Portuguese particle physics lab specializing in detector instrumentation, scientific computing infrastructure, and big data analytics for physics and social science.
LIP is Portugal's national laboratory for experimental particle physics and detector instrumentation, based in Coimbra. They design, build, and operate particle detectors and scientific instruments for major international experiments — from the Large Hadron Collider to high-energy astrophysics observatories. Beyond hardware, they have built significant capacity in scientific computing, cloud infrastructure, and big data analytics, contributing to the European Open Science Cloud ecosystem. More recently, they have expanded into computational social science, applying data analytics to study misinformation and human behavior online.
Core expertise demonstrated across AIDA-2020 (detector infrastructures), STRONG-2020 (novel particle detectors), aMUSE (muon detectors), YoctoLHC (LHC heavy-ion physics), and AMVA4NewPhysics (LHC data analysis).
Sustained involvement in EOSC and cloud infrastructure through EGI-Engage, INDIGO-DataCloud, DEEP-HybridDataCloud, EOSC-hub, EOSC-synergy, and EGI-ACE — spanning the full 2015-2023 period.
Participated in both AHEAD (2015-2019) and AHEAD2020 (2020-2024), contributing detectors and optics for X-ray, gamma-ray, and multi-messenger astronomy.
Coordinated the ERC-funded FARE project (EUR 1.5M) on fake news, cognitive biases, and information contagion — their only coordinator role and largest single grant.
Contributed to the EuroHPC EUROCC competence centre as a third party, focused on HPC skills training for industry.
Participated in SINE2020, contributing to detector technology and instrumentation simulation for the European Spallation Source.
In 2015-2018, LIP focused heavily on building Europe's distributed computing and cloud infrastructure (EGI-Engage, INDIGO-DataCloud, EOSC-hub) alongside detector development for neutron and particle physics facilities. From 2019 onward, their physics work shifted toward fundamental QCD research (STRONG-2020, YoctoLHC) and precision muon experiments (aMUSE), while their computing expertise evolved from infrastructure building to advanced computing services (EGI-ACE, EOSC Future). The most striking development is their move into computational social science with the FARE project on misinformation — a significant departure from pure physics that signals growing ambition in applied data science.
LIP is branching out from pure particle physics instrumentation into applied data analytics and social science, suggesting future interest in interdisciplinary projects that combine their computing and data expertise with real-world applications.
LIP operates almost exclusively as a participant (14 of 17 projects), joining large international consortia rather than leading them — their one coordinator role is the ERC grant FARE, which is a personal research grant by nature. With 373 unique partners across 46 countries, they maintain an exceptionally wide network, indicating they are a trusted contributor that many different consortia want on board. Their consistent presence in successive generations of the same infrastructure projects (EGI-Engage → EGI-ACE, AHEAD → AHEAD2020) shows they are a reliable long-term partner.
LIP has collaborated with 373 unique partners across 46 countries, making them one of the most broadly connected research centres in Portugal. Their network spans the major European physics labs, e-infrastructure providers, and astrophysics observatories.
LIP occupies a rare dual position: they are both a particle physics instrumentation lab and a significant node in Europe's scientific computing infrastructure. This combination means they can contribute hardware (detectors, sensors) AND the data pipelines to process what those instruments produce. Their pivot into misinformation research with FARE shows an unusual willingness to apply physics-grade data analysis to social problems — a differentiator for interdisciplinary consortia.
