I shall be discussing primarily the contemporary attempts to reduce life and mind to «matter» as it is
understood by a physics and chemistry that may themselves be out of date.
The title of Witham's book nicely suggests that the Gifford lecturers who sought to find a place for God in a world
understood by physics assumed that the task was to «measure God,»
Not exact matches
For a deeper
understanding of evolution,
physics and the universe, I recommend «A Universe from Nothing»
by Lawrence Krauss as well as «The Blind Watchmaker»
by Richard Dawkins.
Actually something tells me that God is not bound
by the laws of
physics as we
understand them.
I don't assume automatically that there must be a supernatural explanation for anything, only the things that can't be explained
by the laws of
physics as we currently
understand them.
Science does not
understand what consciousness really is in empirical terms, and that reality humbled Quantum
Physics scientists
by their own admission that it is above and beyond such discipline.
He sees Whitehead as a scientific realist striving after some sort of correspondence between the world as
understood by modern
physics and the world of direct experience (PW 214/236) Whitehead represents the opposite of Bertrand Russell in his phenomenalist period.
If a YEC can not
understand how their beliefs are contradicted
by evidence from really any field of science, from
physics to geology to biology, then I have doubts about their abilities to be talented engineers.
Physics has already learned that it can not
understand its subatomic particles
by categories drawn from the visual world.
Even if we don't remember — or never learned — what Einstein meant
by general or specific relativity, we need to
understand that theoretical
physics has drastically changed our
understanding of reality.
In his 1959 essay entitled «My Present View of the World,» he argued that the fundamental entities are discrete but overlapping «events,» that the fundamental entities of mathematical
physics are «constructions composed of events,» and that entities like conscious minds and «selves» are best
understood as collections of events «connected with each other
by memory - chains backward and forwards.
We seek only to make plausibly consistent our
understanding of the world as mediated so effectively
by physics and certain general metaphysical notions, including fundamental aspects.
In that revolutionary address he unified geometry and
physics into a single set of axioms
by symbolic logic.2 While the memoir does not comment theologically, it does propose a theory of intersection points, or interpoints, which in its mathematical abstraction suggests a lucid and stimulating model for projecting Whitehead's
understanding of God's relation to space.
Our current
understanding of
physics seems to imply that we only see a small «slice» of our own universe, and
by looking into other «slices» of our universe (QM) it seems likely that our universe is itself a «slice» of a larger construct..
Force, a term much used in
physics, is not sheer coercion but the mysterious attraction exercised
by one entity,
understood as an energy event, upon another.
«We hope that
by applying our
understanding of complex networks to one of the fundamental questions in
physics we might be able to help explain how discrete quantum spaces emerge.
By the time I graduated in 1986, it seemed likely that the old - timers who
understood only markets would not survive because they could not do
physics.
All the particles and forces in the standard model, the dominant schema of modern
physics, are represented
by Lie groups, and their study has become an essential tool for
understanding — and attempting to unify — the laws of nature.
A great deal of current research in theoretical
physics is motivated
by a yearning to
understand why gravity is so feeble.
Physics on the Fringe
by Margaret Wertheim Tales of «outsider physicists» challenging our
understanding of the universe.
As Wetzel explained: «
By improving how we modeled the
physics of stars, this new simulation offered a clear theoretical demonstration that we can, indeed,
understand the dwarf galaxies we've observed around the Milky Way.
A successful detection would give astrophysicists a better
understanding of the astrophysics at the hearts of galaxy mergers, Mingarelli says, and provide a new avenue to study fundamental
physics not accessible
by any other means.
Sometimes I could
understand recipes and improve them
by using simple chemistry or
physics concepts.
Human nature has not changed: the desire to know still moves us, even if Aristotle's
understanding of
physics has been swept away
by gravitation, field theory, relativity and quantum mechanics.
By comparing these complex signatures with powerful computer codes developed at the Princeton Plasma
Physics Laboratory, Dr. Chen and her colleagues are able to understand with unprecedented detail, the underlying physics in
Physics Laboratory, Dr. Chen and her colleagues are able to
understand with unprecedented detail, the underlying
physics in
physics involved.
This deficit challenges current
understanding of
physics and of the process
by which the sun shines
«Our model shows a way to
understand why these three types of cosmic messenger particles have a surprisingly similar amount of power input into the universe, despite the fact that they are observed
by space - based and ground - based detectors over ten orders of magnitude in individual particle energy,» said Kohta Murase, assistant professor of
physics and astronomy and astrophysics at Penn State.
«We believe that we now
understand pretty much how domain walls can be moved
by current, and that the basic underlying
physics for racetrack works,» he says.
It was introduced in the 1960s
by British theoretical physicist Peter Higgs of the University of Edinburgh to help plug a huge gap in the
understanding of quantum
physics.
The mathematical model developed for the latest work determines how termite mounds affect plant growth
by applying various tools from
physics and mathematical and numerical analysis to
understand a biological phenomenon, said first author Juan Bonachela, a former postdoctoral researcher in the research group of co-author Simon Levin, Princeton's George M. Moffett Professor of Biology.
In the final step in bacterial cell division, constriction of the so - called Z - ring, an annular structure that forms on the plasma membrane near the midpoint of the cell, gives rise to the two daughter cells: A research team led
by Erwin Frey, who holds the Chair of Statistical and Biological
Physics at LMU, has now used mathematical modelling to
understand the mechanism that drives formation of the Z - ring, and in so doing have uncovered a novel class of pattern - forming mechanism in biological systems.
It makes this important research accessible to more than just cardiologists and radiologists - it can be
understood by family, friends, non-scientists, patients, school pupils... I have friends who are going to use it in their high school classroom (great for
physics teachers).
«So, we can look at whether a child's decision making is guided
by principles of
physics without requiring them to explicitly
understand the
physics itself.
Limited
by the era's computers and
understanding of
physics, Wilson's model relied on simplifications — such as the star being a perfect sphere — and incorrect assumptions about the behavior of very dense matter and how neutrinos move from the core's interior to the crucial outer parts where the heating of the shock wave occurs.
Hawking transformed our
understanding of black holes
by combining the two pillars of 20th century
physics, general relativity and quantum mechanics.
«Our study took a unified approach to
understanding egg shape
by asking three questions: how to quantify egg shape and provide a basis for comparison of shapes across species, what are the biophysical mechanisms that determine egg shape, and what are the implications of egg shape in an evolutionary and ecological setting,» said senior author, L. Mahadevan, the Lola England de Valpine Professor of Applied Mathematics at the John A. Paulson School of Engineering and Applied Sciences (SEAS), Professor of Organismic and Evolutionary Biology, and of
Physics at Harvard.»
I think you can certainly drop it into the big category of
physics articles that illuminate the universe
by telling us that it is indeed much more deeply complicated and counter intuitive than most of us would think; that when you start to look at the fringes of what we
understand about
physics and how the world works, you really get the sense that we are locked in [to] certain set of perceptions that do not necessarily apply; that our kind of common sense, everyday [intuitions] are not a very good guide to
understanding how the universe can behave at certain scales or under certain conditions.
Observation of this decay would have profound implications for our
understanding of
physics,
by showing that lepton number conservation is violated, proving that the neutrino and the anti-neutrino are identical, and providing hints as to how the Big Bang produced more matter than it did antimatter.
The basic atmospheric
physics that gives rise to tornadoes is well
understood by now.
Christian Knigge, Professor in
Physics and Astronomy at the University of Southampton, worked with colleagues from around the world to study one of the most important, but least
understood processes in astronomy — accretion, where the mass of an object grows
by gravitationally collecting material from nearby.
Recently, teams of researchers, including Shahbazian - Yassar at UIC and Perla Balbuena at Texas A&M University, have been inching closer to finding a solution, in part
by applying the power of supercomputers to
understand the core chemistry and
physics at work in dendrite formation and to engineer new materials that can mitigate dendrite growth.
Michael Bernardin is considered the nation's expert in electromagnetic pulse (EMP)
physics created
by high - altitude nuclear detonations, and he is nationally recognized for his
understanding of weapons
physics.
By linking imaging methods to rock physics, and by discovering, understanding and modelling relations to other geological data, we will reduce the uncertainty associated with exploration through cove
By linking imaging methods to rock
physics, and
by discovering, understanding and modelling relations to other geological data, we will reduce the uncertainty associated with exploration through cove
by discovering,
understanding and modelling relations to other geological data, we will reduce the uncertainty associated with exploration through cover.
Following the recent visit
by Dr Catalin Matei from ELI - NP, we have now signed a Memorandum of
Understanding with the «Horia Hulubei» National Institute of
Physics and Nuclear Engineering in Romania.
Finally, in a collaboration with Frank Jülicher's group at the Max Planck Institute for the
Physics of Complex Systems, we are using these data to develop physical models that will help us
understand how local cellular adhesive, elastic and contractile properties are influenced
by PCP proteins and other molecules, and how they combine to produce specific packing geometries at a global level.
A new
understanding of the
physics of conductive materials has been uncovered
by scientists observing the unusual movement of electrons in graphene.
Kolemen's system would also help scientists better
understand basic plasma
physics by compiling and analyzing a large database of plasma discharges.
The answer is yes if we
understand that
by «realistic,» we mean methods that violate no laws of
physics.
Publishing in the journal Cell, remarkable progress in
understanding how stem cell biology works has been reported
by an interdisciplinary team of leading scientists from biology,
physics, and engineering.
Sotiris was nominated for this honor
by the Division of Chemical
Physics for his fundamental contributions to the
understanding of molecular interactions in aqueous systems.