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$sqrtsmathrmnn7 Graphic $sqrtsmathrmnn7

New research on anisotropic flow coefficients in O+O collisions at $sqrts_mathrmNN=7$ TeV using AMPT is gaining traction. The topic has generated a few mentions and engagements on X.

About $sqrtsmathrmnn7

A scientific topic related to physics research.

Engagements: X #

Engagements Line Chart
Engagements 24-Hour Chart Data
Current Value: X
Daily Average: X
1-Year High: X on 2025-07-25
1-Year Low: X on 2025-07-23

Social Network X
Engagements X

Mentions: X #

Mentions Line Chart
Mentions 24-Hour Chart Data
Current Value: X
Daily Average: X
1-Year High: X on 2025-07-24
1-Year Low: X on 2025-07-23

Social Network X
Mentions X

Creators: X #

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Creators 24-Hour Chart Data
X unique social accounts have posts mentioning $sqrtsmathrmnn7 in the last XX hours which is no change from in the previous XX hours Daily Average: X
1-Year High: X on 2025-07-24
1-Year Low: X on 2025-07-23

Top topics mentioned In the posts about $sqrtsmathrmnn7 in the last XX hours

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Top Social Posts #

Top posts by engagements in the last XX hours

Showing only X posts for non-authenticated requests. Use your API key in requests for full results.

"Anisotropic flow coefficients for charged hadrons in $O+O$ collisions at $sqrts_mathrmNN=7$ TeV using AMPT"
@HEPPhenoPapers on X 2025-07-24 20:22:49 UTC XXX followers, XX engagements

"Anisotropic flow coefficients for charged hadrons in $O+O$ collisions at $sqrts_mathrmNN=7$ TeV using AMPT Jagbir Singh Muhammad Usman Ashraf Ahsan Mehmood Khan Aditya Rana Sonia Kabana"
@krxiv_hep_ph on X 2025-07-24 10:24:35 UTC XX followers, XX engagements