http://perso.ens-lyon.fr/pablo.jensen/
http://lpmcn.univ-lyon1.fr/~jensen/
=======================
Lucrative store locations pinpointed by new model
* 10:00 07 October 2006
* From New Scientist Print Edition.
The old mantra about the three most important factors for a shop's
success - location, location and location - has been borne out by a new
mathematical model. It could help retailers pinpoint lucrative sites for
their stores.
Physicist Pablo Jensen from the Ecole Normale Supérieure in Lyon,
France, analysed location records for more than 8500 retail outlets in
the city. He found that the shops formed clusters, with shops such as
butchers and delicatessens in one group, for example, and laundromats
and bookstores in another. Stores of the same group seemed to attract
each other, while stores from different groups repelled each other.
cont'd....
http://www.newscientist.com/article/dn10242-lucrative-store-locations-pinpointed-by-new-model.html
=======================
In "Atomic Physics Predicts Successful Store Location, LiveScience
reports that a French physicist has applied methods used to study atomic
interactions for another task: "help business owners find the best
places to locate their stores." Pablo Jensen has used his method for the
city of Lyon and is now developing software with the local Chamber of
Commerce to help future business owners. But read more…
Here are short excerpts from the LiveScience article.
Researcher Pablo Jensen, a computational physicist at the Ecole
Normale Supérieure of Lyon, France, studied the locations of businesses
in that city. His goal was to determine which varieties of stores seem
to draw or drive away other types of stores, much as how different kinds
of atoms can attract or repel each other due to their electric and
magnetic properties.
To see how well one kind of business, such as furniture stores,
attracted or repelled other types of stores, such as delis or
hairdressers, Jensen looked at each kind of store and then examined what
other sorts of businesses were or were not found within a 300-foot
radius, which he judged as a typical distance a customer accepts to walk
to visit different stores. He then plugged those numbers into
calculations that are normally used to study atomic interactions.
As writes Pablo Jensen, "walking in any big city reveals the extreme
diversity of retail store location patterns."
cont'd....
http://blogs.zdnet.com/emergingtech/?p=369
(image: map of Lyon showing the location of all retail stores, with
separate icons for shoe stores, furniture dealers and drugstores.
(Credit: Pablo Jensen))
