Mapconf

The impact of Internet on the diffusion of scientific subjects

Buckel Angely Bréhin Ethan

Second-year students

Bachelor of Technology Computer Science, Lannion 2023/2024

Index

1.

Constraints of scientific dissemination and associated challenges

Summary

6.

2.

Introduction

Reflections on the future of scientific dissemination

7.

3.

Context and history of scientific dissemination

Presentation of the coded map

8.

Impact of the Internet on scientific dissemination

4.

Geographical analysis of conference dissemination

5.

9.

Conclusions

1. Summary

Exploring Global Conference Propagation

In this presentation, we showcase our custom-coded map that visualizes the global propagation of conferences across various scientific subjects. Through meticulous data collection and analysis, we have mapped the geographical distribution of conferences over time, shedding light on trends, clusters, and patterns in scientific dissemination. Our map offers a comprehensive view of how scientific knowledge evolves and spreads globally, providing valuable insights for researchers and practitioners alike.

'Research is to see what everybody else has seen and to think what nobody else has thought.'

- Albert Szent-Györgyi

Keywords:

Research tool, Scientific collaboration.

2. Introduction

Unveiling the Global Landscape of Scientific Exchange: A Journey Through Conference Propagation

In this presentation, we embark on a journey through the dynamic world of conference propagation. Our exploration delves into the profound impact of the internet on shaping the dissemination of scientific subjects, offering insights into the evolution of scholarly communication in the digital age.

3. Context

Context and history of scientific dissemination

The context and history of scientific dissemination trace back to traditional methods constrained by geographical limitations, such as printed publications and physical gatherings. However, advancements in technology, such as digital publishing and virtual conferences, have revolutionized the landscape, enabling more efficient and widespread dissemination of research findings. Despite these advancements, challenges such as language barriers, cultural differences, and socio-economic disparities persist, shaping the global dissemination of scientific knowledge. Understanding this historical context is crucial for appreciating the evolution of scientific communication and informing future strategies for enhancing knowledge exchange on a global scale.

4. Hypothesis

Impact of the Internet on scientific dissemination

The impact of the internet on scientific dissemination has been profound, reshaping the way researchers communicate, collaborate, and share knowledge. With unparalleled access to scientific literature and research resources, the internet has democratized access to knowledge, leveling the playing field for researchers worldwide. Instantaneous communication through email, discussion forums, and social media platforms has facilitated real-time exchange of ideas and collaborations across continents. Digital repositories and archives ensure long-term preservation and accessibility of research outputs, while online collaboration tools streamline teamwork and enhance productivity. However, despite these advancements, challenges such as information overload, data privacy concerns, and ethical considerations persist, highlighting the need for continuous innovation and adaptation in scientific communication practices in the digital age.

5. Geographical Analysis

Geographical analysis of conference dissemination

• The DBLP Database

• CORE conference ranking

https://www.pinterest.fr/pin/3729612228210016/

6. Constraints

Associated challenges

Challenges in scientific dissemination encompass cultural, socio-economic, and technological barriers, hindering equitable knowledge exchange. Solutions involve fostering inclusivity, bridging divides, and improving infrastructure for global collaboration.

Constraints of scientific dissemination

Constraints of scientific dissemination encompass language barriers, cultural differences, and socio-economic disparities, all of which hinder the free flow of scientific knowledge across regions and contribute to the fragmentation of global scientific networks.

7. Future

Emerging challenges

Moreover, addressing emerging challenges such as information overload, ensuring data privacy and security, and promoting ethical practices in research dissemination will be essential for navigating the evolving landscape of scientific dissemination. By embracing innovation, promoting collaboration, and upholding ethical standards, the future of scientific dissemination holds promise for fostering greater knowledge exchange and driving scientific progress on a global scale.

Reflections on the future of scientific dissemination

As technology continues to advance and global connectivity increases, the future of scientific dissemination is poised for significant transformation. Embracing digital platforms, fostering interdisciplinary collaboration, and prioritizing inclusivity are key strategies for enhancing the accessibility and effectiveness of scientific communication.

8. Conferences Map

Presentation of the coded map

Demonstration

9. Conclusions

Evolution of Scientific Communication

Impact of Conference Ranking

Geographical Boundaries Persist

The evolution of scientific communication, driven by advancements in digital technologies and communication platforms, has led to a gradual shift in the dissemination landscape. While traditional in-person conferences remain important, virtual platforms offer new opportunities for collaboration and knowledge exchange, albeit with challenges such as loss of informal interaction and networking opportunities.

The ranking of conferences, such as those determined by CORE, plays a crucial role in shaping the visibility and recognition of research outcomes. However, clustering of high-ranking conferences around specific regions may exacerbate inequalities in scientific advancement, leading to concerns about brain drain and limited representation from diverse backgrounds.

Despite the global reach of the internet, geographical boundaries still significantly influence the dissemination of scientific knowledge. Clusters of scientific activity, particularly in regions like North America, Europe, and East Asia, remain prominent, reflecting factors such as language barriers, cultural differences, and socio-economic disparities.

Thank you!

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