Skip to content
  • Group Content
    • News
    • Research page
      • Deblurring our View of Atomic Arrangements in Complex Materials
      • Complex Modeling and Nanostructure Determination
      • Lattice Dynamics and Bonding Strength of Nanostructured Materials
      • Magnetic PDF
      • Nanostructured and Amorphous Pharmaceuticals and Molecular Materials
      • PDF computed Tomography
    • Opportunities
    • Publications
      • Search Publications
      • All Group Publications
    • People
      • Simon Billinge
      • Columbia University
        • Soham Banerjee
        • Elizabeth Culbertson
        • Zizhou (James) Gong
        • Neno Fuller
        • Chia-Hao (Timothy) Liu
        • Maxwell Terban
        • Christopher J. Wright
        • Long Yang
        • Xian Yang
      • Brookhaven National Lab
        • Emil Božin
        • Pavol Juhas
      • Former Members
        • Benjamin Frandsen
        • Kirsten Marie Ørnsbjerg Jensen
        • Xiaohao Yang
        • Chenyang Shi
        • Others
    • Software
      • Diffpy-CMI
      • PDFgetX3
      • PDFgui
      • xPDFsuite
      • SrXplanar
    • Education
  • Home
  • About
  • Contact

The Billinge Group: Columbia University

Department of Applied Physics and Applied Mathematics

Portfolio

Research

TypesPortfolio
TagsPortfolio

Complex Modeling

TypesResearch
TagsResearch

People

TypesPortfolio
TagsPortfolio

Magnetic PDF

TypesResearch
TagsResearch

Lattice Dynamics

TypesResearch

Nanostructured/Amorphous Pharmaceuticals

TypesResearch

Research

  • Deblurring our View of Atomic Arrangements in Complex Materials
  • Complex Modeling and Nanostructure Determination
  • Lattice Dynamics and Bonding Strength of Nanostructured Materials
  • Magnetic PDF
  • Nanostructured and Amorphous Pharmaceuticals and Molecular Materials
  • PDF computed Tomography

Recent News

  • Structure-mining: An Automated Tool to Find Candidate Structures
  • Stoichiometric Control Over Ferroic Behavior in Iron Doped Barium Titanate Nanocrystals
  • Examining the size-dependent lattice dynamics of atomically precise CdSe quantum dots
  • Solving the Nano-structure Problem in Gold Nanoparticles Using PDF.
The Billinge Group
The Billinge Group
NSLS-II 28-ID-2
NSLS-II 28-ID-2

Contact Information

Materials Science and Engineering
1105 S.W. Mudd, Mail Code: 4701,
New York, NY 10027
Phone: 1-212-854-2918
Email: sb2896@columbia.edu

Blogroll

  • Google Groups – Diffpy Users Help group for users of the Diffpy Complex Modeling Framework
  • Google Groups – JUAMI Exchange Idea exchange for members of the Joint US-Africa Materials Institute (JUAMI) community.
  • Google Groups – XPD Users Help and requests for users at the XPD beamline at NSLS-II at Brookhaven National Lab
  • Interview with Prof. Simon Billinge on Materials Today.
DiffPy Complex Modeling
JUAMI Research Portal
Blog at WordPress.com.
 

Loading Comments...