As in the title anyone got examples of a quantum instruction set, and some code that does any kind of simple quantum processing of information. Every computer has some sort of instruction code which is used to represent a instruction to a computer. So Quantum computers are going to have their own set of instruction codes. Assembly language is a mnemonic representation of those instruction codes for a particular kind of computer architecture, a kind of abstraction.

I'm not completely sure what you mean by building a quantum computer from scratch inside simulations. However, yes, you can make software simulations of a quantum computer using your average laptop/desktop. How do you construct the instruction set for a quantum computer? Who knows. You'll Quil is a quantum instruction set architecture that first introduced a shared quantum/classical memory model. It was introduced by Robert Smith, Michael Curtis, and William Zeng in A Practical Quantum Instruction Set Architecture. What is Quantum Computing? A quantum computer is any device that uses quantum mechanical phenomena to perform Programs are defined by a set of instructions (a function) An instruction can be written as T:(s,a) > (s',a',d) The Quantum Virtual Machine (QVM)¶ The Rigetti Quantum Virtual Machine is an implementation of the Quantum Abstract Machine from A Practical Quantum Instruction Set Architecture. It is implemented in ANSI Common LISP and executes programs specified in Quil. Instruction Set Architectures for Quantum Processing Units. Reduced instruction set computers aim for both simplicity in hardware and synergy between architectures and compilers Where are we at with Quantum computing? Robert Smith (of Rigetti Computing) explains that we're in the EDSAC/ENIAC era. see follow up video for more technical information: Watch the next one in A universal quantum computer comprised of all features of a classical computer plus the full set of quantum features. the realm of general