GITNUX MARKETDATA REPORT 2024

Statistics About The Most Accurate Clock In The World

The most accurate clock in the world, the strontium lattice clock, maintains time accuracy to within a second every 15 billion years, surpassing the previous record held by an optical lattice clock.

With sources from: technologyreview.com, scientificamerican.com, npr.org, nist.gov and many more

Statistic 1

The world's most accurate clock loses only one second every 300 million years.

Statistic 2

The most accurate clock in the world is based on the vibrations of a single aluminum ion.

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The clock operates at 25 percent of absolute zero (-273 degrees Celsius).

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This atomic clock uses a quantum logic gate to detect motions of the aluminum ion.

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The world's most accurate clock unlocks a long time mystery, Einstein's time dilation effect.

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The clock is 37 times more precise than the current international standard.

Statistic 7

The clock achieved unprecedented levels of stability, reaching accuracy within billionths of a second.

Statistic 8

The world's most accurate clock operates at frequency of 1122 THz.

Statistic 9

It takes a few seconds for this clock to outperform other atomic clocks that have been running for months.

Statistic 10

The clock was able to maintain its accuracy while operating at higher temperatures, up to 300 kelvin.

Statistic 11

The most accurate atomic clock uses laser beams to cool down a single ion.

Statistic 12

The clock’s measurement accuracy is precise to 17 decimal places.

Statistic 13

Physicists improved the clock’s performance by probing the ion with a second laser while it oscillates, effectively giving it a 'kick'.

Statistic 14

The clock uses a frequency comb laser to read the ticks of the aluminum ion.

Statistic 15

The atomic clock’s ability to run within an electric field sets it apart from preceding quantum logic clocks.

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One of the core applications of this highly-precise clock is in GPS systems, where a gain in accuracy can equal a gain in distance resolution.

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These quantum logic clocks can also probe the effects of gravity on time, helping to improve understanding of general relativity.

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The world's most accurate clock can even be used to detect dark matter, as it would cause the clock's frequency to 'wobble.'

Statistic 19

Despite its precision, the world's most accurate clock is not yet defined as a 'standard clock.' However, many researchers argue that it should be.

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In this post, we explore the remarkable capabilities of the world’s most accurate clock, which operates at mind-boggling precision levels. From its ability to lose only one second every 300 million years to its role in unraveling mysteries of time dilation and dark matter, this atomic clock stands out for its groundbreaking advancements in timekeeping technology. Join us as we delve into the fascinating world of ultra-precise time measurement and the profound implications it has across various fields of science and technology.

Statistic 1

"The world's most accurate clock loses only one second every 300 million years."

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Statistic 2

"The most accurate clock in the world is based on the vibrations of a single aluminum ion."

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Statistic 3

"The clock operates at 25 percent of absolute zero (-273 degrees Celsius)."

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Statistic 4

"This atomic clock uses a quantum logic gate to detect motions of the aluminum ion."

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Statistic 5

"The world's most accurate clock unlocks a long time mystery, Einstein's time dilation effect."

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Statistic 6

"The clock is 37 times more precise than the current international standard."

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Statistic 7

"The clock achieved unprecedented levels of stability, reaching accuracy within billionths of a second."

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Statistic 8

"The world's most accurate clock operates at frequency of 1122 THz."

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Statistic 9

"It takes a few seconds for this clock to outperform other atomic clocks that have been running for months."

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Statistic 10

"The clock was able to maintain its accuracy while operating at higher temperatures, up to 300 kelvin."

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Statistic 11

"The most accurate atomic clock uses laser beams to cool down a single ion."

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Statistic 12

"The clock’s measurement accuracy is precise to 17 decimal places."

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Statistic 13

"Physicists improved the clock’s performance by probing the ion with a second laser while it oscillates, effectively giving it a 'kick'."

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Statistic 14

"The clock uses a frequency comb laser to read the ticks of the aluminum ion."

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Statistic 15

"The atomic clock’s ability to run within an electric field sets it apart from preceding quantum logic clocks."

Sources Icon

Statistic 16

"One of the core applications of this highly-precise clock is in GPS systems, where a gain in accuracy can equal a gain in distance resolution."

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Statistic 17

"These quantum logic clocks can also probe the effects of gravity on time, helping to improve understanding of general relativity."

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Statistic 18

"The world's most accurate clock can even be used to detect dark matter, as it would cause the clock's frequency to 'wobble.'"

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Statistic 19

"Despite its precision, the world's most accurate clock is not yet defined as a 'standard clock.' However, many researchers argue that it should be."

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Interpretation

In conclusion, the world's most accurate clock, based on the vibrations of a single aluminum ion, showcases unparalleled precision and stability, achieving accuracy within billionths of a second. Operating at 25 percent of absolute zero and using advanced technology like quantum logic gates and frequency comb lasers, this atomic clock stands out for its ability to outperform other clocks significantly, including a 37-fold improvement over the current international standard. Furthermore, its capacity to explore Einstein's time dilation effect, probe gravity's impact on time, and potentially detect dark matter demonstrates the far-reaching implications of this cutting-edge technology in fields such as GPS systems and fundamental physics. Despite not yet being officially recognized as a standard clock, the case for its adoption by the scientific community is compelling and paves the way for further advancements in timekeeping precision and scientific exploration.

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