Jessie Rosenberg

IBM (United States)

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i-10 index

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Co-Authors

Tymon Barwicz

IBM (United States)

Oskar Painter

California Institute of Technology

D. M. Gill

IBM (United States)

Marwan Khater

Benha University

Yurii A. Vlasov

University of Illinois Urbana-Champaign

Chi Xiong

Minjiang University

E. Kiewra

GlobalFoundries (United States)

S. Assefa

Dilla University

Steven M. Shank

GlobalFoundries (United States)

Jonathan E. Proesel

IBM (United States)

Cooperative Institutions

IBM (United States)

IBM Research - Thomas J. Watson Research Center

GlobalFoundries (United States)

California Institute of Technology

Massachusetts Institute of Technology

Chinese Academy of Sciences

IBM Research - Zurich

Institute of Electrical and Electronics Engineers

University of New Mexico

University of Illinois Urbana-Champaign

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A 90nm CMOS integrated Nano-Photonics technology for 25Gbps WDM optical communications applications

International Electron Devices Meeting (2012)

Solomon Assefa Steven M. Shank William H. Green Marwan Khater E. Kiewra

The first sub-100nm technology that allows the monolithic integration of optical modulators and germanium photodetectors as features into a current 90nm base high-performance logic technology node is demonstrated. The resulting 90nm CMOS-integrated Nano-Photonics technology node is optimized for analog functionality to yield power-efficient single-die multichannel wavelength-mulitplexed 25Gbps transceivers.

Transceiver

10.1109/iedm.2012.6479162

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Citations (160)

Rapid Development of Compositional AI

Lee Martie Jessie Rosenberg Veronique Demers Gaoyuan Zhang Onkar Bhardwaj

Compositional AI systems, which combine multiple artificial intelligence components together with other application components to solve a larger problem, have no known pattern of development and are often approached in a bespoke and ad hoc style. This makes development slower and harder to reuse for future applications. To support the full rapid development cycle of compositional AI applications, we have developed a novel framework called (Bee)* (written as a regular expression and pronounced as "beestar"). We illustrate how (Bee)* supports building integrated, scalable, and interactive compositional AI applications with a simplified developer experience.

Bespoke

Component (thermodynamics)

Architectural style

10.1109/icse-nier58687.2023.00020

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Citations (2)

A 25 Gbps silicon microring modulator based on an interleaved junction

Optics Express (2012)

Jessie Rosenberg W. M. J. Green S. Assefa D. M. Gill Tymon Barwicz

A silicon microring modulator utilizing an interleaved p-n junction phase shifter with a V(π)L of 0.76 V-cm and a minimum off-resonance insertion loss of less than 0.2 dB is demonstrated. The modulator operates at 25 Gbps at a drive voltage of 1.6 V and 2-3 dB excess optical insertion loss, conditions which correspond to a power consumption of 471 fJ/bit. Eye diagrams are characterized at up to 40 Gbps, and transmission is demonstrated across more than 10 km of single-mode fiber with minimal signal degradation.

Phase shift module

10.1364/oe.20.026411

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Citations (127)

A 26.5-40.0 GHz GaAs FET Amplifier

Jessie Rosenberg P. W. Chye C.J. Haung G. Policky

Sub-half-micron gate GaAs FET's have been used to fabricate a MIC balanced amplifier module with 4.2 dB of minimum gain over 26.5-40.0 GHz. The module and devices are described and data is presented for gain, VSWR, noise figure, and power on the module.

FET amplifier

Power gain

10.1109/mwsym.1982.1130648

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Citations (11)

Mechanical Trapping in a Quadratically Coupled Optomechanical Double Disk

Jeffrey Hill Qiang Lin Jessie Rosenberg Oskar Painter

We demonstrate a novel approach for trapping mechanical motion and elastic tuning of mechanical rigidity while preserving phonon number, through a giant quadratic optomechanical coupling created from a tunable coupled microdisk resonator.

Quadratic growth

Rigidity (electromagnetism)

Optomechanics

10.1364/cleo_si.2011.cthj3

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Citations (1)

Multispectral Quantum Dots-in-a-Well Infrared Detectors Using Plasmon Assisted Cavities

IEEE Journal of Quantum Electronics (2010)

R. V. Shenoi Jessie Rosenberg Thomas E. Vandervelde Oskar Painter Sanjay Krishna

We present the design, fabrication, and characterization, of multi-spectral quantum dots-in-a-well (DWELL) infrared detectors, by the integration of a surface plasmon assisted resonant cavity with the infrared detector. A square lattice and rectangular lattice cavity, formed by modifying the square lattice have been used in this design. By confining the resonant mode of the cavity to detector active region, the detector responsivity and detectivity have been improved by a factor of 5. A spectral tuning of 5.5 to 7.2 ¿m has been observed in the peak response of the detectors, by tuning the lattice constant of the cavity. Simulations indicate the presence of two modes of absorption, which have been experimentally verified. The use of a rectangular lattice predicts highly polarization sensitive modes in x - and y -direction, which are observed in fabricated detectors. A peak detectivity of 3.1 x 10 ⁹ cm·¿{Hz} /W was measured at 77 K. This design offers a cost-effective and simple method of encoding spectral and polarization information, in infrared focal plane arrays.

Lattice (music)

Infrared detector

10.1109/jqe.2010.2042682

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Citations (23)

Distributed electrode Mach-Zehnder modulator with double-pass phase shifters and integrated inductors

Optics Express (2015)

D. M. Gill W. M. J. Green Chi Xiong Alexander Rylyakov Clint L. Schow

A novel high-speed Mach-Zehnder modulator (MZM) fully integrated into a 90 nm CMOS process is presented. The MZM features 'double-pass' optical phase shifter segments, and the first use of integrated inductors in a 'velocity-matched' distributed-electrode configuration.

Phase shift module

Electro-optic modulator

10.1364/oe.23.016857

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Citations (9)

A Figure of Merit Based Transmitter Link Penalty Calculation for CMOS-Compatible Plasma-Dispersion Electro-Optic Mach-Zehnder Modulators

arXiv (Cornell University) (2012)

D. M. Gill W. M. J. Green S. Assefa Jessie Rosenberg Tymon Barwicz

We derive equations that quantify silicon Mach-Zehnder Interferometer (MZI) modulator impact upon optical link budget for NRZ transmissions based solely upon modulator extinction ratio (ER), the efficiency-loss figure of merit (FOM), and peak-to-peak drive voltage (Vpp). Our modulator link penalty equations transform the modulator efficiency-loss FOM from a simple device quality metric into a means of predicting how design and technology choices impact system margin. Our results indicate that, with a 17.8 V-cm FOM and 1 Vpp drive, designing an MZI to have an ER anywhere within the large range from 3.5-10 dB leads to nearly constant link margins, identical to within 0.5 dB.

Figure of Merit

Extinction ratio

Electro-optic modulator

Link budget

Margin (machine learning)

10.48550/arxiv.1211.2419

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Citations (11)

Monolithic Silicon Photonic WDM Transceivers

Jessie Rosenberg Folkert Horst Marwan Khater Frederick G Anderson Robert Leidy

Monolithic silicon photonic technology provides high bandwidth and large volume for datacom applications, while maintaining the low-cost assembly and waferscale test readiness characteristic of CMOS. Monolithic integration and high-yield CMOS processing enables complex, high-performance WDM architectures for CWDM4 transceivers.

Transceiver

10.1109/ecoc.2017.8346134

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Citations (4)

A linear push-pull silicon optical modulator

Frontiers in Optics (2014)

Chi Xiong D. M. Gill Jessie Rosenberg Marwan Khater Tymon Barwicz

We present a linear push-pull driven silicon modulator fabricated in IBM's CMOS9WG technology node. The Si modulator shows third order nonlinearity suppression 3 dB superior in comparison with a commercial lithium niobate modulator.

Modulation (music)

10.1364/fio.2014.fm3a.4

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Citations (6)