The next generation modern computer machine quantum computing programming language.
Qn.-> as in Quantum, based on the infinite-decimal metric unit (qu), hence a computing variable to define any and every type of data, in SPACE->MEMORY using the Computer Metric System as base to define the Quantum Data Model, with the Computing Transition Unit, It re-defines the traditional computer metric system to form a whole new Quantum Metric System, therefore a new computer data scale.
The next generation modern computer machine quantum computing programming language.
Qn.-> as in Quantum, based on the infinite-decimal metric unit (qu), hence a computing variable to define any and every type of data, in SPACE->MEMORY using the Computer Metric System as base to define the Quantum Data Model, with the Computing Transition Unit, It re-defines the traditional computer metric system to form a whole new Quantum Metric System, therefore a new computer data scale.
A Quibble is a Quantum Transition Unit, which is half-bit size,
It is used to transition data from bit to qit. Qit is a
new Quantum Data Unit, witch is a quarter-bit size. Mathematically
speaking, n-qib would be the actual computing notation for a qit.
Qn (qu) is the computing variable to store infinite-decimally data
into a computer memory space, having in consideration the physical
aspects of the computer machine and the computer metric system being
Used today, an intermediary between the computer machine and the
programming language is needed to transition actual processing data
to the Quboid data structure. Therefore a compiler will be used to
format binary data to quantum data, this compiler is called Quantu,
it takes machine code generated in processor, and in the computer
memory and passes to QUBOID ready data structure.
THE COMPILER
1.quantu.mliC (format) MACHINE LANGUAGE INTERPRETER CONVERTER -> MOV, FRMT, PUT DATA
Project information
- Maintainer:
- Lindows XL
- Driver:
- Lindows XL
- Licence:
- Academic Free Licence, GNU Affero GPL v3, Apache Licence, Artistic Licence 1.0, Artistic Licence 2.0, Simplified BSD Licence, Common Public Licence, Eclipse Public Licence, Educational Community Licence, GNU GPL v2, GNU GPL v3, GNU LGPL v2.1, GNU LGPL v3, MIT / X / Expat Licence, Mozilla Public Licence, Open Software Licence v 3.0, PHP Licence, Public Domain, Python Licence, Zope Public Licence, Creative Commons - Attribution, Creative Commons - Attribution Share Alike, Creative Commons - No Rights Reserved, GNU FDL no options, Open Font Licence v1.1
View full history Series and milestones
trunk series is the current focus of development.