activity
20152026
most citedMultimode directionality in all-dielectric metasurfaces

134 citations · 281 across the 6 of their papers we have counts for

collaborators

6 papers

physics.bio-ph2026

Transcription rate dynamics and RNA copy number noise: General relations and data-driven predictions

Amara McCune, Ido Golding, Shlomi Reuveni +1

Stochastic models of gene expression typically begin with a microscopic model of transcription and propagate its statistics to the RNA distribution. Here we develop a doubly stocha…

cond-mat.stat-mech2021★ 115 cited

The inspection paradox in stochastic resetting

Arnab Pal, Sarah Kostinski, Shlomi Reuveni

The remaining travel time of a plane shortens with every minute that passes from its departure, and a flame diminishes a candle with every second it burns. Such everyday occurrence…

physics.bio-ph2020★ 13 cited

Growth-laws and invariants from ribosome biogenesis in lower Eukarya

Sarah Kostinski, Shlomi Reuveni

Eukarya and Bacteria are the most evolutionarily distant domains of life, which is reflected by differences in their cellular structure and physiology. For example, Eukarya feature…

cond-mat.soft2018★ 7 cited

Controlling polyelectrolyte adsorption onto carbon nanotubes by tuning ion-image interactions

Alpha A. Lee, Sarah V. Kostinski, Michael P. Brenner

Understanding and controlling polyelectrolyte adsorption onto carbon nanotubes is a fundamen- tal challenge in nanotechology. Polyelectrolytes have been shown to stabilise nanotube…

physics.optics2016★ 134 cited

Multimode directionality in all-dielectric metasurfaces

Yuanqing Yang, Andrey E. Miroshnichenko, Sarah V. Kostinski +4

We demonstrate that spectrally diverse multiple magnetic dipole resonances can be excited in all-dielectric structures lacking rotational symmetry, in contrast to conventionally us…

cond-mat.stat-mech2015★ 12 cited

An elementary derivation of first and last return times of 1D random walks

Sarah Kostinski, Ariel Amir

Random walks, and in particular, their first passage times, are ubiquitous in nature. Using direct enumeration of paths, we find the first return time distribution of a 1D random w…