Physical Review Letters Add us as a preferred source on Google
🔄 Data last refreshed 1 month ago
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Make a deal with Physical Review Letters
🔒 Paid proposals held safely in escrow — released only when the work's approved.
Followers
74.4K
Posts
5.5K
Following
175
Account age
11 yrs
💰 Suggested sponsorship rate
$417 – $677 / sponsored post
Estimated from audience size & typical reach — every deal is negotiable and held in SocialDB escrow.
🎁 Free analysisfor Physical Review Letters
Known for
519.9K views
Dropped plastic bottles containing swirling water bounce significantly less than bottles containing standing still water after impacting the floor
Letter: https://t.co/WJ6B4i3OUH
Focus: https://t.co/LlUxiFf48G
95.8K views
Structure and Rheology in Vertex Models under Cell-Shape-Dependent Active Stresses https://t.co/1lTC5OMIJt #biophysics #CoolVideo
72.8K views
** STEPHEN HAWKING WAS RIGHT **
Using a very strong black-hole merger signal, the @LIGO-@ego_virgo-@KAGRA_PR Collaboration has shown the 2nd law of black hole mechanics, Hawking's area law (A_final > A_initial), to hold with high credibility.
PRL: https://t.co/IMlx5kgNU7 #open
39.2K views
Congratulations to John Clarke, Michael Devoret, & John Martinis
@NobelPrize in Physics "for the discovery of macroscopic quantum mechanical tunneling & energy quantization in an electric circuit" in 3 PRLs
https://t.co/ZJWyJB8ta4
https://t.co/rYlODViEZR
https://t.co/M7tyw1KFzD
📊 Post performance
Recent posts · views
Feb 2latest
37.1K
Avg views / post
21.4K–72.8K
Typical post (views)
49.9%
Reach vs followers
27/100
Variable reach
Feb 2015
On X since
Half of recent posts land between 21.4K and 72.8K views (median 37.1K) — reach is spiky, driven by the occasional post that pops.
🔥 Top post: Dropped plastic bottles containing swirling water bounce signifi · 519.9K views
📊 Activity & format
Posting cadence
0.04 / week
A lower-frequency account — each post lands with more weight.
Content mix
Mostly images
Recent: 5 video · 10 image · 3 text.
Follower / following
425×
Follows 175 back. A strong ratio — an audience that follows them, not a follow-for-follow network.
Recent posts
View on X ↗▶
🔥 Top post
Dropped plastic bottles containing swirling water bounce significantly less than bottles containing standing still water after impacting the floor
Letter: https://t.co/WJ6B4i3OUH
Focus: https://t.co/LlUxiFf48G
Congratulations to John Clarke, Michael Devoret, & John Martinis
@NobelPrize in Physics "for the discovery of macroscopic quantum mechanical tunneling & energy quantization in an electric circuit" in 3 PRLs
https://t.co/ZJWyJB8ta4…
Volume 135, Issue 11
https://t.co/BzxObZOtMF
Cover: Inspiral, merger, and ringdown for a pair of black holes, which allowed confirmation of Hawking’s area law. Data are from @LIGOWA (red) and @LIGOLA (blue)
https://t.co/rgAnX6JoqX
** STEPHEN HAWKING WAS RIGHT **
Using a very strong black-hole merger signal, the @LIGO-@ego_virgo-@KAGRA_PR Collaboration has shown the 2nd law of black hole mechanics, Hawking's area law (A_final > A_initial), to hold with high credi…
Gravitational field equations describing binary black holes can be recast in a form resembling coupled Maxwell’s equations for electrodynamics https://t.co/UCJyb693c2
A new statistical test identifies groups of variables that are mutually coupled and can be represented in a causal graph as single, aggregated nodes, which allows the extraction of hierarchical structures from observational data https://t.…
Navier-Stokes equations are shown to emerge from a generalized hydrodynamics description for nearly integrable 1D quantum many-body systems https://t.co/EUbw1Ra9W3
▶
Experiments with colloidal particles have uncovered conditions where an intermediate layer that separates a crystallizing liquid from its solid forms #CoolVideo
Letter: https://t.co/GBYuWMMj9C
Synopsis: https://t.co/hvK0wu1LTI
▶
Structure and Rheology in Vertex Models under Cell-Shape-Dependent Active Stresses https://t.co/1lTC5OMIJt #biophysics #CoolVideo
Congratulations to Alain Aspect, John Clauser, and Anton Zeilinger on being awarded the 2022 @NobelPrize in Physics “for experiments with entangled photons, establishing the violation of Bell inequalities and pioneering quantum information…
▶
Volume 127, Issue 24
https://t.co/yLbPoCSOmE
Cover: Breakup of a liquid jet by a continuous-wave laser into periodic drops (right two panels) over about 100 milliseconds #coolvideo
▶
Droplets of different liquids bounce off each other several times on a hot plate until they coalesce when the droplet that evaporates faster reaches a certain critical size dictated by the capillary length
Letter: https://t.co/BX0S2KdSOi
V…
💡 Facts
🗓️Joined X in 2015 — 11 years ago.
👁️Averages 37.1K views per post.
📤Posts about 0× per week.
💬0.92% engagement rate.
🏅Earned the 10K Followers for passing 10K followers.
🕵️ Fake follower check
Estimated37/100
Low
Credibility score
66%
Mixed
Real audience
Medium
Fake-follower risk
High
Data confidence
- Est. 66% real, active audience · Medium fake-follower risk.
- Low engagement (~0.5× of followers engage each post) — a sign of an inflated or inactive audience.
- Organic base — far more followers than accounts it follows.
- Established account (11+ years old).
- 0.92% engagement — below the ~18% typical for this size.
Heuristic estimate from engagement, follower ratios, account age & growth — a screening signal, not a guarantee.
About
The world’s most-cited journal in multidisciplinary physics.
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🔀 Audience overlap
EstimatedEstimated shared audience with similar creators — useful for avoiding overlap (or doubling down) when planning a campaign.
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16%
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15%
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14%
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12%
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11%
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10%
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Physical Review Letters has 74,443 followers on X.
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