BEGIN:VCALENDAR
VERSION:2.0
PRODID:-//linuxsoftware.nz//NONSGML Joyous v1.4//EN
BEGIN:VEVENT
SUMMARY:Towards Quantum Sensor Networks
DTSTART:20240726T090000Z
DTEND:20240726T110000Z
DTSTAMP:20260419T071054Z
UID:1568f5a6-f1d9-465a-bfaa-664d4f7d2bb3
SEQUENCE:1
CREATED:20240725T092637Z
DESCRIPTION:Quantum sensor networks are a framework for distributed quantu
 m sensing. In particular\, they aim at characterizing protocols for sensin
 g where each of the parties have access to a local parameter\, and in part
 icular\, to a local channel that encodes this parameter over their quantum
  resources. In this project we start by investigating the privacy in such 
 protocols\, where only the information about a target linear function of t
 he local parameters is available to every party. As a result we find a com
 plete description of the states that hold this property\, in terms of the 
 target function\, and the resource distribution. Using these results\, we 
 then proceed to find a set of problems that can be described by a linear f
 unction of local values\, which now can be seen as evaluations of a field 
 in the different locations. Using this we find go and non-go results under
  which this problem converges to the correct solution\, and if not\, ways 
 to find the corresponding error. This will be related with the locations o
 f the sensors and the model of the field available. Both works pave a path
  towards the deployment of a quantum sensor network. 
LAST-MODIFIED:20240725T092637Z
LOCATION:Online
URL:http://df.vps.tecnico.ulisboa.pt/en/events/towards-quantum-sensor-netw
 orks/
X-ALT-DESC;FMTTYPE=text/html:<p data-block-key="q94ee">Quantum sensor netw
 orks are a framework for distributed quantum sensing. In particular\, they
  aim at characterizing protocols for sensing where each of the parties hav
 e access to a local parameter\, and in particular\, to a local channel tha
 t encodes this parameter over their quantum resources. In this project we 
 start by investigating the privacy in such protocols\, where only the info
 rmation about a target linear function of the local parameters is availabl
 e to every party.<br/><br/> As a result we find a complete description of 
 the states that hold this property\, in terms of the target function\, and
  the resource distribution. Using these results\, we then proceed to find 
 a set of problems that can be described by a linear function of local valu
 es\, which now can be seen as evaluations of a field in the different loca
 tions.<br/><br/> Using this we find go and non-go results under which this
  problem converges to the correct solution\, and if not\, ways to find the
  corresponding error. This will be related with the locations of the senso
 rs and the model of the field available. Both works pave a path towards th
 e deployment of a quantum sensor network. </p>
END:VEVENT
END:VCALENDAR