professor ECE Associate Chair

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materials science nanotechnology applied physics electrical engineering materials engineering nanomaterials semiconductors engineering electronic materials advanced materials thin films electronics semiconductor technology semiconductor device fabrication solid-state electronics semiconductor devices microfabrication microelectronics additive manufacturing material research nanoscale science optical engineering semiconductor nanostructures semiconductor nanomembranes interface science printed electronics membrane technology strain engineering self-winding helices manufacturing technology electrical insulation advanced functional materials advanced manufacturing technologies nanomechanics silicon on insulator carbon-based materials charge carrier transport graphene nanomeshes neural tissue engineering nanometrology fabrication techniques compliant si substrates compliant substrates condensed matter carbon biofabrication biomedical circuits precision engineering membrane science metal nanoparticles nanoscale chemistry micro technology neurochip digital fabrication semiconductor materials microwave engineering nanobiotechnology single-cell analysis defect tolerance durability performance surface nanotechnology neural science neuromorphic engineering neural interfaces neuroregeneration inorganic nanomembranes strained-germanium nanostructures infrared photonics nanomechanical architecture wrinkled nanomembrane deterministic layer exciton funnelling si-based rolled-up microtubes electrical characterization edge-supported graphene doped graphene nanoparticle research biomolecular engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Infrared‐Transparent Semiconductor Membranes for Electromagnetic Interference Shielding of Millimeter Waves. Advanced Materials Technologies (2024)

Emma J. RenteriaGrant D. HeilemanJordan P. NeelySadhvikas J. AddamaneThomas J. RotterGanesh BalakrishnanChristos G. ChristodoulouFrancesca Cavallo

semiconductor technologymaterials scienceinfrared-transparent semiconductor membranesmembrane technologymillimeter waveselectromagnetic interference shieldingapplied physicsadvanced materialselectrical engineering

Integrated Couplers of Thz Radiation for Helical Slow-Wave Structures. ACS Omega (2024)

Shiva HajitabarmarznakiShelley A. ScottMarcos Martinez-ArgudoDivya J. PrakashMax G. LagallyDaniel W. van der WeideFrancesca Cavallo

physicshelical slow-wave structuresthz radiationintegrated couplersterahertz science

Reconfiguration and Millimeter-Wave Transmission Properties of Heat-Treated Self-Assembled Helices. (2024)

Divya J. PrakashJay VijayamohananGrant D. HeilemanMax G. LagallyDaniel W. van der WeideChristos ChristodoulouDarryl ShimaGanesh BalakrishnanFrancesca Cavallo

self-assemblyheat-treated self-assembled helicesmillimeter-wave transmission propertieselectrical engineering

Semiconductor Membranes for Millimeter-Wave Shielding and Infrared Detection. (2024)

Emma RenteriaGrant D. HeilemanJordan NeelySadhvikas J. AddamaneThomas J. RotterGanesh BalakrishnanChristos ChristodoulouFrancesca Cavallo

millimeter-wave shieldinginfrared detectionsemiconductor membranessemiconductorselectrical engineering

Simulated and Measured Scattering Parameters of Self-Winding Helices at Millimeter Frequencies. (2024)

Tingyou GuoDivya J. PrakashJay VijayamohananGrant D HeilemanChristos ChristodoulouDaniel W. van der WeideFrancesca Cavallo

numerical simulationsself-winding helicesmillimeter frequenciesmillimeter wave technologyaerospace engineering

Spintronic Devices Based on Line Defects in Widely Used Semiconductors. (2024)

Jordan NeelyFinley HainesEmma RenteriaRuhin ChowdhuryMengiste L. DebasuFrancesca Cavallo

spintronic devicessemiconductor devicessemiconductorsline defectsspintronicselectrical engineering

Synthesis Science of Nanomembranes and Sheets: New Compositions, Geometries, and Interfaces Across Energy-Relevant Materials. Final Report for Doe-Unm-20186. (2024)

Francesca CavalloM. Legally

materials sciencenanotechnologysynthesis scienceenergy-relevant materials

Formation and Shape Changing of Conductive Helical Ribbons via Deposition of Highly Stressed Films on Mechanically Responsive Substrates. Advanced Functional Materials (2023)

Anjali ChaudharyDivya J. PrakashRB JacobsonMax G. LagallyFrancesca Cavallo

materials scienceconductive helical ribbonscomposite sciencematerials engineeringadvanced manufacturing technologiesresponsive substratesmechanical engineeringthin film processingshape changingadvanced materialsadditive manufacturingthin filmsadvanced functional materialssurface scienceelectrical engineeringelectronic materials

Quantum Dots on Silicon-On-Insulator (Qd/Soi): Nanoscale Strain and Band Structure Engineering (Final Report). (2023)

Max LagallyMark ErikssonFeng LiuFrancesco Cavallo

materials sciencenanotechnologyband structure engineeringoptoelectronicsnanoscale strainbiomedical engineering

Amplification of Thz Waves by Beam-Wave Interaction in Self-Assembled Helical Slow-Wave Structures With Single and Double Chirality. AIP Advances (2022)

Marcos Martínez ArgudoShiva HajitabarmarznakiDivya J. PrakashMatthew M. DwyerMax G. LagallyDaniel W. van der WeideFrancesca Cavallo

double chiralityself-assemblyapplied physicsthz wavesbeam-wave interactionelectrical engineering

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Francesca Cavallo

Associate Professor ECE Associate Chair

University of New Mexico

Affiliations

School of Engineering

Electrical & Computer Engineering

Francesca Cavallo is currently serving as an Electrical & Computer Engineering Associate Professor ECE Associate Chair at University of New Mexico.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Francesca Cavallo

University of New Mexico

Associate Professor ECE Associate Chair

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Infrared‐Transparent Semiconductor Membranes for Electromagnetic Interference Shielding of Millimeter Waves. Advanced Materials Technologies (2024)

Emma J. RenteriaGrant D. HeilemanJordan P. NeelySadhvikas J. AddamaneThomas J. RotterGanesh BalakrishnanChristos G. ChristodoulouFrancesca Cavallo

Integrated Couplers of Thz Radiation for Helical Slow-Wave Structures. ACS Omega (2024)

Shiva HajitabarmarznakiShelley A. ScottMarcos Martinez-ArgudoDivya J. PrakashMax G. LagallyDaniel W. van der WeideFrancesca Cavallo

physicshelical slow-wave structuresthz radiationintegrated couplersterahertz science

Reconfiguration and Millimeter-Wave Transmission Properties of Heat-Treated Self-Assembled Helices. (2024)

Divya J. PrakashJay VijayamohananGrant D. HeilemanMax G. LagallyDaniel W. van der WeideChristos ChristodoulouDarryl ShimaGanesh BalakrishnanFrancesca Cavallo

self-assemblyheat-treated self-assembled helicesmillimeter-wave transmission propertieselectrical engineering

Semiconductor Membranes for Millimeter-Wave Shielding and Infrared Detection. (2024)

Emma RenteriaGrant D. HeilemanJordan NeelySadhvikas J. AddamaneThomas J. RotterGanesh BalakrishnanChristos ChristodoulouFrancesca Cavallo

millimeter-wave shieldinginfrared detectionsemiconductor membranessemiconductorselectrical engineering

Simulated and Measured Scattering Parameters of Self-Winding Helices at Millimeter Frequencies. (2024)

Tingyou GuoDivya J. PrakashJay VijayamohananGrant D HeilemanChristos ChristodoulouDaniel W. van der WeideFrancesca Cavallo

numerical simulationsself-winding helicesmillimeter frequenciesmillimeter wave technologyaerospace engineering

Spintronic Devices Based on Line Defects in Widely Used Semiconductors. (2024)

Jordan NeelyFinley HainesEmma RenteriaRuhin ChowdhuryMengiste L. DebasuFrancesca Cavallo

spintronic devicessemiconductor devicessemiconductorsline defectsspintronicselectrical engineering

Synthesis Science of Nanomembranes and Sheets: New Compositions, Geometries, and Interfaces Across Energy-Relevant Materials. Final Report for Doe-Unm-20186. (2024)

Francesca CavalloM. Legally

materials sciencenanotechnologysynthesis scienceenergy-relevant materials

Formation and Shape Changing of Conductive Helical Ribbons via Deposition of Highly Stressed Films on Mechanically Responsive Substrates. Advanced Functional Materials (2023)

Anjali ChaudharyDivya J. PrakashRB JacobsonMax G. LagallyFrancesca Cavallo

Quantum Dots on Silicon-On-Insulator (Qd/Soi): Nanoscale Strain and Band Structure Engineering (Final Report). (2023)

Max LagallyMark ErikssonFeng LiuFrancesco Cavallo

materials sciencenanotechnologyband structure engineeringoptoelectronicsnanoscale strainbiomedical engineering

Amplification of Thz Waves by Beam-Wave Interaction in Self-Assembled Helical Slow-Wave Structures With Single and Double Chirality. AIP Advances (2022)

Marcos Martínez ArgudoShiva HajitabarmarznakiDivya J. PrakashMatthew M. DwyerMax G. LagallyDaniel W. van der WeideFrancesca Cavallo

double chiralityself-assemblyapplied physicsthz wavesbeam-wave interactionelectrical engineering

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5
6
10 / page

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Similar Faculty Members

Shubhra Gangopadhyay

Institution

University of Missouri

materials science

nanotechnology

Jimmy Xu

Institution

Brown University

nanotechnology

material chemistry

Padma Gopalan

Institution

University of Wisconsin–Madison

polymer self-assembly

material chemistry

Eui-Hyeok Yang

Institution

Stevens Institute of Technology

nanotechnology

advanced materials

Ya-Hong Xie

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University of California, Los Angeles

materials science

applied physics

Mark A. Reed

Institution

Yale University

materials science

nanotechnology

Irving P. Herman

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materials science

applied physics

Sanjay Banerjee

Institution

University of Texas at Austin

semiconductor device

electronic material

Philip Rack

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materials science

applied physics

Yongfeng Lu

Institution

University of Nebraska–Lincoln

carbon-based material

nanomanufacturing