Rosa Mach Batlle (@machbatlle) 's Twitter Profile
Rosa Mach Batlle

@machbatlle

ID: 1309040413362327553

calendar_today24-09-2020 08:02:21

5 Tweet

25 Followers

27 Following

Nanobright_project (@eu_nanobright) 's Twitter Profile Photo

Our Dr Rosa Mach-Batlle joined Nanobright team in Lecce in October 2019 with the goal of designing #plasmonic #structures for #neural interfaces. Rosa is interested in #plasmonics and #metamaterials and their #applications. She loves practicing yoga and painting. IIT

Our Dr Rosa Mach-Batlle joined Nanobright team in Lecce in October 2019 with the goal of designing #plasmonic #structures for #neural interfaces. Rosa is interested in #plasmonics and #metamaterials and their #applications.  She loves practicing yoga and painting. <a href="/IITalk/">IIT</a>
Physics of Magnetism (@physmagnetism20) 's Twitter Profile Photo

Is it possible to create a magnetic source at a distance? a promising strategy for controlling magnetic fields remotely in inaccessible regions, such as inside of the human body. journals.aps.org/prl/abstract/1… Rosa Mach Batlle Mark G. Bason Universitat Autònoma de Barcelona IIT Physics at Sussex SCHI /sky/ Lab

Is it possible to create a magnetic source at a distance? a promising strategy for controlling magnetic fields remotely in inaccessible regions, such as inside of the human body. journals.aps.org/prl/abstract/1… <a href="/MachBatlle/">Rosa Mach Batlle</a> <a href="/mgbason/">Mark G. Bason</a> <a href="/UABBarcelona/">Universitat Autònoma de Barcelona</a> <a href="/IITalk/">IIT</a> <a href="/PhysicsAtSussex/">Physics at Sussex</a>  <a href="/schi_lab/">SCHI /sky/ Lab</a>
Nanobright_project (@eu_nanobright) 's Twitter Profile Photo

A new #numerica method that will facilitate designs that exploit precise coupling of #macroscopic #fields into #nanophotonic elements and enable next gen #neural interfaces. @CiraciCristian Rosa Mach Batlle European Innovation Council IIT bit.ly/3dDrqt5

A new #numerica method that will facilitate designs that exploit precise coupling of #macroscopic #fields into #nanophotonic elements and enable next gen #neural interfaces.
@CiraciCristian <a href="/MachBatlle/">Rosa Mach Batlle</a> <a href="/EUeic/">European Innovation Council</a> <a href="/IITalk/">IIT</a>   
bit.ly/3dDrqt5
Cristian Ciracì (@cristianciraci) 's Twitter Profile Photo

We use a hydrodynamic description to study #nonlinear free electron dynamics in heavily doped semiconductors showing two orders of magnitude larger THG. Check out our latest article just published in Physical Review B. 👇🏻👇🏻👇🏻 journals.aps.org/prb/abstract/1… IIT @CBNUniLe SIOF-Plasmonica

We use a hydrodynamic description to study #nonlinear free electron dynamics in heavily doped semiconductors showing two orders of magnitude larger THG. Check out our latest article just published in <a href="/PhysRevB/">Physical Review B</a>. 👇🏻👇🏻👇🏻
journals.aps.org/prb/abstract/1…

<a href="/IITalk/">IIT</a> <a href="/CbnUnile/">@CBNUniLe</a> <a href="/Plasmonica/">SIOF-Plasmonica</a>