Sam T. Liss

Executive Director, Strategic Partnerships

Displaying: 41 - 50 of 53 Results

Invention

COSMOS workflow management version 0.4.3

Written in Python which is easy to learn, powerful, and popular. A programmer with limited experience can begin writing COSMOS workflows right away.Powerful syntax and system for the creation of complex workflows.Keeps track of workflows, job…

Investigators

  • Dennis P. Wall
  • Erik S. Gafni
  • Peter J. Tonellato

Invention

High-flux, low-power diamond nanowire single-photon source arrays: an enabling material for optical and quantum computing and cryptography

The novel approach taken by the Harvard researchers was to apply top-down nanofabrication techniques to define large arrays of vertically oriented nanowire antennas in a single-crystal diamond substrate. Briefly, structures were made from a…

Investigators

  • Marko Loncar
  • Thomas M. Babinec
  • Birgit J.M. Yao
  • Mughees Khan
  • Yinan Zhang
  • Philip R. Hemmer

Invention

A bulk nanomachining method for suspended nanobeam and other free-standing structures

This technology is a bulk nanomachining methodology for fabricating suspended sub-micron and nanoscale nanobeam photonic and mechanical elements. It is based on standard planar fabrication processes (i.e. optical or electron beam lithography and…

Investigators

  • Marko Loncar
  • Mikhail D. Lukin
  • Nathalie de Leon
  • Michael J. Burek
  • Brendan Shields
  • Birgit J.M. Yao

Invention

Beyond Moore's Law in opto-electronics: New material enables ultra-fast switching

VO2 is a material known for having a number of outstanding properties that allow it to meet or exceed those of current silicon-based opto-electronics. It is capable of ultrafast switching, low leakage, and is scalable to size-scales smaller than…

Investigators

  • Shriram Ramanathan
  • Dmitry Ruzmetov
  • Venkatesh Narayanamurti
  • Changhyun Ko

Investigators

  • Robert J. Wood
  • Michael Karpelson
  • Gu-Yeon Wei

Invention

High-sensitivity, high-throughput biosensor capable of detecting biomarkers without external fluorescent labels

This invention describes a combination of technologies that produce a miniature optical biosensor array which is capable of detecting biomarkers without requiring external fluorescent labels. This label-free approach uses a sample placed in a…

Investigators

  • Frank Vollmer
  • Qimin Quan
  • Marko Loncar

Invention

New cell sorting technology could replace fluorescent and magnetic technologies

Dr. Prentiss’ lab has developed a new cell sorting technology based on microfluidics. This technique enables manipulation of non-magnetic micro- and nano-entities, including cells, immersed in magnetic fluids. Compared to existing MACS and FACS cell…

Investigators

  • Mara G. Prentiss
  • Pierre S. Striehl
  • Howard A. Stone
  • Efraim David Feinstein

Invention

Safe cranial drilling device

Offered here is a device that enables non-neurosurgical personnel to safely drill through the skull without the risk of additional brain damage. It consists of a handheld, portable, cranial drilling device that can be used with any diameter drill…

Investigators

  • Conor J. Walsh
  • Paul Loschak
  • Kechao Xiao
  • Hao Pei
  • Ajith Thomas
  • Samuel Benjamin Kesner
  • Kevin C. Galloway
  • Robert D. Howe

Invention

Asynchronous circuit techniques for memory error correction

This invention describes a circuit technique for rapidly and efficiently correcting for read and write data errors in a digital semiconductor memory. More specifically, it involves the design of an error-correcting circuit (ECC) as applied to high…

Investigators

  • Woodward Yang
  • Elaine Ou

Investigators

  • Hanspeter Pfister
  • Moritz Niklaus Baecher
  • Doug L. James
  • Bernd Bickel

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