BEGIN:VCALENDAR
VERSION:2.0
PRODID:-//Talks.cam//talks.cam.ac.uk//
X-WR-CALNAME:Talks.cam
BEGIN:VEVENT
SUMMARY:Non-reciprocal active matter across the scales - Ramin Golestanian
  (MPI &amp\; Oxford)
DTSTART:20231005T130000Z
DTEND:20231005T140000Z
UID:TALK203986@talks.cam.ac.uk
CONTACT:Bo Peng
DESCRIPTION:Ramin Golestanian\n\nMax Planck Institute for Dynamics and Sel
 f-Organization\, Göttingen\n\nRudolf Peierls Centre for Theoretical Physi
 cs\, University of Oxford\n\n \n\nBroken action-reaction symmetry has been
  recently explored in active matter in the context of nonequilibrium phore
 tic interactions between catalytically active colloids and enzymes [1]\, a
 nd shown to lead formation of self-propelled active molecules that break t
 ime-reversal symmetry [2]\, oscillating active complexes that break time-t
 ranslation symmetry [3]\, chiral bound-states [4]\, and active phase separ
 ation with specified stoichiometry [5\, 6]. Non-reciprocal interactions ha
 ve been found to lead to rich physical phenomena involving various forms o
 f spontaneous symmetry-breaking in other related nonequilibrium contexts [
 7\, 8]. Recent applications of non-reciprocal active matter have revealed 
 exotic behaviour such as the appearance of effervescent travelling pattern
 s [9] and shape-shifting multifarious self-organization [10]\, spontaneous
  escape of kinetic barriers [11]\, dynamical pattern formation in quorum-s
 ensing active matter [12]\, as well as implications of the physics of non-
 reciprocal interactions on the origin of life [13\,14\,15].\n\n \n\nRefere
 nces\n\n[1] R. Golestanian\, Lecture Notes of the 2018 Les Houches Summer 
 School (OUP\, 2022)\; arXiv:1909.03747 (2019)\n\n[2] R. Soto and R. Golest
 anian\, PRL 112\, 068301 (2014)\n\n[3] R. Soto and R. Golestanian\, PRE 91
 \, 052304 (2015)\n\n[4] S. Saha\, S. Ramaswamy\, and R. Golestanian\, NJP 
 21\, 063006 (2019)\n\n[5] J. Agudo-Canalejo and R. Golestanian\, PRL 123\,
  018101 (2019)\n\n[6] V. Ouazan-Reboul\, J. Agudo-Canalejo\, and R. Golest
 anian\, EPJE 44\, 113 (2021)\n\n[7] N. Uchida and R. Golestanian\, PRL 104
 \, 178103 (2010)\n\n[8] S. Saha\, J. Agudo-Canalejo\, and R. Golestanian\,
  PRX 10\, 041009 (2020)\n\n[9] S. Saha and R. Golestanian\, arXiv:2208.149
 85 (2022)\n\n[10] S. Osat and R. Golestanian\, Nature Nanotechnology 18\, 
 79 (2023)\n\n[11] S. Osat\, J. Metson\, M. Kardar\, and R. Golestanian\, a
 rXiv:2309.00562 (2023)\n\n[12] Y. Duan\, J. Agudo-Canalejo\, R. Golestania
 n\, and B. Mahault\, arXiv:2306.07904 (2023)\n\n[13] V. Ouazan-Reboul\, J.
  Agudo-Canalejo\, and R. Golestanian\, Nat. Commun. 14\, 4496 (2023)\n\n[1
 4] V. Ouazan-Reboul\, R. Golestanian\, and J. Agudo-Canalejo\, PRL 131\, 1
 28301 (2023)\n\n[15] V. Ouazan-Reboul\, R. Golestanian\, and J. Agudo-Cana
 lejo\, arXiv:2305.05472 (2023)
LOCATION:TCM Seminar Room
END:VEVENT
END:VCALENDAR