Disclosure: I am not an expert in quantum mechanics or simulation.
This paper is perfectly suited to publication in the proceedings. It gives a concise and well-written exposition of the QuTip library for quantum simulation.
I only have some minor editorial feedback:
Link to http://qutip.org/ early in the paper (abstract, introduction?)
"as oppose to" -> "as opposed to"
"The main challenge in numerical simulation of quantum
system" -> systems?
"as oppose of wavefunctions" ?
"open quantum system" -> "open quantum systems"
"provides are: tensor, ....; ptrace, ..." (commas and semi-colons)"
"packages for python" -> "packages for Python"
"various time-evolutions solvers. We" -> "various time-evolution solvers, we"
Last page: "without for example" -> "without, for example"
spaces between paragraphs
use -> uses
Capitalize python -> Python (several instances)
"accessible through a superior" --> what does "superior" imply?
Disclosure: I am not an expert in quantum mechanics or simulation.
This paper is perfectly suited to publication in the proceedings. It gives a concise and well-written exposition of the QuTip library for quantum simulation.
I only have some minor editorial feedback:
Link to http://qutip.org/ early in the paper (abstract, introduction?) "as oppose to" -> "as opposed to" "The main challenge in numerical simulation of quantum system" -> systems? "as oppose of wavefunctions" ? "open quantum system" -> "open quantum systems" "provides are: tensor, ....; ptrace, ..." (commas and semi-colons)" "packages for python" -> "packages for Python" "various time-evolutions solvers. We" -> "various time-evolution solvers, we" Last page: "without for example" -> "without, for example" spaces between paragraphs use -> uses Capitalize python -> Python (several instances) "accessible through a superior" --> what does "superior" imply?