The goal of this “Comprehensive Universe” web site is to present a research program and related set of projects, past and targeted publications about an interdisciplinary mapping, hence modelling, implying an operational framework efficiently integrating models of an usually spatial universe (astro-physical / cosmological) with biological, social, semantic, environmental, psychological, etc.. models.
Related publications are short sited below and the research program is summarized here.
Good models allow experimental measurements (in latin metiri) hence metrics. These are mostly geo-metries for mostly spatial multidimensional spaces and related metrics while computational hence formal linguistic sciences use their own computational space and time (number of computational steps) metrics.
One practical and locally efficient solution is to focus on a spatial, flat, earth-centered world, mostly two-dimensional plus time unless when you take-off in a plane: animals, plants, buildings, rivers and mountains each have their specific locations at one time.
However, this does not work so well when gravity and acceleration are at stake (to begin with GPS), for the location of semantics (where are they?), economy (ever more in the air), disease propagation (not solely spatial), algorithms, data, climate, mood and dark matter, as well as dark energy, of which the locations are no less problematic.
The purpose of the research program is to deliver a related generalized geometry for such a general epistemological endeavor, out of which it does not seem possible to reach the type of general predictability that real issues, such as the fate of the climate, and on longer terms space, life and societal extended consistency, are going to require.
Main/recent publications, communications and patents
- Lambda CDM boundaries to account for the measured Hubble constant issue, to be submitted
- Imaging Medical Imaging, of SPIE Vol. 9418, 941808, edited by Tessa S. Cook, Jianguo Zhang, doi:10.1117/12.2084490
- Big versus Meta Data, ESIP summer conference, Chapel Hill, NC, July 2013
- Future = Complexity, Interactions in Complex Systems ICS conference, Orleans, 2013
- SO Research Field Trajectories, CCCA’12, IEEE, Marseille, December 2012
- Kozlova, H. Vu, P. Journeau, Collaborative Scientific Communication, Marami 2011
- Evolution of the concept of dimension and potential impacts in physics, AIP n° 1446, 2012, doi:10.1063/1.4728011
- Emergence of dimensions in cosmology, New advances in Physics, vol. 4, 2010
- Semantic vs. Formal and Random limitations, ESPP’09, Budapest, 2009
- Mesurer la recherche interdisciplinaire, VSST’09, Nancy, 2009
- New concepts of dimensions and consequences, AIP n°1018, 2008, doi:10.1063/1.2947668
- Impact of Automation on Hospital Responsibility, HCTM, Pisa, 2007
- Evolution of the concept of dimension, AIP n°905, 2007, doi:10.1063/1.2737004
- Delivery technologies new business models, America Mail & Express, Miami, 2004
- Last mile delivery network design/implementation,E.T conference, Strasbourg 2004
- Kant 200 years after, U. Pamplona, 03/2004
- Cases in web-enabled Knowledge Management, ECEL’03 (e-learning), Glasgow, 2003
- Culture & Management, RTO symposium, Metz-Luxembourg, 2003
- Connaissance, book, Aegeus ed., 2005
Not submitted: FCP as a frame for a TOE, General Complexity Framework
Patent US # 9,256,909, Scientific Information Management Method, Applied US # 62/ 333,917, Submitted http://patfr.com/198405/FR2535492.html Meteorological micro-computer.
Comprehensive Universe 