For more information see the website.
http://sdlogic.net/uploads/2/7/3/5/2735531/call_for_papers_-_2013_naples_forum_on_service.pdf

HOSTED BY
The University of Salerno and The University of Naples “Federico II”

CHAIRPERSONS
Evert GUMMESSON, Professor, Stockholm University, Sweden
Cristina MELE, Associate Professor, University of Naples “Federico II”, Italy
Francesco POLESE, Associate Professor, University of Salerno, Italy

KEYNOTE SPEAKERS
Evert GUMMESSON, Stockholm University, Sweden.
Robert LUSCH, University of Arizona, USA and Stephen VARGO, University of Hawaii, USA.
Jim SPOHRER, IBM Almaden Research Center, San Jose, USA.

SCIENTIFIC COMMITTEE
The Scientific Committee members will act as advisors to the Chairs and support the scientific level of the Forum.
Important tasks for the members are the participation in the review process of submitted abstracts and the selection of the
Best Paper Awards. The Scientific Committee members will serve as discussants during sessions.
President: Paolo Stampacchia, University of Naples “Federico II”, Italy
Claudio Baccarani, University of Verona, Italy
David Ballantyne, University of Otago, New Zealand
Ralph Badinelli, University of Virginia Tech, USA
Sergio Barile, University of Rome “La Sapienza”, Italy
Rod Brodie, University of Auckland, New Zealand
Antonella Carù, University of Milan “Bocconi”, Italy
Daniele Dalli, University of Pisa, Italy
Renato Fiocca, University Cattolica del Sacro Cuore, Milan, Italy
Gaetano Golinelli, University of Rome “La Sapienza”, Italy
Michael Kleinaltenkamp, University of Berlin, Germany
Helge Löbler, University of Leipzig, Germany
Robert Lusch, University of Arizona, USA
Paul Maglio, IBM Almaden Research Center, San Jose, USA
Irene Ng, WMG – University of Warwick, UK
Jaqueline Pels, University of Torquato de Tella, Argentina
Enzo Rullani, Venice International University, Italy
Jim Spohrer, IBM Almaden Research Center, San Jose, USA
Kaj Storbacka, Hanken School of Economics, Finland
Annalisa Tunisini, University of Urbino, Italy
Stephen Vargo, University of Hawaii, USA

THE 3 PILLARS OF THE NAPLES FORUM
The Naples Forum on Service is here for the third time. The first two on Capri (in 2009 and 2011) each had 150
participants from 25 countries. This was more than we had expected and as many as we could manage and still keep a
close and intimate atmosphere. For the 2013 Forum we change to the neighboring island of Ischia, a charming venue
with hot springs and spas. When the ideas of the Naples Forum started to brew we thought of an interactive conference
focused on the future of service and marketing, a conference that should make a difference and contribute to a revival of
our disciplines. In the development of service research we have discerned three paradigms (for a brief article on the
paradigms, see Gummesson, 2012).
Paradigm 1 (pre-1970s) where service was not at all on the agenda in marketing and management research and
education.
Paradigm 2 (1970s-2000s) when service research grew exponentially with seminal contributions from Northern
Europe, France, UK, USA and other countries with goods/services differences in the center but lacking syntheses
and unifying theory.
Paradigm 3 (2000s-) when service research moved its focus from differences to commonalities and
interdependencies between goods and services. It also moved from the supplier value chain to the value network of
all stakeholders (“balanced centricity”) and service (in the singular) became the output irrespective of input. The
roles of suppliers and customers have also changed through the recognition of cocreation of value with resource
integration with customer-to-customer interaction (C2C) or more broadly as actor-to-actor interaction (A2A). In the
core of Paradigm 3 is the recognition of complexity. Service systems are enormously complex – it is not sufficient to
study the relationship between just a few variables. The new millennium brought with it openings to address
complexity and take a more systemic view. Service-Dominant (S-D) Logic contributed a tentative higher level
service theory of the best contributions of the past and showed directions for the future. Service Science started from
practitioner experiences and challenges our way of designing and implementing service systems. Network Theory
and Systems Theory have been deployed to address complexity with applications like Many-to-Many-Marketing and
the Viable Systems Approach (VSA). These developments form the 3 Pillars of the Naples Forum. With them it is
motivated to label our current economy a Service Economy.
The transition to Paradigm 3 is developing – but it takes decades. Service research got under way 40 years ago and
it is only now that we are beginning to sense the full picture of our economies as complex networks of service systems
with a mission to enhance value for consumers, citizens, businesses and society as a whole. The following sections offer
brief reviews of the characteristics of the 3 Pillars.
Service Dominant (S-D) Logic
S-D logic is a synthesis of the best from Paradigm 2 leaving unproductive approaches and myths behind. Paradigm
2 took its vantage point in “differences” between goods and services – without ever being able to define goods and
services and pinpoint their generic properties. It had long been observed, among others by members of the Nordic
School, that goods and services always appear in symbiosis. The emphasis on differences led to the idea that the
service sector is growing and that all new jobs come from services. But the “service sector” cannot be defined. It is just
a listing of market offerings as alleged services (restaurants, airlines, health care etc.) and worse: the service sector has
become a dump for everything that does not qualify as goods. Further, when companies outsource internal functions or
divide their operations in profit centers and make them separate companies, much of what was included under goods
manufacturing is now transferred into the service sector – but the same operations are performed as before. No wonder
that the service sector is growing in official statistics! The division in sectors is seller and production centric whereas
marketing for 50 years has preached that we should be customer oriented. S-D logic shows that it is more realistic to see
service as value-creating activities with many contributing stakeholders; it is not just a dyadic supplier-customer
relationship.
Paradigm 2 fulfilled a mission of breaking the deadlock of Paradigm 1 and Paradigm 3 had not been possible
without it. So it is not a matter of criticizing the past but to see a potential for future development. Bob Lusch and Steve
Vargo who designed S-D logic keep developing it and treat it as an open code where everyone is welcome to make
constructive contributions.
S-D logic summarizes its message in ten foundational premises. In brief, these premises put the following to the
fore. The most critical changes include moving from goods/services differences to goods/service interdependencies. The
word service is given a new meaning, going from an undefined input to the value of the output and value-in-use or in a
more generalized way to value-in-context. Service is the fundamental basis of exchange and goods are merely
distribution mechanisms of service. Both businesses and customers are operant (active) resources as opposed to the
mainstream marketing and economics idea that suppliers do things to customers who are just reactive or passive
(operand resources). A supplier can only offer a value proposition on the market; the value actualization rest with users
in an idiosyncratic and contextual way. The network aspect is implicit through the statement that all social and
economic actors are cocreators and resource integrators, implying that value creation takes place through interaction in
complex networks and systems.
Service Science
IBM is a century old corporation in computer technology and consulting. It is one of the most successful businesses
in the world and with a staff of over 400,000 one of the largest. It has always invested in long term basic research –
IBM employees have won five Nobel Prizes – and hold more patents than any other US company. Led by Dr. Jim
Spohrer the Service Science program started in the early 2000s challenging the service systems that constitute today’s
economies: Are the systems efficient and innovative enough? They found they are not. Today the Service Science
program cooperates with over 500 institutions of higher learning worldwide to stimulate research and education. Being
closer to universities of technology and computer science, IBM was initially unfamiliar with the service research
tradition at business schools. S-D logic provided IBM service systems thinking with a theory. Practice and academia
met – and it was love at first sight!
Service Science is a call for academia, industry, and governments to become more systemic about service
performance and innovation. Further, it is a proposed academic discipline and research area that would complement –
rather than replace – the many disciplines that contribute to knowledge about service. The ultimate goal of Service
Science is to apply scientific knowledge to the design and improvements of service systems for business and societal
purposes. The concern is that we do not master seamless and reliable service systems at a time when systems are
becoming increasingly complex and global, making us increasingly vulnerable to systems sluggishness and failure.
Every service system is both a provider and client of service that is connected by value propositions in value-creating
networks.
Service Science is a multidisciplinary open source program based on computer science, industrial engineering,
organizational theory, business strategy and more, including the humanities. In terms of science it investigates what
service systems are and how they evolve, and the roles of people, knowledge, shared information and technology, as
well as the relevance of customers inside production processes; in terms of management it investigates how to improve
and evaluate quality and productivity; and in terms of engineering it develops new designs of service systems with
better technologies and software.
In their effort “Create a smarter planet” Service Science identifies universities and cities as hubs. Both universities
and cities are tightly coupled holistic service systems. If we live in a city we are constantly dependent of systems of
transportation, water supplies, food procurement, energy distribution, building and construction, retailing, finance,
health care, education and many more. Some of these are in chronic crisis like city transportation with traffic jams and
health care with soaring costs. On a global scale the current financial crisis has shown that finance is an uncontrollable
hodgepodge of activities and unrelated subsystems that have run out of control.

Network and Systems Theory
The words complexity, networks and systems pinpoint the same phenomena. Complexity is derived from the Latin
verb complecti, meaning “to twine together” and the noun complexus means “network”. The word “system” is derived
from the Greek systema, meaning “a whole composed of many parts”. So the meanings of the three words overlap and
expose their interdependency. From these words different traditions have sprung up. Network theory and systems theory
offer both a way of thinking in relationships and interaction and techniques to address complexity and context. These
are part of complexity theory where many others, for example, chaos theory, fractal geometry and autopoiesis (selforganizing
systems) belong. Complexity theory exists both in social sciences, natural sciences and technology but is not
utilized efficiently by management disciplines. They can be used with different degrees of sophistication: 1. as a basis
for verbal discussions and texts; 2. as graphics, from hand-made sketches to computer generated diagrams; and 3. as
mathematical applications and computer simulations.
Dyadic relationships have been emphasized since the 1970s, especially in the B2B (business-to-business) studies
by the Industrial Marketing and Purchasing (IMP) Group, and in Paradigm 2 the service encounter – the interaction
between a service provider and a consumer – was a central concept. In the 1990s, Relationship Marketing and Customer
Relationship Management (CRM) helped raise the interest in relational approaches to marketing, service and
management in general. However, too many saw relationships as a tool to “manage the customer”, i.e. a mere addition
to the marketing mix and the 4Ps from Paradigm 1. The understanding that the dyadic relationship was too limited and
did not uncover real world complexity slowly raised the interest in networks and systems thinking. It is also an integral
part of both S-D logic and Service Science.
Network theory has primarily offered a systemic approach for B2B but has equal potential for B2C/C2B (businessto-
consumer/consumer-to-business). Many-to-Many Marketing is a general approach that describes, analyzes and
utilizes the network properties of marketing and recognizes that both suppliers and customers operate in complex
network contexts. Every function of a firm – operations management, human resources, logistics, finance, etc. –
represents a perspective on management. Therefore it is, for example, more relevant to talk about marketing-oriented
management rather than marketing management. The Viable System Approach (VSA) is a systems theory-based
application for management. It postulates that every business is a system, nested in a relational context where it is
looking for competitive profiles (viability) through interaction with other actors/stakeholders. Its theory proposes a new
representation of the behavioral approach to business and relational interactions with its context. In practice it shows in
the development and implementation of business models.
Developing Paradigm 3 through Naples Forum Publications
The Naples Forum is an effort to stimulate Paradigm 3 research, communicate it and speed up its progress. Within
the 3 Pillars lots of activities including extensive publishing takes place. Lusch and Vargo have been involved in over
50 articles and 20 book chapters, edited several Special Issues of journals, and spoken continuously at conferences,
universities and business firms around the world. Jim Spohrer and his colleagues, together with Forum participants
publish continuously on Service Science, including three recent books. Network and systems theory is increasingly
integrated with the two other pillars and is the lead theme for several authors, not least from Italian researchers, the
Nordic School and the IMP Group.
The Forum supports the efforts of the participants to publish by co-authoring with other participants and adopt
presented papers to articles in journals of their own choice and in special Forum issues. As a result of the 2009 Forum
three Special Issues with a total of 21 articles were published. The 2011 Forum spawned 19 articles in four Special
Issues of the Journal of Service Management, Service Science, Journal of Business, Market Management and Mercati e
Competitività. We are currently negotiating with journals for publication of the 2013 Forum articles.
PROGRAM
The Forum starts on Tuesday, June 18, 2013, with registration and a reception at 18:00. On Wednesday, June 19, the
Forum opens at 9:00 and ends on Friday, June 21, at 16:00. For details and continuous updates, see
www.naplesforumonservice.it
VENUE
L’Albergo della Regina Isabella, Piazza Santa Restituta, 1, Lacco Ameno – Ischia (Na), Italy.
CALL FOR PAPERS
We invite papers dealing with themes within one or several of the 3 Forum Pillars: S-D logic, service science, and
network/systems theory. We especially encourage submissions with an integrative perspective. The papers could be
theoretical and/or empirical and be based on qualitative and/or quantitative research. In order to submit a proposal
directions are given within the www.naplesforumonservice.it web page. Topics could include (but are not restricted to)
the following:
– Business models to manage networks and service systems
– Complexity theory and service research
– Customer centricity vs. a multi-party stakeholder orientation (balanced centricity)
– Experience, value-in-use and value-in-context
– ICT for service
– Integration and management of resources and capabilities
– Many-to-many marketing and markets as networks
– Markets and marketing
– Methodological challenges and issues in service research
– Networks, interaction and relationships
– Practice-theory in service research
– Service design
– Service innovation
– Service processes and engineering
– Service science projects in research and/or education
– Service systems and system thinking
– The development of Service-Dominant Logic
– The role of institutional logics in service research
– The Viable Systems Approach (VSA)
– Value co-creation and the changing role of suppliers and customers
– Value propositions
– Web 2.0 or Web 3.0, the semantic web

DEADLINES
Abstract submission: December 15, 2012
Notification of acceptance: January 20, 2013
Final paper submission (optional): April 30, 2013