Coordinator of DCM (distributed cryptography), LightCrypt (lightweight cryptanalysis), plus early keywords in computer security
BAR ILAN UNIVERSITY
Israeli research university excelling in cryptography, nanotechnology, and biomedical science with 24 ERC grants and 539 H2020 partners worldwide.
Their core work
Bar Ilan University is a major Israeli research university with deep strengths in fundamental science, particularly in cryptography, nanotechnology, biomedical imaging, and computer science. Their H2020 portfolio reveals a faculty winning prestigious ERC grants at high rates (24 ERC awards across Starting, Consolidator, and Proof of Concept schemes), indicating world-class individual researchers across multiple disciplines. They bridge hard physics and materials science with medical applications — developing nano voltage sensors, gene editing therapies for immunodeficiency, and copper-based radiotracers for cancer diagnosis. They also contribute to European research infrastructure through open science initiatives and researcher mobility programs.
What they specialise in
Coordinator of NVS (nano voltage sensors, largest grant at EUR 2.7M), plus UNICAT, NanoSmell, nTRACK, FlowCamp, and Pro-Oxides
Coordinator of CRISS (CRISPR gene correction for immunodeficiency) and CuHypMECH (cancer PET imaging radiotracer), plus UNICAT medical devices and nTRACK stem cell tracking
Coordinator of NLPRO (natural language programming) and MPM (pattern matching algorithms), with machine learning appearing as a recent keyword
Coordinator of SENSQUID (scanning SQUID at interfaces), L-SID (light and sound in silicon waveguides), and Pro-Oxides (metal oxide electronics)
Recent keywords include open access infrastructure, open science observatory, and research information systems, alongside ERNI researcher engagement events
How they've shifted over time
In the early H2020 period (2014–2017), Bar Ilan focused heavily on fundamental physics and materials — complex oxide interfaces, nano particles for medical devices, and foundational cryptography. The later period (2018–2021) shows a shift toward applied and interdisciplinary work: machine learning appears as a recurring theme, innovation ecosystem building gains prominence, and biomedical projects move toward clinical translation (retinal prosthesis, CRISPR gene correction). There is also a growing engagement with open science infrastructure and European research policy.
Bar Ilan is moving from purely fundamental research toward applied machine learning and clinical translation, making them increasingly relevant for industry partnerships in med-tech and AI.
How they like to work
With a near-even split between coordinator (31) and participant (38) roles, Bar Ilan is comfortable both leading and contributing. Their 24 ERC grants (which are single-PI by design) show that much of their coordination stems from individual researcher excellence rather than large consortium management. When they do join consortia, they connect with a remarkably wide network — 539 unique partners across 53 countries — suggesting they are a highly sought-after specialist partner rather than a repeat-collaboration hub.
Bar Ilan has collaborated with 539 unique partners across 53 countries, making them one of the most broadly connected Israeli institutions in H2020. Their reach spans well beyond Europe into a truly global academic and industrial network.
What sets them apart
Bar Ilan stands out as Israel's most ERC-dense university in H2020, with 24 ERC grants signaling exceptional individual researcher quality across disciplines. Their unusual combination of cryptography, nanotechnology, and biomedical expertise under one roof makes them a rare partner who can contribute to security, health, and deep-tech projects simultaneously. For consortium builders, they offer a gateway to Israel's innovation ecosystem with proven European collaboration experience and no language or administrative barriers.
Highlights from their portfolio
- NVSLargest single grant (EUR 2.7M ERC Consolidator) for nano voltage sensors — represents their peak funding and core nanotechnology strength
- CRISSCRISPR gene correction for severe immunodeficiency (EUR 1.37M) — demonstrates their move into precision medicine and clinical translation
- LightCryptEUR 1.49M ERC grant for lightweight cryptanalysis — positions them at the frontier of post-quantum and IoT security research