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0044 (0) 113 2628767
0044 (0) 7804 659990


Elias Chatzitheodoridis, National Technical University of Athens, Greece
Sohan Jheeta, Independent Research Scientist, UK
Martin Dominik, University of St Andrews, UK

Andjelka Kovacevic, University of Belgrade, Serbia

Oleg Kotsyurbenko, Yugra State University, Russia
Nigel Mason, The Open University, UK

John Allen, UCL, UK


Andrew Pohorille

Bob Bruner

Christiane Helling

Christos Kotakis

David Block

David Holmes  

David Schwartzman

Demetrio Calle Martinez 

Effie Halakos 

Erik Persson

Eveliny Tomas Nery

Frank Trixler

Hannah Woodward

Ion Soteropoulos

Janice Block

Jinal Patel

Joseph Seckbach

Kala Perkins

Karin Moelling

Keith Horne

Kevin Devine

Kuhan Chandru

Laura Beckett

Martin Ferus

Max Wallis 

Nick Nielsen

Nishant Verma

'Paul' Anirban Pal

Prajakta Shinde

Rabeea Rasheed

Raffaelle Saladino

Roger Chen

Rosanna del Gaudio

Rowena Ball 

Tal Mor

Tony Milligan 

Vinod Gupta 

Vladimir Kompanichenko
Vladimir Matveev

Weronika Rembisz





How did it all begin...?

University of St Andrews, Scotland

August 25-27, 2020
To drill down to the core of the question of the emergence and evolution of Life requires a truly interdisciplinary approach, in addition to physics and chemistry we also need to deploy an array of other sciences. There is a reliance on astrobiology, however part of the answer may lay with scientists who are not necessarily involved in this field, for example, those working on medical virology, cancer research, plant and animal husbandry genetics, space exploration (biosensors), palaeontology—as well as those coming from mathematical or philosophical perspectives. Once we have established some sort of clear and deeper understanding of how life emerged on Earth, we can focus our efforts on improving the possibility of detecting life elsewhere in the Universe. Currently, both space and terrestrial-based telescopes (eg the James Webb Space Telescope and Square Kilometre Array, respectively), as well as nanotechnologies, as in CubeSats, for the exploration of the Cosmos are being developed and hopefully we should soon be able detect any biosignatures of life beyond our Solar System and even to the furthest reaches of the Milky Way Galaxy. The 5th NoR- CEL conference will continue to provide the opportunity to collectively pool knowledge via its diverse array of input, debate and interaction. The aim being to offer both specialist origin of life scientists and those who are not necessarily practitioners in the same quest a relaxed and unhurried environment, with the object of nurturing and energising them to seek answers to the ultimate questions of life, the Universe and everything. We invite scientists of all ilks and persuasions to join us in the search for the origin of life.

You can register your interest by emailing or clicking this link
Network of Researchers on the Chemical Evolution of Life | Abstract | Conference report | photo | Horizontal Gene Transfer | Last Universal Common Ancestor | HGT | LUCA | RNA | Origin of Life | Viruses | DNA
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