On the Saturday the 6th of November 2021, at 11:40pm to 16:45 pm (GMT), NoRCEL will hold our inaugural International Frontiers of Sciences 2021 event. We are doing this as a way of extending the scope of knowledge of origin of life sciences across the World, by sharing our research and ideas with a wider and more diverse audience. Primarily aimed at high school and undergraduate students as well as early career scientists, we encourage the next generation of pioneers to connect with us, as we will be presenting thought provoking and interesting scientific concepts, which should both fascinate and inspire.
This invitation is open to all, as well as being free to attend, so we encourage you and anyone else you know who may be interested to register. Please do feel free to share this information with your colleagues.
(All timings shown are GMT – See abstracts below)
11:40 Zoom platform opens
12:00 – 12:15 Introduction: Sohan Jheeta
First Session Chair: Martin Dominik
- 12:15 – 13:00: Mukesh Bhatt, School of Law, Birkbeck College, University of London: A future with history: transcultural and interdisciplinary space settlement
- 13:00 – 13:45: Frank Trixler, Ludwig-Maximilians-Universität München (LMU) Munich, Germany: The origin and nature of nucleic acids: paradoxes, puzzle pieces and the revolution in chemical evolution
13:45 – 14:45 Sohan Jheeta – Network announcement/Coffee Break/Wonder.me
Second Session Chair: Elias Chatzitheodoridis
- 14:45 – 15:30: Josep M Trigo-Rodriguez, Institute of Space Sciences (CSIC-IEEC), Catalonia, Spain: Working on space research: introducing peer-review and manuscript preparation to early career scientists
- 15:30 – 16:15: Bruce Damer, University of California, Santa Cruz, USA: The Hot Spring Hypothesis: New Science of Life’s Origins
16:15 – 16:45 Discussions and close: Sohan Jheeta
A future with history: transcultural and interdisciplinary space settlement
Mukesh Chiman Bhatt
School of Law, Birkbeck College, University of London
m.bhatt (AT) physics.org
Abstract: Humanity is likely to settle in space in the near future. This means that it will take its cultural and legal diversity into the settlement established in space. However, this also implies that all the necessary contradictions and conflicts that exist on Earth will also be exported into extra-terrestrial space. This project presumes that such contradictions can be overcome by examining and applying the scientific paradigm to structuring society and the developing economies of settlements in space. It examines the arbitrariness of human law and in particular the law of outer space. Humanity has historically done this by particularising singular aspects (including “universal” science) into a normative ideal. It then considers the possibility using and requiring that the cosmological principle and the unity of science remain inviolate to propose a framework constructed from a multipolar and pluri-central cultural and legal perspective. This may then be applied to the political economy of settlements in outer space. Of importance here is the necessity of retaining and requiring that human law be recognised as arbitrary and separate from the laws of nature within which the Terran biosphere currently exists. The extra-terrestrial ecosystem plus proposed may allow for different perspectives on the future of and the terrestrial biosphere. Whether modern Western science in its current form can be viewed as a meta narrative that is coherent and consistent for all of humanity requires its anthropocentric and anthropogenic activities to be viewed as the agential manifestation of a generalised evolutionary mechanism.
The origin and nature of nucleic acids: paradoxes, puzzle pieces and the revolution in chemical evolution
Ludwig-Maximilians-Universität München (LMU) Munich, Germany
trixler (AT) lrz.uni-muenchen.de
Abstract: What are nucleic acids? If we change the classical point of view of biochemistry and approach them from the perspective of prebiotic chemical evolution, things become quite weird. Our current understanding of their nature suggests that they are a manifestation of a narrow section between order and chaos where a purpose is possible; that they work with different types of stability at the same time; that they store digital information, encoded in six-bit bytes; and that their origin was a ‘phase transition’ in chemical evolution as they gave birth to replicative chemistry.
We might still be far away from conceiving the big picture of what this all means. Though a closer look at new puzzle pieces we recently got from very different research disciplines shapes the view on nucleic acids, their origin, and the emergence of life fundamentally. In this talk, I will shed light on some of these puzzle elements and their relations. I will give insight into the multifaceted character of nucleic acids’ nature and origin as well as into the fascinating interdisciplinary approach required to find insightful answers and new good questions by those who take the challenge.
Working on space research: introducing peer-review and manuscript preparation to early career scientists
Josep M Trigo-Rodriguez
Institute of Space Sciences (CSIC-IEEC), Campus UAB, Barcelona, Catalonia, Spain
trigo (AT) ice.csic.es
Abstract: Early carrier scientists have always doubted when trying to start their scientific carriers. Many young researchers don’t know about the way to produce a scientific paper, neither about the peer-review system, or the way to improve their CV. I’m giving some clues about doing research in the space sector, explaining the way in which a master degree can be transformed in a scientific publication, how scientific editorials work and the needed skills to give visibility to these first papers. Always surround yourself by a collaborative environment to keep learning on these topics from your advisor and colleagues.
The Hot Spring Hypothesis: New Science of Life’s Origins
University of California, Santa Cruz, USA
bdamer (AT) ucsc.edu
ABSTRACT: Exciting discoveries in the past decade have built up evidence that life began just as Charles Darwin surmised 150 years ago-in a “warm little pond.” An entire new science is opening with experimenters forming “protocells” on the first possible steps to life in the lab and at actual volcanic hot spring settings. The hot spring hypothesis also carries implications for diverse fields such as artificial intelligence, evolutionary biology, philosophy and even spiritual traditions.