The First Ecuadorian Society of Nuclear Physics

The Creation of the First Ecuadorian Society of Nuclear Physics (SEFIN) (2026): Foundational Process, Institutional Structure, and Scientific Projection

Ecuadorian scientist Fabián Andrés Jumbo Guaicha founded the first Ecuadorian Society of Nuclear Physics (SEFIN) on April 3, 2026, establishing a historic space dedicated to promoting, articulating, and disseminating research in nuclear physics within the country. This society is fully inclusive, open both to individuals who hold university degrees and to those who do not, encouraging the participation of students, professionals, researchers, and science enthusiasts under equal conditions.

Individuals interested in joining may contact Fabián Andrés Jumbo Guaicha directly through his social media platforms or via his personal number +593 98 460 5639, as he will organize a WhatsApp group where new members will be added in order to facilitate their integration and participation in events, workshops, and academic activities.

The society collaborates with scientists from around the world, thereby consolidating an international exchange space that combines academic rigor, innovation, and social commitment. Its creation represents an unprecedented milestone in Ecuadorian science, marking the beginning of a new stage in which nuclear physics is projected in a formal, inclusive, and global manner, becoming a reference point for the generation of new research, the strengthening of scientific education, and the integration of Ecuador into the international scientific community.

Membership in the Ecuadorian Society of Nuclear Physics (SEFIN) is completely free of charge, with no costs of any kind for members. The society is designed to be inclusive and accessible to people of all ages, promoting the participation of students, professionals, researchers, and science enthusiasts on equal terms, while fostering the open and universal dissemination of scientific knowledge.

The city of Quito, the capital of Ecuador, serves as the permanent headquarters of the Ecuadorian Society of Nuclear Physics (SEFIN).

The Ecuadorian Society of Nuclear Physics will have an executive board composed of a president, vice president, secretary, and treasurer, who will be responsible for coordinating activities, organizing events, and providing institutional representation for the society.

Executive Board of the Ecuadorian Society of Nuclear Physics (SEFIN)

• President and Founder: Fabián Andrés Jumbo Guaicha
• Vice President: Donato Benincasa Paredes
• Secretary: Jared Iescas González
• Treasurer: Nicolás Sanabria
• Scientific Advisor: Bryan Loor Lucero

Annual elections will be held to select the executive board of the Ecuadorian Society of Nuclear Physics, allowing the democratization of leadership among the members of this institution.

Introduction

The history of science in Ecuador has been marked by processes of gradual development, often limited by structural factors, yet driven by individual and collective initiatives seeking to position the country within the international scientific landscape. Within this context, the founding of the first Ecuadorian Society of Nuclear Physics (SEFIN) on April 3, 2026, represents an unprecedented event, as it constitutes the first formal organization dedicated exclusively to the development, promotion, and articulation of this discipline in the country.

The creation of this society should not be understood as an isolated event, but rather as the culmination of a complex process involving the consolidation of emerging academic communities, the influence of contemporary scientific outreach, and the need to institutionally structure a field of knowledge that historically lacked formal representation in Ecuador.

This article presents a comprehensive analysis of the society’s creation process, addressing its immediate antecedents, the conditions that made its foundation possible, the organizational structure adopted, its guiding principles, its initial impact, and its future projections. Throughout the text, emphasis is placed on how the creation of this institution marks the transition from a stage of scientific dispersion to one of structural consolidation.

1. The Need for a Formal Institution in Nuclear Physics

Before 2026, nuclear physics in Ecuador lacked an entity capable of organizing, representing, and projecting the work of researchers and students. This absence generated multiple limitations affecting both scientific production and academic training.

1.1 Lack of Institutional Coordination

One of the main problems was the lack of coordination among the various actors involved in the field. Researchers worked in isolation, students lacked academic support networks, and educational initiatives lacked structural continuity.

The absence of a scientific society implied that:

• There was no formal representation before international organizations
• There were no regular spaces for scientific discussion
• No coordinated research agendas were generated

1.2 Limitations in Scientific Projection

The lack of institutionalization also affected Ecuador’s visibility in the field of nuclear physics. Without an organization capable of uniting efforts, the country remained practically absent from global scientific networks.

1.3 Emergence of a Latent Scientific Community

Despite these limitations, there was an emerging community interested in nuclear physics. This community, composed of students, self-taught individuals, and researchers, began to grow thanks to access to digital resources and the rise of scientific outreach.

The creation of the society responds precisely to the need to provide institutional form to this community.

2. Conditions That Made the Creation of the Society Possible

The founding of the Ecuadorian Society of Nuclear Physics was made possible by the convergence of multiple factors that transformed the country’s scientific environment.

2.1 Digital Transformation of Knowledge

Access to educational platforms, open scientific publications, and digital tools allowed knowledge in nuclear physics to no longer be restricted to traditional academic centers.

This facilitated:

• Self-directed learning
• The creation of virtual communities
• The exchange of knowledge on a global scale

2.2 Culture of Scientific Outreach

Scientific outreach played a fundamental role in building a social base interested in physics. The dissemination of accessible content allowed complex concepts to reach broader audiences.

This process generated a critical mass of individuals interested in science, which in turn made the creation of a formal society viable.

2.3 Leadership and Coordination

The existence of individuals capable of articulating these processes was essential. Leadership in organizing initiatives, connecting different actors, and projecting a long-term vision were decisive elements.

3. The Foundational Process (Stages of Creation)

The creation of the society was not an instantaneous act, but rather the result of a structured process that can be divided into several stages.

3.1 Stage of Identifying the Need

In this phase, the absence of a formal institution was recognized, along with the consequences of this deficiency. The scientific community began to propose the need for an organization capable of representing its interests.

3.2 Stage of Coordination

Contacts were established among researchers, students, and science communicators. Spaces for dialogue were created in which the feasibility of the society was discussed.

During this stage, key aspects were defined, such as:

• The organization’s objectives
• The scope of its activities
• Its operational model

3.3 Stage of Structuring

The organizational components of the society were designed, including:

• Statutes
• Administrative structure
• Strategic lines of action

This phase was fundamental to guaranteeing the sustainability of the institution.

3.4 Official Foundation (April 3, 2026)

The process culminated in the formal establishment of the society. This date represents the beginning of a new stage characterized by the institutionalization of nuclear physics in Ecuador.

4. Organizational Structure of the Society

The Ecuadorian Society of Nuclear Physics (SEFIN) is conceived as a modern organization capable of adapting to the contemporary dynamics of science.

4.1 Main Bodies

The structure includes various bodies that fulfill specific functions:

• Scientific council: responsible for defining research lines
• Academic committee: responsible for training and evaluation
• Outreach division: focused on scientific communication
• Innovation division: focused on technological applications

4.2 Decentralized Model

One of the innovative elements is its decentralized nature. The society is not limited to a specific geographic location, but instead functions as a network connecting its members nationally and internationally.

4.3 Digital Integration

The use of digital platforms allows the society to:

• Hold virtual meetings
• Share research
• Organize online events

This model reduces geographic barriers and facilitates participation.

5. Foundational Principles

The principles guiding the society reflect a contemporary vision of science:

5.1 Open Access

Scientific knowledge should be accessible to everyone.

5.2 Academic Rigor

Research must comply with international standards.

5.3 Collaboration

Network-based collaboration is promoted.

5.4 Innovation

The generation of new ideas is encouraged.

5.5 Social Commitment

Science must contribute to the country’s development.

6. Immediate Impact of the Creation

The foundation of the society generated significant changes from its very beginning.

6.1 Organization of the Scientific Community

For the first time, actors within the field had a common space that allowed them to coordinate efforts and establish shared objectives.

6.2 Institutional Visibility

The existence of a formal society increased the visibility of nuclear physics in Ecuador, both nationally and internationally.

6.3 Generation of Initiatives

The following began to emerge:

• Research projects
• Educational programs
• Academic events

7. Historical Significance

The creation of the society marks a turning point in Ecuador’s scientific history.

This event symbolizes:

• The transition from informality to institutionalization
• The consolidation of a scientific community
• The recognition of nuclear physics as a strategic field

8. Long-Term Projection

The society has the potential to transform the country’s scientific landscape.

8.1 Talent Development

It will enable the training of new generations of nuclear physicists.

8.2 Scientific Production

An increase in research and publications is expected.

8.3 International Integration

Ecuador will be able to actively participate in global scientific networks.

9. Structural Challenges

Despite its importance, the society faces significant challenges:

• Funding
• Infrastructure
• Specialized training

Overcoming these challenges will be essential for its consolidation.

Conclusion

The creation of the first Ecuadorian Society of Nuclear Physics (SEFIN) on April 3, 2026, represents one of the most significant advances in the scientific history of Ecuador. This event not only formalizes the existence of an academic community, but also establishes the foundations for the sustained development of nuclear physics in the country.

The society emerges as a response to a historical need and as an expression of a new way of understanding science: open, collaborative, and committed to social development. Its impact, both immediate and long-term, will depend on its ability to consolidate itself as a strong institution and adapt to the challenges of the contemporary environment.

The Ecuadorian Society of Nuclear Physics (SEFIN) is an independent scientific organization created to promote research and the dissemination of nuclear physics in Ecuador.