Deep Superconducting

Collaboration

Argonne brings superconducting radiofrequency physics and accelerator expertise to groundbreaking experiment at Fermilab

This image shows the transition between Cooper pair density (indicated by blue dots) and charge density waves. Argonne scientists found that by introducing defects, they could disrupt charge density waves and increase superconductivity. (Image by Ellen Weiss / Argonne National Laboratory.)

Press Release

For superconductors, discovery comes from disorder

Useful chaos — introduced disorder improves superconductivity.

Materials Science and Engineering, Semiconductors and Superconductors, Physics

Alterations of the nanoscale structure of live HeLa cells after chemical fixation, as observed using partial wave spectroscopic (PWS) optical microscopy. Chemical fixation appears to alter the cellular nanoscale structure in addition to terminating its macromolecular remodeling. (Image courtesy of Vadim Backman, Northwestern University.)

Feature Story

Predicting the risk of cancer with computational electrodynamics

Researchers from Northwestern University are using Argonne supercomputers to advance the development of an optical microscopy technique that can predict and quantify cancer risks at extremely early stages.

Computational Science, High Performance Computing, Modeling and Simulation

A clean turn was made by 2nd second-place winner, Montini Catholic High School. (Image by Argonne National Laboratory / Mark Lopez.)

Feature Story

Over hills and through the mist: a thrilling and intense finale to robot week

STEM students participate in auto vehicle competition.

Instrumentation, Sensors and Detectors, Transportation

Dimitri Kusnezov (right) visits the new Argonne Biomedical Learning Enclave (ABLE) with Tom Brettin (left) and Ian Foster (middle).

Press Release

New facility combines legal and computational readiness to advance biomedicine

ABLE combines legal and computational readiness to advance biomedicine.

Biomedical Computing, Artificial Intelligence, Data Science/Data Analysis

Paul Kearns (Director of Argonne National Laboratory), Valerie Taylor, Esen Ecran Alp, Salman Habib, Robert Hill, Christopher Johnson, Stephen Pratt

Press Release

Six Argonne researchers recognized as 2019 Distinguished Fellows

Six Argonne Scientists Named Distinguished Fellows.

Nuclear Engineering, High Energy Physics, X-Ray Science and Technology

Feature Story

In the heat of the light

Energy Technology and Storage, Nuclear Engineering, Renewable Energy

In the News

The Electric-Vehicle Revolution Has A Visibility Problem

Forbes

In the News

DOE endorses Advanced Photon Source upgrade

Physics Today

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Advanced Photon Source Argonne Leadership Computing Facility Argonne Tandem Linac Accelerator System Atmospheric Radiation Measurement Research Facility - Southern Great Plains Center for Nanoscale Materials

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Analytical Chemist Yifen Tsai prepares a sample for analysis on the high-resolution ICP-Mass Spectrometer.

Correcting nonlinearity and mass-bias in measurements by ICP quadrupole mass spectrometry

Argonne scientists have demonstrated a technique that can improve the relative standard deviation in the measurement of inorganic isotopes by ICP-QMS by an order of magnitude or more.

Analytical Chemistry

MOFs for Methane Manipulation

Researchers using the Advanced Photon Source have found a way to “activate” methane so that it can be converted into products like liquid fuels, agrochemicals, pharmaceuticals, polymers, and much more.

Analytical Chemistry, X-Ray Science and Technology

(Left) Electrons transiting the 80 mm long metamaterial structure generate high power microwaves. (Right) Photo of the beam line at the ANL Wakefield Test Accelerator

Metamaterials for next-generation accelerators

An experiment at the Argonne Wakefield Accelerator demonstrates the potential of a novel metamaterial structure to yield higher accelerating gradients than current particle accelerator technology provides.

Accelerator Physics, Physics

Unique spectral response in a mechanical device

Using a single actuation signal, a frequency comb is generated in a micromechanical resonator from two vibrational modes, flexural and torsional, whose interactions are responsible for the unique response.

Nanoscience and Nanotechnology, Nanofabrication

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Featured Event

Ensuring a Resilient Power Grid

Argonne Outloud Public Lecture

August 29, 2019|6:30 PM | Building 240

Seminar

Summer Argonne Students Symposium (SASSy) Part IV

August 20, 2019|10:30 AM | Building 240

Seminar

Axion Dark Matter Detection with CMB Polarization

August 20, 2019|12:00 PM | Building 362

Colloquium

Functional Materials: Potential and Promise

August 21, 2019|11:00 AM | Building 440

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Deep Superconducting

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