SciTransfer
Organization

ECOLE SUPERIEURE DE PHYSIQUE ET DECHIMIE INDUSTRIELLES DE LA VILLE DEPARIS

Elite Paris research school specializing in microfluidics, soft matter physics, nanophotonics, and directed evolution at the physics-chemistry-biology interface.

University research groupmultidisciplinaryFR
H2020 projects
32
As coordinator
14
Total EC funding
€14.7M
Unique partners
155
What they do

Their core work

ESPCI Paris is an elite French graduate school specializing in physics, chemistry, and biology at their interfaces. Their core strength lies in microfluidics, soft matter physics, and colloidal materials — they design and fabricate advanced materials using droplet-based techniques, study fluid dynamics at micro and nano scales, and engineer proteins through directed evolution. They run a major interdisciplinary PhD programme (UPtoPARIS) training researchers across condensed matter, nanosciences, and biotechnology, and they are increasingly active in origin-of-life research and next-generation light-emitting nanomaterials.

Core expertise

What they specialise in

Microfluidics and droplet-based technologiesprimary
6 projects

Central theme across Microflusa (coordinator), MUTAnTS, EVOdrops, PERTURBATIONS, AbioEvo, and earlier training networks.

Soft matter, polymers, and colloidal materialsprimary
7 projects

Spans from COLLDENSE and DoDyNet (polymer gels) through VITRIMAT (vitrimers), SHERO (self-healing robotics), and LubISS (slippery surfaces).

Nanophotonics and light-emitting nanocrystalsprimary
3 projects

Phonsi focused on nanophotonics by nanocrystals, Ne2DeM (coordinator, EUR 1.5M) creates next-generation 2D light emitters, and colloidal synthesis runs through both.

Directed evolution and protein engineeringsecondary
3 projects

EvoMachine-Phage, EVOdrops, and GuideArtifEvol all address enzyme or phage evolution using high-throughput microfluidic screening.

Biomechanics and microbial motilitysecondary
2 projects

PHYMOT studies physics of microbial swimming and swarming; PERTURBATIONS probes gene regulatory networks in E. coli.

Origin of life and abiogenesisemerging
1 project

AbioEvo (coordinator, EUR 2M, 2021-2026) investigates conditions for evolution during abiogenesis using microfluidics — a new frontier for the group.

Evolution & trajectory

How they've shifted over time

Early focus
Photonics and soft matter physics
Recent focus
Bio-oriented microfluidics and functional materials

In 2015–2018, ESPCI focused on fundamental condensed matter physics, photonics, hydrodynamics, and building microfluidic fabrication platforms (Microflusa, Phonsi, COLLDENSE). From 2019 onward, the emphasis shifted toward applied biology and life sciences — directed evolution, microbial motility, gene networks, and origin-of-life research — all powered by their established microfluidics infrastructure. A parallel thread emerged in smart functional materials: self-healing robotics (SHERO), vitrimers (VITRIMAT), and anti-contamination coatings (STELLAR).

ESPCI is pivoting its world-class microfluidics platform from materials fabrication toward biological and origin-of-life applications, making them a strong partner for bio-physics and synthetic biology consortia.

Collaboration profile

How they like to work

Role: consortium_leaderReach: European31 countries collaborated

ESPCI balances leadership and partnership almost equally — they coordinated 14 projects and participated in 15, showing comfort in both roles. Their 155 unique partners across 31 countries indicate a wide, non-exclusive network typical of a research-intensive institution that attracts collaborators through scientific reputation. Heavy involvement in MSCA training networks (15 projects) signals they are well-practiced at hosting early-career researchers and managing multi-partner educational programmes.

ESPCI has built partnerships with 155 distinct organizations across 31 countries, giving them one of the broader collaboration networks among French higher education institutions in H2020. Their reach is pan-European with no strong geographic bias, reflecting the international prestige of a Paris-based grande école.

Why partner with them

What sets them apart

ESPCI Paris occupies a rare niche: a small, highly focused grande école where physics, chemistry, and biology intersect under one roof. Unlike large universities that spread thin, ESPCI concentrates deep expertise in microfluidics, soft matter, and nanomaterials — areas where they both develop the fundamental science and build the experimental platforms. For consortium builders, this means a partner that brings both intellectual leadership and hands-on fabrication capability, especially at the interface between physical sciences and biology.

Notable projects

Highlights from their portfolio

  • AbioEvo
    EUR 2M ERC-level grant (2021-2026) as coordinator, investigating the origin of life through microfluidics — a bold, high-visibility research direction.
  • UPtoPARIS
    Largest single grant (EUR 2.35M) funding ESPCI's interdisciplinary PhD programme, demonstrating institutional commitment to training across all their core disciplines.
  • Ne2DeM
    EUR 1.5M coordinator project (2020-2026) on 2D light-emitting nanocrystals — bridges their colloidal synthesis and nanophotonics expertise into next-generation optoelectronics.
Cross-sector capabilities
environmentmanufacturinghealthdigital
Analysis note: Strong dataset with 32 projects spanning 2015-2026, rich keyword data, and a clear evolution trajectory. Two projects were not listed in detail but do not materially affect the profile.