Holly Leopardi
👤 PersonAppearances Over Time
Podcast Appearances
So this is Building 33. We're going to walk into the quest lab.
So this is Building 33. We're going to walk into the quest lab.
So this is Building 33. We're going to walk into the quest lab.
Kind of the classic first mistake that, you know, when you walk into an undergraduate physics lab is they make a nice aligned optical system and they don't screw the mirrors and things down on the table and then they move.
Kind of the classic first mistake that, you know, when you walk into an undergraduate physics lab is they make a nice aligned optical system and they don't screw the mirrors and things down on the table and then they move.
Kind of the classic first mistake that, you know, when you walk into an undergraduate physics lab is they make a nice aligned optical system and they don't screw the mirrors and things down on the table and then they move.
Each satellite emits a timing signal and you receive those timing signals on your GPS receiver on your phone. And from those timing signals, it triangulates where you are. So GPS is kind of like a clock? GPS is all clocks. And so if we have better clocks on GPS, we would know our location to higher degrees of accuracy.
Each satellite emits a timing signal and you receive those timing signals on your GPS receiver on your phone. And from those timing signals, it triangulates where you are. So GPS is kind of like a clock? GPS is all clocks. And so if we have better clocks on GPS, we would know our location to higher degrees of accuracy.
Each satellite emits a timing signal and you receive those timing signals on your GPS receiver on your phone. And from those timing signals, it triangulates where you are. So GPS is kind of like a clock? GPS is all clocks. And so if we have better clocks on GPS, we would know our location to higher degrees of accuracy.
GPS, internet timing protocol, stock trading, all of these things rely on more accurate systems.
GPS, internet timing protocol, stock trading, all of these things rely on more accurate systems.
GPS, internet timing protocol, stock trading, all of these things rely on more accurate systems.
And then the Earth says, OK, your clock is this has accumulated this much error. It's this much seconds off or time off. And then they send another signal back.
And then the Earth says, OK, your clock is this has accumulated this much error. It's this much seconds off or time off. And then they send another signal back.
And then the Earth says, OK, your clock is this has accumulated this much error. It's this much seconds off or time off. And then they send another signal back.
Which is something that swings back and forth.
Which is something that swings back and forth.