It is my great pleasure to serve as the new Editor-in-Chief of Life, a journal concerned
with fundamental questions on the origins and nature of life, evolution of biosystems
and astrobiology.
With my experience as Executive Editor, Senior Editor and Guest Editor of so many
successful special issues (some of them in MDPI journals [1,2,3,4,5,6]), I am committed
to making the journal a success, with the launch of exciting special issues, publication
of high quality papers, as well as inclusion of the journal in major indexing and
abstracting services.
I see Life as an exciting interdisciplinary open access journal that will grow to
become a valuable, widely read and widely cited part of the scientific literature.
The journal has the potential to be internationally recognized for its quality and
the scientific influence of its contributions, achieving high reputation among the
scientific community in the coming future.
My vision for the direction and progress of this journal is that it should cover not
only the classical themes, but also other frontier research topics. This journal will
foster fruitful crosstalk between the various traditional and novel disciplines of
life sciences and related fields of research, including physical and chemical aspects
that may help us to better understand the origins of life and evolution of biosystems.
As an enthusiast on theoretical and philosophical studies involving life sciences,
I would like very much to have more papers in these fields of knowledge published
in Life. In addition to experimental studies, Life provides a forum for the publication
of new hypotheses aiming to encourage discussion and creative hypothesis testing by
members of the scientific community. The predictions of the hypothesis must be amenable
to further observation and experimentation that could tend to confirm or refute the
hypothesis.
An excellent example in this matter is the classical work published by Watson and
Crick in 1953, where they used data published by other scientists to speculate on
a new structural model for the DNA molecule [7]. Considering the current state of
the reviewing process of most journals, if they had submitted their proposal today,
the paper would be rejected or reconsidered after major revision and they would be
advised to include some new experimental data to support their model. Nevertheless,
at that time, the paper was quickly published and was indeed validated by future experiments.
Today, that paper is considered one of the main landmarks in science, giving birth
to molecular biology. Suddenly, a paradigm was created that gave the study of heritable
traits a physical, molecular basis and made the theories of Mendel, Morgan and even
Darwin, tangible.
Instead of trying to predict if a theoretical study will be proven right or wrong
or trying to predict the future impact of an experimental study, our focus on reviewing
papers for consideration and possible publication will be on determining if the work
is scientifically well written and presents coherent arguments. In 1974, Francis Crick,
reflecting on the impact of the publication of his work on the structure of DNA that
won him the Nobel Prize, suggested that it would be for historians to decide the impact
of his work [8].
A high quality study, even when further proved to be incomplete or mistaken, may play
a relevant role in the scientific process, by allowing others to test the ideas and
build on new experiments/hypotheses that will help us to better understand some particular
aspect of nature. An excellent example comes from another landmark paper also published
in 1953. The classic experiment of Stanley Miller was the first experimental evidence
that the hypothesis of Oparin-Haldane (which postulates that the first living systems
in our planet are the result of a long chemical evolution) could be correct. In the
experiment, Miller demonstrated in laboratory, the formation of organic compounds
of biological interest in conditions similar to the primitive atmosphere [9]. Today,
the experiment of Miller is not anymore considered representative of the chemical
processes that occurred on Earth billions of years ago because his model of primitive
atmosphere does not fit with the current model. However, with such a pioneering experiment,
Miller began the development of the experimental research on chemical evolution and
the origins of life. For this achievement, Miller is considered the founder of what
is now known as prebiotic chemistry, the exciting field of research that investigates
the chemical reactions that lead or could have led to the emergence of life on our
planet or elsewhere in the Universe.
For these reasons, a new journal such as Life, with an open-minded perspective capable
of dealing with genuinely innovative science, is necessary because recent advances
in different fields of life sciences is fundamentally changing how we think about
the origins and evolution of organisms. Scientists need a high quality journal where
these cutting edge experimental and theoretical studies can be quickly published and
divulgated to the scientific community. Furthermore, the whole field of life sciences
is expanding quite fast and the result is that good quality journals are receiving
increasing numbers of submissions, resulting in slow processing times for reviewing
and publication. In addition, many perfectly sound papers are rejected because they
do not fit within the limited scope of a journal or due to the limited number of papers
published in a printed journal.
At a time when publication in major journals can take several months after a paper
is accepted and can cost a significant portion of a laboratory’s research budget,
the open-access format of Life provides a platform for fast and cost-effective publication
without undue delay or expense. All submitted manuscripts undergo rigorous peer review,
but we ensure that this is done as fast as possible because we endeavor to provide
an efficient reviewing process for the authors.
Life is currently supported by an outstanding Editorial Board composed of eminent
team leaders who cover the wide remit of the journal. In cooperation with the editorial
board members and a dedicated editorial office, I will make every effort to continue
the progress of Life in a manner that will satisfy our authors and readers. To promote
the development of the journal, we are planning an ambitious series of special issues
devoted to topics of particular interest and importance in life sciences and related
disciplines. This is an exciting moment for Life and I welcome you to submit your
manuscript and enjoy a pleasant experience while working with our editorial staff.