NEVER MISS A PEER REVIEWED PAPER AGAIN WITH PEERUS!

Always wanted a tool to be up to date with your scientific paper ?

Today we found 2498 new published papers

  What's up in my field?

WHAT IS PEERUS

An innovative platform
for easier, better and
faster research


A smart way to find out
about all the latest and relevant papers straight
from your favorite
research journals


A powerful and self-learning
tool to get inspired by
more every day

label for researchers by researchers

ALL FIELDS

HOW IT WORKS

Journals crawler

Every 6 hours Peerus checks all the journals to search for new papers.

Click here to view our sources

analyze papers

Peerus analyzes every single paper found (title, authors & affiliation, abstract,digital object identifier, Journal publishing date) according to its semantic marks.

The on-boarding process profiles each Peerus'user (published papers, co-authors, affiliations, research fields...) generating a unique semantic mark.

Select best papers
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Our matching algorithm can find the best papers according to each researcher profile.

The more you use Peerus, the more relevant the results will be.

It's a self learning & high performing tool.

  Get inspired!

USER'S FEEDBACK

THE TEAM

Thibault Honegger

Thibault Honegger | Founder of Peerus

As a researcher at the CNRS, Thibault Honegger experienced with his peers how timewasting an accurate monitoring research can be. As no tool was available at the time, he created his own. Tested by fellow researchers, the algorithm gave valuable results and quickly gained many followers.
Thibault earned his Engineering degree from the French Ecole Centrale of Nantes, in 2007, his M.S and Ph.D. degrees in NanoBioTechnologies and Electrical Engineering from the University of Grenoble Alpes, France, in 2008 and 2011.

In 2012, he became a postdoctoral fellow at MIT (USA) where he began to work on the electrokinetic confinement of axonal growth. In 2014, he joined the “Micro& Nanotechnologies for Health” team at LTM, CNRS in Grenoble and is now working on microfluidics neuro-engineering for organs-on-chip and implantable devices.