Skip to main content
Home
  • Research Divisions

    • Chemical & Biological Sciences
    • Materials Sciences & Engineering
    • Simulation, Modeling & Decision Science
    • Critical Materials

    Research Programs

    • CATS
      Center for the Advancement of Topological Semimetals
    • CMI
      Critical Materials Innovation Hub
    • iCOUP
      Institute for Cooperative Upcycling of Plastics
    • ML-Accelerated Materials Discovery Center
      Machine Learning Accelerated Materials Discovery Center
    • Staff Directory
    • Research Highlights
    • Services & Resources
    • Contact Us
    Can’t find something?
    Help us improve by telling us about it.
  • Work With Us

    • Partnerships and Technology Transfer
      Through multi-institutional collaborations, industry partnerships, and technology licensing, we transition basic energy science from early-stage research to commercialization.
    • Materials Preparation Center
      Purification, preparation, and characterization of metals, alloys, and single crystals for research and industry.
    • Sensitive Instrument Facility
      Houses state-of-the-art electron microscopes in a vibration- and static-free environment for the highest possible resolution.
    • Procurement
    • Careers & Internships
    • Contact Us
    Can’t find something?
    Help us improve by telling us about it.
  • News

    • Ames Lab News
    • News Releases
    • Feature Stories
    • Ames Lab in the News
    • Media Contacts
    • Research Highlights
    • Follow us on Twitter
    • Follow us on Facebook
    Can’t find something?
    Help us improve by telling us about it.
  • About Us

    • About Ames Laboratory
    • Mission & Values
    • Leadership
    • Our Organization
    • History
    • Visit Ames Laboratory
    • Education Programs
    • Careers & Internships
    • Staff Directory
    • Contact Us
    Can’t find something?
    Help us improve by telling us about it.

Our Science

  • Chemical & Biological Sciences
  • Material Sciences & Engineering
  • Simulation, Modeling & Decision Science
  • Critical Materials
  • Center for the Advancement of Topological Semimetals (CATS)
  • Critical Materials Innovation Hub
  • Institute for Cooperative Upcycling of Plastics (iCOUP)
  • Machine Learning Accelerated Materials Discovery Center

About Us

  • About Ames Laboratory
  • Mission & Values
  • Leadership
  • Our Organization
  • History
  • Visit Ames Lab

Work With Us

  • Partnerships & Technology Transfer
  • Materials Preparation Center
  • Sensitive Instrument Facility

News

  • News
  • News Releases
  • Feature Stories
  • In the News
  • Media Contacts
  • Education Programs
  • Careers & Internships
  • Staff Directory
  • Contact Us
Can’t find something?
Help us improve by telling us about it.

Materials Sciences and Engineering

  • Research Projects
  • Capabilities
  • Contact Us

Materials Sciences and Engineering Research Highlights

Evolution of Magnetic Fluctuations under Pressure in the Spin Triple Superconductor Candidate UTe2

Pressure-Temperature contour plot of the magnitude of anti-ferromagnetic fluctuation under pressure, together with the phase diagram.

Complex magnetism emerges from flat electronic bands

Line graph showing research findings.

New flux methods uncover a charge density wave in the intermetallic oxides R5Pb3O (R = La and Ce)

Graphs and figures that support the highlihg

First Microscopic Evidence for the Exotic Magnetic Ground State of the Double-trillium Lattice Spin Liquid Candidate KSrFe2(PO4)3

Temperature evolution of 31P NMR spectra of the double trillium lattice spin-liquid candidate KSrFe2(PO4)3.

Scanning tunneling microscopy reveals Si vacancies at the buried graphene-SiC interface

Images of STM topographies and visualization of the experiment.

Mode-selective Fano Resonance in Dirac Material ZrTe5

Graphs and figures related to content in highlight.

Topography of new Fermi arcs revealed

images of fermi arcs from the highlight research.

Controllable Circularly Polarized Chiral Metasurface Laser

Figures that support information in the highlight.

Near-room-temperature ferromagnetism in pressurized SrCo2P2

Graph showing pressure dependence of electronic, magnetic and l properties on SrCo2P2 from both experiments and theoretical calculations

Accurate calculation of rare-earth magnetic anisotropy

Magnetic anisotropy in TbMn6Sn6, calculated using DFT+U, shown as total energy variation upon spin-axis rotation.

Pagination

  • Current page 1
  • Page 2
  • Page 3
  • Page 4
  • Page 5
  • Page 6
  • Page 7
  • Page 8
  • Page 9
  • …
  • Next page ››
  • Last page Last »

For Researchers

  • Chemical & Biological Sciences
  • Materials Sciences & Engineering
  • Simulation, Modeling & Decision Science
  • Critical Materials
  • Services and Resources
  • Research Highlights

For Industry

  • Work with Us
  • Services and Resources
  • Materials Preparation Center

For the Public

  • About Us
  • Visit Ames Lab
  • Education Programs
  • News
  • Careers
  • US Department of Energy
  • Iowa State University
  • Contact Us
  • For Employees
  • Privacy and Security
  • DOE Contract
  • DOE Vulnerability Disclosure Program
  • LinkedIn
  • Youtube
  • Facebook
  • Instagram
Ames National Laboratory is operated for the U.S. Department of Energy by Iowa State University.