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Beyond the Lab with Bill Miller

  • Read more about Beyond the Lab with Bill Miller

For the past 30 years, Bill has gone from helping users capture data on Polaroids, to assembling hutches for the recent CHESS-U upgrade.  

Throughout these thirty years, one thing has always been constant; Bill is there when you need him, whether you are a user or a staff scientist, Bill is known to lend a helping hand. However, If you ask him, he would add a bit of humor, the kind that seems to follow Bill around the lab; “Nothing is constant here, that’s why I love it!”

Setting Carriers Free: Healing Faulty Interfaces Promotes Delocalization and Transport in Nanocrystal Solids

Over-coming the limitations imposed by interfacial defects is therefore an essential next step in the development of high-quality optoelectronic devices based on NC solids.
  • Read more about Setting Carriers Free: Healing Faulty Interfaces Promotes Delocalization and Transport in Nanocrystal Solids

Twisting the Helix: Salt Dependence of Conformations of RNA Duplexes

Together with DNA and proteins, RNA forms the trinity of macromolecules (large and heavy molecules) essential to all forms of life on earth.
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macchess
biosaxs
  • Read more about Twisting the Helix: Salt Dependence of Conformations of RNA Duplexes

VIP Guests at CHESS

On November 20th, New York State Senator Anna Kaplan, D-Great Neck, visited Wilson Lab to learn more about the Cornell-Brookhaven ERL Test Accelerator, CBETA.  This new prototype accelerator is a collaboration between Brookhaven National Lab, (near Kaplan’s district on Long Island), and Cornell scientists.  In time, the CBETA project is expected to become the most energy-efficient, high performance accelerator ever built.  Both CHES

  • Read more about VIP Guests at CHESS

New Faces at the CHESS Users Office

In addition to running the User Office, Megan will be leading the coordination of our Summer Programs which brings in students from across the United States, and Sam will be coordinating our Public Outreach efforts.

  • Read more about New Faces at the CHESS Users Office

To Twin or Not to Twin: Micromechanical Response in Magnesium probed with High Energy X-Rays

Reducing the weight of vehicles translates into energy conservation in transportation which is beneficial for economic and environmental reasons.
  • Read more about To Twin or Not to Twin: Micromechanical Response in Magnesium probed with High Energy X-Rays

Lead uptake and distribution in horns from goats

Spatial analysis of horns for lead accumulation may be useful as a qualitative marker of time-resolved exposures that may reflect specific periods of acute lead absorption.
  • Read more about Lead uptake and distribution in horns from goats

A Brilliant Relationship - Detector Development at Cornell

Detectors are critical to any synchrotron lightsource, they help characterize the samples being probed, as well as the X-rays that interrogate them.  Certain detectors can tell researchers about the intensity, energy, position and timing of X-rays; all crucial information needed to commission and tailor experiments for users.   The detector’s main purpose for the users of CHESS, however, is to produce detailed imagery, revealing hidden traits in samples such a

  • Read more about A Brilliant Relationship - Detector Development at Cornell

Beyond the Lab with Elisabeth Bodnaruk

  • Read more about Beyond the Lab with Elisabeth Bodnaruk

Elisabeth Bodnaruk seems very comfortable as she looks into the container of liquid nitrogen.  At -321 degrees F, liquid nitrogen is widely used throughout CHESS, but right now she is using it to commission some Resistance Temperature Detectors (RTDs). These RTDs will be placed in two silicon crystal monochromators where they will transmit temperature readings, and are an integral part of daily operations in the lab. 

Nearest neighbors and beyond: Reciprocal space imaging of ionic correlations in intercalation compounds

The ability to generate a real-space ‘image’ of interatomic vectors from reciprocal space data, makes this technique a powerful tool in the investigation of intercalation compounds.
  • Read more about Nearest neighbors and beyond: Reciprocal space imaging of ionic correlations in intercalation compounds

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