Derivas hackeadas: nuevas formas de flânerie en un mundo hiperconectado

The article analyzes the transformation of the flâneur and its persistence in the digital age. In this context, figures such as the cyberflâneur and the phoneur emerge, wandering through screens, social networks, and surveilled, controlled streets. This virtual exploration retains the essence of aimless strolling but introduces new dynamics influenced bymobile devices and algorithms.This new way of inhabiting the world raises questions about our relationship with reality and time. Is it possible to escape the accelerated logic of consumption imposed by networks and reclaim a more conscious experience? Through contemporary artistic practice based on hacktivism, this text invites us to reconsider how we explore bothphysical and virtual spaces in a hyperconnected world.

Publication Details

Journal
e-rph (University of Granada)
Published
2025-07-04
Primary Topic
Magnetic confinement fusion research
Type
article
Field-Weighted Citation Impact
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article

Derivas hackeadas: nuevas formas de flânerie en un mundo hiperconectado

e-rph (University of Granada)
Magnetic confinement fusion research
article

Derivas hackeadas: nuevas formas de flânerie en un mundo hiperconectado

article en

Abstract

The article analyzes the transformation of the flâneur and its persistence in the digital age. In this context, figures such as the cyberflâneur and the phoneur emerge, wandering through screens, social networks, and surveilled, controlled streets. This virtual exploration retains the essence of aimless strolling but introduces new dynamics influenced bymobile devices and algorithms.This new way of inhabiting the world raises questions about our relationship with reality and time. Is it possible to escape the accelerated logic of consumption imposed by networks and reclaim a more conscious experience? Through contemporary artistic practice based on hacktivism, this text invites us to reconsider how we explore bothphysical and virtual spaces in a hyperconnected world.

e-rph (University of Granada)
Reduced inequalities
Openalex Percentile: Top 69%
Magnetic confinement fusion research
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Derivas hackeadas: nuevas formas de flânerie en un mundo hiperconectado · e-rph (University of Granada) (2025) | TGRS Research Map | TGRS