hello this is a video articulation submission db

so here we

images and marcus at ash stephen clark myself tom ridge

well start by describing the kinds of stops in my present is

is it possible realisation that any crystal geometry

when detecting the crystal whole more questions in a set of buttons can coherently sounding

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we can use nonlinearities by local coupling each resonance with a to the system is

described by james comes interaction

a common in hamilton for the total system here since the change coming something

and we note there are several a promising technology stimuli something notably those nations that

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present in a race tracks a lot of attention recently hundred platforms realising strongly colour

many by state applied

because of the possibilities use them as content similar to interesting facts

on the person persons wishing idealise large was also raised

but resonator losses in future experiments like to use

the first very small

and now require external pumping sort become losses

so that in my

the purpose of our work is twofold

on the one hand we investigate how to describe resonator is but physically accurately

and the other ones one dissipated this is expected in the future small-scale rise

so that's part of our work involves looking at accurately model which is

the chain coming haven't model was introduced about

if the full description of the rise coupled to double system

it's actually citations a joint adam for example are

but sometimes the purely prosodic breaks habit

which arises naturally incorporate optical lattice setups

is used to approximate the dynamics of resonators

so its importance new information is approximation about thing to do

only taking the full description with the novel aspect not captured by the perceptible

so in this work we compared experimentally accessible observable also present in race describer models

and that is

we need a meaningful way that between

we chose to match the one i can structure

i details in this matter

we don't do not compare spectral correlation functions with small or medium sized arrays and

the reader perceptive or jamestown subscription

i don't i solution experimentally realistic parameters but coupling one straight road panel in general

very important differences between the two models

mostly on account of the additional atomic degree of freedom that the full description possesses

note the second time dissipate near future experiments were raised we need ways to simulate

large and medium sized arrays

to solve these databases

we use the combination of the matrix per state representation to describe your one trajectories

we can this combination is very efficient as we can average are many independent realizations

we can also every time steps

and in many cases also provide insights

so this numerical has been investigated with the two recently proposed anybody effects could be

observed in a rise and that probably described in its comes have a model

participants were predicted to occur really tonic systems these numbers of approximation

but this design is based on permutation and then given by me and characterized by

buttons and a strong on the conditions

and we also found increase or duration

we should best replication importance become glued together so that's one raises a lot of

particles random a theory

in both cases we calculate an equivalence when we are described it wasn't

are there are several differences in tune abilities p without any case

and is reflected general conclusions this work the trend is very resonator weights must be

described by jane comments have able to make a physical predictions

so initial watching at least two three nine questions