Skip to main content

User account menu

  • Log in
    • facebook
    • X
    • youtube
    • linkedin
Home
MIT Materials Research Laboratory
  • About MRL
    • Mission
    • Principal Investigators
    • MRL Staff
  • Research
    • Seed Grant Opportunities
  • News
  • Events
    • Materials Day
  • Resources
    • Forms
    • Space/Bldg. 13
      • Conference Rooms
      • Request Offices Keys

Breadcrumb

  1. Home
  2. 2D materials

2D materials

Related Faculty and Related Articles


playing cards
Physicists discover—and explain—unexpected magnetism in atomically thin material

Schematic showing how exotic particles known as excitons can “hop” between nickel atoms (grey dots) in the nickel dihalide materials.
Physicists report new insights into exotic particles key to magnetism

Schematic showing the crystal structure of the boron nitride key to a new ferroelectric material
New transistor’s superlative properties could change electronics

Graphic showing the quasicrystals discovered in this research.
Physicists coax superconductivity and more from quasicrystals

Artist’s rendition of skyrmions, exotic particles represented by the whirls of red, yellow, and white arrows.
MIT physicists predict exotic new phenomena and give “recipe” for realizing them
Pablo Jarillo-Herrero

Pablo Jarillo-Herrero
Riccardo Comin

Riccardo Comin
 
MRL Logo

77 Massachusetts Avenue
Cambridge, MA 02139
617-253-5179
mit-mrl@mit.edu

The mission of the MRL is to support the broad materials science and engineering community at MIT, to enable disciplinary and interdisciplinary research of benefit to society, to develop and sustain effective educational and societal outreach programs, and to engage with industry.

Useful Links

  • Faculty
  • Accessibility
  • Subscribe to our Newsletter
  • Keep in touch with us on social media
  • facebook
  • 𝕏
  • linkedin
  • youtube

 

 

mit logo

Copyright © 2025 MIT Materials Research Laboratory All rights reserved.
Copyright © 2025 MIT Materials Research Laboratory
Top