Skip to main content

Cornell Research

search
Clear Search
  • News & Features
    • Life Sciences
      • Medicine & Health
      • Food & Agriculture
      • Molecular & Cell Biology
      • Genetics & Genome Science
      • Brain & Behavioral Biology
    • Physical & Mathematical Sciences
      • Space, Earth & Atmospheric Sciences
      • Chemical Sciences
      • Physics
      • Mathematical & Computer Sciences
    • Technology
      • Complex Systems & Engineering
      • Nanoscience & Nanotechnology
      • Energy
      • Advanced Materials
      • Biomedical & Biotechnology
    • Information Science & Technology
      • Information Science
      • Communication & Social Networks
      • Data Science
      • High Performance Computing
    • Social Sciences & Policy
      • Social & Behavioral Sciences
      • Public Policy
      • Entrepreneurship & Management
      • Law & Government
      • Economics
    • Arts & Humanities
      • Literature, Classics & Language
      • Visual & Performing Arts
      • History & Culture
      • Architecture & Design
      • Ethics, Religion & Philosophy
    • Multidisciplinary
      • Environment & Sustainability
      • Accelerator & X-Ray Science
      • Global Matters
      • Converging Humanities & Social Sciences
  • Recently Funded Research
  • Innovation in Action
  • Life in the Lab
  • Video Features
  • More
    • Graduate & Undergraduate Research
    • Find a Center, Institute, Lab or Program
    • Featured Researchers
    • The Research Division
    • 2022 Research Stats & Faculty Distinctions
  • Search
  • Research Services
  • Search Cornell
  • Connect With Us
    • Follow Us On Twitter
    • Follow Us On Facebook
    • Subscribe
    • RSS Feeds

The Future of Computation

Transcript

Peter McMahon studies how physical processes can be harnessed to do extremely difficult computational tasks. He’s looking forward to the future computer that will enable the exploration of ideas that have not been possible before. The McMahon lab concentrates on superconducting circuits and quantum optical devices.

Read more about Peter McMahon's research: Where in the Future Is Quantum Computing?

More Videos

Screen Shot 2019-09-10 at 1.48.05 PM.png

Do Robots Dream of Electric Sheep?
Do Robots Dream of Electric Sheep?

2014_1014_019_select.jpg

The Beauty of Math
The Beauty of Math

LisaKaltenegger_1_onlineflipped.jpg

Searching for Extraterrestrial Life
Searching for Extraterrestrial Life

20171012-152112_edit.jpg

Cornell Research Benefits the Hard Cider Industry
Cornell Research Benefits the Hard Cider Industry

0200_14_009_select_edit.jpg

A Paradoxical Relationship to the Federal Government
A Paradoxical Relationship to the Federal Government

JWP_CUVP Research_UliWiesner-3425_edit.jpg

How to Build a Nanocage: Self-Assembling Silica
How to Build a Nanocage: Self-Assembling Silica

Pages

  • <<
  • <
  • 3
  • 4
  • 5
  • 6
  • 7
  • >
  • >>

News & Features

FrankRamspott; Adobe Stock 287706710
March 16, 2023
DNA in Real-World Conditions
miakievy; Lidiia Moor; E. Nelson
February 16, 2023
Sustaining Happiness
Ryan Young (UPhoto)
February 8, 2023
Startup Grows Animal Proteins in Plants
View All
  • Diversity and Inclusion
  • Find a Center, Institute, Lab or Program
  • 2022 Research Stats & Faculty Distinctions
  • Graduate & Undergraduate Research
  • The Research Division
  • Cornell's Research Leadership and Contacts

Explore

  • News & Features
  • Recently Funded Research
  • Innovation in Action
  • Life in the Lab
  • Discover Something New Today
 
Cornell University Day Hall Suite 222 Ithaca, NY 14853

Useful Links

Leadership & Contacts Research Services Find a Center Cornell Technology Licensing Environment, Health, and Safety

Cornell Research and Innovation moves quickly. Keep up with our monthly newsletter.

Subscribe
Twitter Facebook RSS Feeds Medium Instagram
2023 Cornell University Web Accessibility Help