View source for Q++ and a Non-standard Model: DWT v.2

{{Infobox book
| image = Q++ and a Non-standard Model DWT v.2 placeholder cover.jpg
| alt = Q++ and a Non-standard Model DWT v.2 (placeholder cover)
| name = Q++ and a Non-standard Model: DWT v.2
| author = [[Lucian M Ionescu]]
| language = English
| subject = Digital physics, quantum computing
| publisher = [[Trafford Publishing]]
}}

'''''Q++ and a Non-Standard Model: The Digital World Theory v.2''''' (subtitled ''Quantum Programming Language and Implementation Considerations'') is a book by the mathematician [[Lucian M Ionescu]].

==Overview==

The book is part of Ionescu's '''Digital World Theory''' (DWT) programme, which treats physical reality as the output of an underlying quantum computation. In this view, space and time are discrete coordinates attached to a computation flowing through a causal structure, unified by a generalized Wick rotation, and "Q++" is proposed as the quantum programming language for describing such a reality — its "quantum hardware and quantum software." The work explores a "non-standard model" of particle physics away from the conventional Standard Model, drawing on ideas from deformation theory and algebraic renormalization.

==About the author==

Lucian Miti Ionescu is a Romanian-American mathematician and professor at Illinois State University, with research in quantum mathematical physics and quantum computing connected to the work of Fields medalists Maxim Kontsevich and Alain Connes.

==Publication details==

* '''Author:''' [[Lucian M Ionescu]]
* '''Publisher:''' [[Trafford Publishing]]
* '''Series:''' Digital World Theory, v.2

==Links to Purchase Book==

* [https://www.amazon.com/Non-Standard-Model-Programming-Implementation-Considerations/dp/1425134920 Q++ and a Non-Standard Model] (Amazon)

[[Category:Book with placeholder cover]]
[[Category:Book|q++ and a non-standard model dwt v2]]