Breakthrough: Thorium Nuclear Clock | Podcast

Time is used to set many standards by counting a periodic event with a known frequency. Eric Hudson, a professor in the department of physics and astronomy at UCLA, joins to discuss working to directly manipulate the energy level of an atomic nucleus using a laser, something that has never been done before and may result in the most accurate clocks ever.

[@i-v-l9335]

Wow thats wild. I dont even know when I subbed here but here we are.

[@XAirForce]

I used to carry around a cesium beam clock in the missile field to insert time communications systems

[@leonhardtkristensen4093]

I found it very interesting and I believe I understood most of it. I have in the last few days been watching video's and studying cesium 137 clocks (the HP one) which has been a great help to understand this. My question now is thinking about Time Dilation does that bring down the scanned frequency of the absorbed or produces light to a lower frequency if the clock is moved at high speed?

[@douginorlando6260]

How accurate are the best clocks now? And how much more accurate a clock do you anticipate? And as this nuclear clock is refined, how accurate can it become?

[@davidwilkie9551]

"We don't have a theory of it", which is good, because the experimental approach to measuring constants is only limited by the knowledge of QM-TIME logic of superimposed, frequency-amplitudes logarithmic condensation. It's a matter of seeing through the time-timing sync-duration Universal Positioning system of superimposed cycles of holography Circuitry. (Someone's got the tech from a crashed UAP tucked away, but need a tech support advisor to help)

[@TheMemesofDestruction]

Go Science! ^.^

[@bearclawsarrow5319]

The implications of this phenomena being controlled at a nuclear level is bonkers. Most transistors are the size of the thickness of a human hair. They've in essence made something that switches at a regular frequency when excited by a Lazer something that is 100,000 times smaller than the width of a human hair. Bruh Assuming I'm understanding this experiment and research right.

[@educatedguest1510]

Have you read "We Have Lost a Half of Solar Energy, the Half that We Never Had"?

[@stewiesaidthat]

Sundials are the most accurate time keeping device invented by man. The problem is, they lack precision. As precision goes up, accuracy goes down.

[@youchwb6005]

I fell asleep after 2.5 minutes.