RMTboy

RMTboy

Joined February 24, 2024

Karma 47

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RMTboy

1

Posted by RMTboy •

Hi there, Aqora is primarily focused on quantum computing and its applications. Your research topic, involving integrated laser-MHD systems and photophoresis, sounds fascinating but appears to be more oriented toward aerospace propulsion and multiphysics than quantum computing.
However, if your project involves a quantum computing angle—such as optimizing complex multiphysics simulations using quantum algorithms or leveraging quantum computing for modeling particle interactions—the community could assist you further!
RMTboy

1

Posted by RMTboy •

What does this mean exactly ?
RMTboy

1

Posted by RMTboy •

do you know in the world who is working particularly on that ? do you have any paper I could read ?
RMTboy

1

Posted by RMTboy •

would you have any reference to a scientific paper showing these numbers ?
RMTboy

7

Posted by RMTboy •

Hi CERN team, thanks so much for organising this challenge. I have a generic question for you at this stage. What can you do today with quantum algorithms that was simply out of reach three years ago? Are there specific breakthroughs in error mitigation, variational methods, or quantum subroutines that have made a real difference in your research?
RMTboy

2

Posted by RMTboy •

I have seen the release of your recent survey on the use of AI for quantum computing, would you be open to some form of competition in this area one day potentially ? This could be a way to bridge the two communities.
RMTboy

3

Posted by RMTboy •

Hi Esperanza, thanks for hosting this AMA! I’m curious—how do you see competitions, benchmarking, and open-source initiatives shaping the quantum computing ecosystem, similar to how they’ve driven innovation in AI?
RMTboy

1

Posted by RMTboy •

the minimisation of the total distance, see the metric function in the file use-case.py
RMTboy

1

RMTboy

1

Posted by RMTboy •

If I understand well, the quantity to optimise is the credit CC obtained which is expressed as follows. If the number of PMRQ is NN then the total cost is
∑t=1T∑i=1NcostiPMRQi,t×(1−∑j=1Ncrediti,jPMRQj,t)\sum_{t=1}^T \sum_{i=1}^{N}cost_i PMRQ_{i,t}\times (1-\sum_{j=1}^{N} credit_{i,j}PMRQ_{j,t}) and the credit obtained is
∑t=1T∑i=1N∑j=1Ncosticrediti,jPMRQi,tPMRQj,t\sum_{t=1}^T \sum_{i=1}^{N}\sum_{j=1}^{N} cost_i credit_{i,j} PMRQ_{i,t} PMRQ_{j,t}
where PMRQi,jPMRQ_{i,j} is 1 is the maintenance of ii is done at time tt and 0 otherwise. The variable credit(i,j)credit(i,j) indicates whether the maintenance of PMRQ-i is free if we do the one of PMRQ-j.
I guess there is a small typo in the sentence "PMRQ 1 credit PMRQ 2 and 4 for a cost of 5 at period 5" where it should be a cost of 4 and not 5. We'll rewrite the description of the problem to make it a bit more friendly!