@_MonitSharma

Research Engineer @sgSMU, MS in Physics and Data Science from @IiserMohali, Quantum Classroom: https://xitter.cf/t.co/MXjtUSlwrF

 left as an exercise for reader
monitsharma.github.io/portfolio/
Joined December 2021
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539Media
Our paper, "Securing the Flow", has been accepted in Transportation Research Part E!. In this paper we study how to coordinate strategic storage and maritime corridor capacity before chokepoint disruptions. Our framework below:
The paper's framework separates strategic corridor commitments, port-commodity inventory and optional expansion before disruption from uncertainty and exposure, followed by scenario-dependent supply, routing, inventory use and shortages.

ALT The paper's framework separates strategic corridor commitments, port-commodity inventory and optional expansion before disruption from uncertainty and exposure, followed by scenario-dependent supply, routing, inventory use and shortages.

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Thank you @OpenAI for the Academic Researcher access to ChatGPT! ! Will be using this to accelerate my research at the intersection of Quantum + AI
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The leaderboard
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GPT6.1 Sol reached Pareto frontier again, with a TQ score of 939,169,018 761,077 T × 1,234 Q
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Finished Peaked Portal on Blue Qubit
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The solutions are now verified at Quantum Advantage Tracker: quantum-advantage-tracker.gi…
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5/n The practical takeaway: backup routes and stored supplies work together. A reserve can help when deliveries are interrupted; alternative routes can keep supplies moving. Planning both together helps us prepare for disruption before it happens.
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The paper is out in the journal: authors.elsevier.com/sd/arti…
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The paper is out in the journal : authors.elsevier.com/sd/arti…
Monit Sharma@_MonitSharmaOct 7
Our paper, "Securing the Flow", has been accepted in Transportation Research Part E!. In this paper we study how to coordinate strategic storage and maritime corridor capacity before chokepoint disruptions. Our framework below:
The paper's framework separates strategic corridor commitments, port-commodity inventory and optional expansion before disruption from uncertainty and exposure, followed by scenario-dependent supply, routing, inventory use and shortages.

ALT The paper's framework separates strategic corridor commitments, port-commodity inventory and optional expansion before disruption from uncertainty and exposure, followed by scenario-dependent supply, routing, inventory use and shortages.

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medium.com/@_monitsharma/lis…
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Finished in top 10 for the Classiq Quantum Circuit challenge , got to the depth of 111 from the original 5,329. The code and the idea, experimentation are all public.
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Code: github.com/MonitSharma/class… Writeup: medium.com/@_monitsharma/fro…

GitHub - MonitSharma/classiq-quantum-circuit-challenge: Classiq Quantum Circuit Challenge

Classiq Quantum Circuit Challenge. Contribute to MonitSharma/classiq-quantum-circuit-challenge development by creating an account on GitHub.

github.com
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Happy Independence Day, India!
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1/9 Our paper has been accepted in Quantum Science and Technology. “From Circuits to Hardware” benchmarks 7 quantum optimization methods across 4 NP-hard problems on IBM Heron processors. Paper: iopscience.iop.org/article/1… Code: github.com/SMU-Quantum/quant… #QuantumComputing
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More about: monitsharma.github.io/writin…
https://monitsharma.github.io

ALT https://monitsharma.github.io

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monitsharma.github.io/Mettle…
Monit Sharma@_MonitSharmaJul 18
Most quantum-circuit simulators need an NVIDIA GPU and CUDA. I spent a few weeks on a different question: can a MacBook do it well instead? Meet MettleQ — a simulator with hand-written Metal kernels for the Apple Silicon GPU. Median 10× over the plain-MLX GPU path. 🧵
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