0:00:03i mean i will have something about the latest submission to usual
0:00:09but pressure remotes and saw that structure a promising candidate continues very effective information
0:00:16the speech along coherence times in many of them can be degraded micron size
0:00:22and this paper we propose and analyze to make an given in table scraps operations
0:00:28on a localised pressure
0:00:31inter annotator
0:00:33transmit and state between the every week but
0:00:37all these operations control instantly modulating driving laser intensity
0:00:43let us now briefly review the van on optical spring effect
0:00:47just as the basis for scheme
0:00:49in addition unlighted training and it smoothly changing the position of them are also because
0:00:56it is resting frequency which affect the lives intensity circulating inside the cavity
0:01:02the not so it's radiation pressure imposed on the matter which is proportional to like
0:01:07intensity
0:01:09thus
0:01:10for depends on the position of the marrow
0:01:13under certain conditions as well as can be expressed as the remote of a conservative
0:01:18potential
0:01:21the assume that the motion of the narrow can be more the santa monica last
0:01:26night
0:01:27we can easily incorporated this into the potential picture adding inharmonic potentially to the radiation
0:01:33pressure country
0:01:35the most of them there is not affected what and which are just the harmonic
0:01:41and radiation pressure
0:01:44detecting potential you just a little the meeting in which can be robust
0:01:49to describe someone relations are on the minimum we thank the potential to second order
0:01:55and we combine money okay however the slope of this parameter is better than the
0:02:01original one meaning that the narrow pieces that the sprinkle
0:02:06on a global that's that the interaction with my view students to spring constant of
0:02:11the matter
0:02:12this phenomenon is called optical spring
0:02:16now we have to what right model that all how well the same article
0:02:21their deltas bring a fast as descending all does that our model
0:02:28and you see this and uses that x coupling between the model
0:02:32this coupling is effective if the models are in reference
0:02:36we are interested in frequency selective operations that we have models of different frequency leading
0:02:43to an inefficient currently
0:02:45however the system will try to make it works well today the coupling entire
0:02:50the parametrically this is the ad detection can become effect
0:02:55in order to this can be done by modulating the driving like intensity
0:03:00so that modulate the optical spring effect
0:03:04for different modulation frequencies
0:03:06if they are all the interaction cameras
0:03:11yes schematic diagram of the wrestlers region while everyone operation
0:03:16they are plotted against the data modulation frequency
0:03:19and the driving for
0:03:22a model is inside the right column
0:03:25the green clones corresponding time-domain creation
0:03:32for two relays intensity dissipation programs operations
0:03:38for medium intensity dissipation is overcome and resonance regions
0:03:44i think the like the modulation frequency operations can be selected
0:03:51while too high intensity the cold overlap and selectivity is lost
0:03:57in our paper we extend the sensors for scalable the mechanical architecture