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as I mentioned there was , you know , 

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it builds a pound of foundation of 

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of scientific discovery , builds upon 

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the foundation of understanding how to 

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apply these discoveries to D o . D . 

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Problems like the atomic clocks that we 

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rely upon today as we're looking ahead 

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at at a future , uh , 

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future spinoffs of this technology , 

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you know , in the nearer term , we can 

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anticipate new new versions of atomic 

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clocks that are smaller , more robust , 

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more easily fielded . We can look 

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forward , Thio things like new versions 

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of gyroscopes , gravitational sensors 

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to make an impact on D o D . Mission . 

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And then , in the longer term , there 

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is a huge endeavor to try to understand 

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quantum computing , how it gets 

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developed , how the hardware is 

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developed and how the software gets 

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developed , how these applications get 

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developed . There's a lot of lot of 

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excitement around this , and there's a 

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great deal of work . Uh huh . In the D . 

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O . D . And with our partners in the U . 

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S . Academia and industry as well as 

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around the world