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Physical Review Letters

@PhysRevLett · joined 15 Feb 2015

The world’s most-cited journal in multidisciplinary physics.

75 013Followers
171Following
5 544Posts total
28.2KViews on collected posts

Últimas publicaciones

Physical Review Letters@PhysRevLett
A quantum Hall trilayer with each layer at filling factor 1/3 and tuned solely by interlayer spacing can host an intermediate “anyon-exciton condensate” phase that could couple intrinsic topological order with gapless collective modes. Learn more: https://t.co/eWk2fwSLGZ https:
A 3D rendering of three stacked quantum Hall layers linked by a coherent anyon-exciton composite, with fractionalized quasiparticles following a curved path beside the layers.
1.3K views · 29 likes · 9 reposts · 1 replies Open on X →
Physical Review Letters@PhysRevLett
A study reports the first-ever measurements of Kelvin-wave turbulence in the lab. As waves travelled along an air-water vortex core, they transferred energy to smaller scales — consistent with predictions for a turbulent energy cascade. Learn more: https://t.co/eYcAiEBrBj https:
A series of three side-by-side photos capture Kelvin wave turbulence along an air-water vortex filament. A 40-centimeter-long vortex set against a black backdrop is bounded on the bottom by a red tube and on the top by an immersed gray annulus, where the vortex is forced by gentle random horizontal oscillations — generating interacting Kelvin waves that transport energy along the filament.
A photo captures Kelvin wave turbulence along an air-water vortex filament. A 40-centimeter-long vortex set against a black backdrop is disturbed from the top, creating a wavy shape and swirling filaments along which interacting Kelvin waves transport energy.
3.3K views · 77 likes · 14 reposts · 1 replies Open on X →
Physical Review Letters@PhysRevLett
A new study uncovers the origin of the narrow window of stability in oxygen-annealed high-temperature bilayer nickelate superconductors, offering practical engineering guidance to break the tradeoff between two competing mechanisms. Read the paper: https://t.co/k6pWidvxEU https
A schematic shows two layered nickelate crystal structures, one with a missing inner apical oxygen atom and one with an extra oxygen atom between the bilayers.
1.7K views · 33 likes · 0 reposts · 0 replies Open on X →
Physical Review Letters@PhysRevLett
#OnTheCover of this week’s issue: An Illustration of an information transduction from a hidden chemical network through a partially observed fluctuating signal to a readout molecule in biological sensing. 🔗 https://t.co/ksLS3mn5yc 📷 Elisabetta Pasquale https://t.co/VnznXnvnak
Artistic illustration of information transduction in biological sensing. On the left, a circular diagram shows a network graph with a person riding a stationary bike, representing a hidden chemical network. A squiggly line leads to a standing figure using a magnifying glass to inspect a signal wave, representing a partially observed fluctuating signal. A dashed line points down to a seated figure writing on a notepad, symbolizing a readout molecule.
3.5K views · 44 likes · 6 reposts · 2 replies Open on X →
Physical Review Letters@PhysRevLett
@PhysRevLett The phasing held it in place? my visual cortex is conceptually showing the phasing didn't allow it too leave from its current stationary position so it should of had a adjustment of itself enegy oscillations to disrupt that phasing induced postion if so photonic coup 25 views · 1 likes · 0 reposts · 0 replies Open on X →
Physical Review Letters@PhysRevLett
@PhysRevLett Spin spin sugar “Think of each ion’s spin as a little clock hand that starts pointing the same way when the photon is stored. Because every ion sits in a slightly different magnetic environment, some hands tick a bit faster and some a bit slower. After a short time t 64 views · 1 likes · 1 reposts · 0 replies Open on X →
Physical Review Letters@PhysRevLett
@PhysRevLett This photograph is so beautiful and clean. 97 views · 4 likes · 0 reposts · 1 replies Open on X →
Physical Review Letters@PhysRevLett
A new quantum memory device stores a heralded single photon for up to 180 microseconds, equivalent to a node distance of more than 30 kilometers, using an atomic frequency comb with spin rephasing. The results are a key step toward a quantum internet. 🔗 https://t.co/A0MmwWgQoj h
Up-close, top-down view of the new quantum memory device. A coiled copper wire is mounted on a copper-colored metallic plate and surrounded by wiring, mesh, screws, and a gold-colored base.
5K views · 119 likes · 27 reposts · 8 replies Open on X →
Physical Review Letters@PhysRevLett
A new wave turbulence regime in active matter has been found using numerical simulations. When in dense suspensions, active phoretic disks with physico-chemical hydrodynamic interactions remain caged and perform local vibrations. Read the Letter: https://t.co/xJV2dh3L5X https:/
Animated gif showing a zoomed-in view of turbulence with negligible net displacement of disks, at Pe = 4.5 and φ = 0.5, with time τ running from 0 to 200. Multiple disks are depicted in a box and colored by the velocity component U x 15 (ranging from dark blue at -5, through red at 0, to green at 5). Arrows indicate their swimming directions, which are constantly changing. Black lines trace the trajectories of five selected disks, creating five localized roughly circular scribbles, indicating that the disks are vibrating locally, and remain within a caged region, rather than performing large-scale advection.
4K views · 104 likes · 11 reposts · 1 replies Open on X →
Physical Review Letters@PhysRevLett
@PhysRevLett Lol same. https://t.co/Wuw5iE0HiS
31 views · 1 likes · 0 reposts · 0 replies Open on X →
Physical Review Letters@PhysRevLett
@PhysRevLett @RDWareEsqu1re @grok tell us more about this paper 78 views · 0 likes · 0 reposts · 1 replies Open on X →
Physical Review Letters@PhysRevLett
New research shows that increasing temperature, laser excitation, and magnetic fields accelerates magnetization dynamics in a weak ferromagnet. This spin-fluctuation effect could offer new routes to tunable, ultrafast spintronic devices. Read the Letter: https://t.co/d57k5IM7RN
A 2D square plot depicts spin fluctuations accelerating demagnetization in CaRuO3/SrTiO3 superlattices as temperature rises. Yellow dashed, green dashed, and solid red curves begin at the bottom left origin and move rightward across a vertical dotted grey line representing the Curie temperature. The yellow line rises initially, peaks early, then slightly decreases. The green line rises steadily with power-law growth. The red line, labeled 𝚪, increases with steeper power-law growth. Beyond a double-slash axis break at the far right border, all three curves flatten into horizontal lines.
2.6K views · 52 likes · 10 reposts · 1 replies Open on X →
Physical Review Letters@PhysRevLett
Researchers have discovered a double neutron star system with the lowest known total mass and the second-shortest — and decreasing due to gravitational waves — known orbital period, making it a strong candidate for studying relativistic effects. 🔗 https://t.co/Yo722U42S6 https:/
A still from a simulation of two colliding neutron stars shows two yellow circles surrounded by clouds of red over a black background. The red surroundings are merging into each other.
6.5K views · 138 likes · 24 reposts · 2 replies Open on X →

Frente a cuentas del mismo tamaño

13 publicaciones de los últimos 90 días, junto al rango de 10K–100K seguidores. llega a menos gente que sus pares, pero los implica mucho más.

Visualizaciones medianas1 706esta cuenta924mediana de 10K–100K
Alcance, %2.27%esta cuenta3.62%mediana de 10K–100K
Interacción, %2.91%esta cuenta1.52%mediana de 10K–100K
MétricaEsta cuentaMediana de 10K–100KProporción
Visualizaciones medianas por publicación1 7069241.85×
Alcance (visualizaciones ÷ seguidores)2.27%3.62%0.63×
Tasa de interacción2.91%1.52%1.91×

Otras cuentas de este rango →   Comparar con otra cuenta →   Cómo se construyen estas referencias →

Growth & engagement

How the posts we collected actually performed: views and reaction rate post by post, what the audience did with them, and where the follower count goes.

Views per post

6.5K16 Sep
2.6K
78
3117 Sep
4K
5K
97
64
25
3.5K18 Sep
1.7K21 Sep
3.3K
1.3K

Last 13 collected posts, oldest on the left. The scale is logarithmic: one post can outrun the rest a hundred times over.

Engagement rate per post

2.55%16 Sep
2.40%
1.28%
3.23%17 Sep
2.91%
3.19%
5.15%
3.12%
4.00%
1.51%18 Sep
1.93%21 Sep
2.83%
3.09%

Reactions — likes, reposts, replies and quotes — divided by views. Median for 10K–100K accounts is 1.52%.

What the audience does

Likes68.8%603 in total
Reposts11.6%102 in total
Replies2.1%18 in total
Quotes1.3%11 in total
Bookmarks16.3%143 in total

Share of every reaction we collected for this account. Replies mean argument, reposts mean endorsement, bookmarks mean the post was worth keeping.

Followers by day

19 Sep

Daily snapshots since 19 Sep 2026; the dashed line is the starting count.

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