• The historical accuracy of the Oppenheimer film, according to a historian
    Nov 7 2023

    What did the film get right about J. Robert Oppenheimer? Los Alamos historian Alan Carr explains.

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    21 mins
  • Searching for the elusive neutrino
    Jul 28 2023

    Down to a Science is produced by Los Alamos National Laboratory. Cover art by Joey Montoya.

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    25 mins
  • Climate change may drive more frequent bark beetle outbreaks in our forests
    Jul 11 2023

    Down to a Science is produced by Los Alamos National Laboratory. Your host, Joey Montoya. Special thanks to our guest Zachary Robbins.

    Find out more about the Laboratory and its mission at www.lanl.gov.

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    11 mins
  • How a trip to the Arctic could help us find life on other planets
    Apr 25 2023

    Down to a Science is produced by Los Alamos National Laboratory. Cover art by Joey Montoya.

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    30 mins
  • How 3D simulations help us understand our genetic expressions
    Mar 30 2023

    Down to a Science is brought to you by Los Alamos National Laboratory.

    'LA-UR-23-23274'

     

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    17 mins
  • Fueling a sustainable future with biofuels
    Jan 4 2023

    Can algae power cars? Biofuels are an often-overlooked green energy source. Los Alamos National Laboratory's Babs Marrone explains.

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    17 mins
  • A carbon-neutral future for the Mountain West
    Jun 14 2022

    With a place-based approach that emphasizes community-level input, I-WEST is looking at how best to incorporate  technologies for decarbonization, such as clean hydrogen, carbon capture and storage, bioenergy, wind and solar, into the region’s economies. 

    This podcast was produced by Los Alamos National Laboratory.

    LA-UR-22-25391

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    34 mins
  • Megaflashes!
    Mar 22 2022

    Megaflashes are incredibly rare. In order to record one from the ground, or from an aircraft or satellite in a low orbit, the sensor has to be exactly in the right place at the right time, which is unlikely. Now, researchers are using Geostationary Lightning Mappers and other instruments that can map flash size from space and — importantly — provide continuous coverage over a large portion of the Earth. No matter how rare these megaflashes are or where they occur across the instrument’s vast field of view, GLM can detect them and measure their dimensions. 

    LA-UR-22-22537

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    9 mins