This blog is a summary of three works:
1.
The calculation done by Hugh Ross and Reasons to
Believe determining the probability of a planet existing that can sustain a global,
high-tech civilization.
2.
Portions of the book Improbable Planet, by Hugh Ross
3.
Hugh Ross’s talk at the 2017 AMP Conference[1] on
the events necessary for the gospel to be spread world-wide to a population of 8
billion people.
The Bible makes it clear that everything which God creates
is for the purpose of bringing humans into a redemptive relationship with
Christ. In nature, God shows us that the entire universe and every event that
has occurred is for the purpose of making that redemption possible.
Every event in the
history of our universe, our galaxy, our solar system, and our planet plays a
role in making the redemption of billions of people on Earth a possibility.
The chances that life can exist on a planet become exponentially
greater as you move from simple bacteria to animals and plants to humans simply
existing to the capability of spreading the gospel message to 8 billion people
all over the planet. Several hundred events must all coincide for this to
happen. The incredible odds against all of these events occurring provides
reasonable evidence to conclude that an intelligence planned it all.
The recognition that Earth today
possesses abundant and diverse species of multiple levels of advanced life and
that the existence of such life requires a very long history of much simpler
life has spawned what is known in the scientific literature as the “rare Earth”
hypothesis. Even scientists who believe
the origin of a bacterium is an easy step and that natural processes
efficiently evolve life acknowledge that it takes an extraordinary planet for
all these supposedly easy steps to occur.
The panoply of advanced life on
Earth also requires a universe with an extraordinary history for there to be any
possibility for the kind of spiral galaxy in which such an exceptional planet
can exist. Furthermore, that planet must
reside in a planetary system that experiences a highly specified birth and
journey within its extraordinary galaxy.[2]
Reasons to Believe has compiled four
lists, with references, of all the necessary events that must occur for a global,
advanced civilization to exist on Earth. The probability of each event is also
calculated.
Billions of years before life
first began, the universe itself must be fine-tuned. For physical life to be
possible in the universe, several characteristics (140 in this list) must take
on specific values.[3] You
can view the first list by clicking here.
Once all the parameters of the
universe are set, you must have specific parameters for a galaxy, a sun, a
solar system, a moon, and of course the specific planet that each fall within an
extremely narrow range of values for intelligent physical life to exist.[4] You
can view this second list by clicking here.
Hugh Ross has calculated that
the chance of a planet having all the requirements to sustain our current civilization
is 1 out of 101032. This list contains the probabilities and the
references. You
can view this list by clicking here.
For human life (or its
functional equivalent) to possibly establish a globally distributed high-
technology civilization on some kind of astronomical body, many characteristics
of its environment — from large-scale to small, galaxy cluster to proximate
ecosystems — must take on specific values. These characteristics are listed on
eight specific size scales, large to small, along with estimates from a
naturalistic perspective (assumption that no supernatural Being is responsible
for fixing the value of any of the characteristics) of the probabilities that
the values of these characteristics will fall within the required ranges.[5] You
can view this list by clicking here.
As you can see from the above
lists, there are hundreds of parameters that must be fine-tuned within a very
narrow range for our civilization to even exist. Even more fine-tuning is required if the gospel
is to be carried to every human on the planet.
Hugh Ross spoke on this at the 2017 AMP Conference, focusing on just
four (he said three, but I made it four) of the factors that are necessary for
the Great Commission to be fulfilled[6].
Factor Number 1: We are living at the end of a fine-tuned ice age cycle.
The Earth is in an ice age right now, with about 10% of the planet covered in ice. We are currently at the end of a hundred-thousand-year cycle, a periodic change from 10% ice to 20% ice that has been present on Earth for only about 800,000 years.[7] This cycle is critical because large amounts of melting ice are necessary to irrigate the great agricultural plains of China, India, and North America. The melting ice also uncovers high plateaus from which wind-blown dust can fertilize these plains. Water and fertilized soil is obviously required to grow enough food for billions of people to survive.
Factor Number 2: The Sun is exactly the right age and mass.
Stars are unstable when they are young and then unstable again when old. Our star also has a stable mass, as both large and small stars are unstable. This means that solar flare activity for the Sun is at a minimum for the life of a star right now. Bacteria could live with more flaring, more UV radiation, and more x-rays than the Sun is producing right now, but an advanced life could not. Neutrinos also show that the Sun entered this extremely stable phase about 50,000 years ago and that it will exit this stable phase in about 50,000 years. This means that our current 100,000 year window is the only one in which advanced life could exist on Earth.
Factor Number 3: Tectonic events cool the planet.
As the sun ages, more hydrogen gets
converted to helium, increasing the core density, which results in a more
efficient fusion reaction, increasing the brightness. Our Sun has been getting
brighter for the last 4 billion years, resulting in an increasing amount of
heat being transferred to Earth. In fact, given how bright the sun is right now
there should not be any ice at all on our planet. It took five simultaneous
events, all happening within the solar stability window, to help keep the Earth
cool.
1st Tectonic Event: Antarctica’s
Move
Antarctica used to be attached to
Australia but split away and began moving south 40 million years ago, stopping
on the South Pole. All around Antarctica
is open ocean with nothing to stop the flow of wind that always blows at a
minimum of 40 mph. These winds create an
ocean current that helps to cool the Northern Atlantic. The large amount of ice
on Antarctica also reflects sunlight which also helps to cool the planet.
2nd Tectonic Event: Greenland’s Uplift
The northward movement of Greenland
from next to Newfoundland to its current location, passing over a mantle plume
in the process, caused the eastern parts of Greenland to be elevated high
enough to support a massive build-up of ice.
This vast ice sheet reflects much of the Sun’s heat and light and is a
major factor in cooling the planet.
3rd Tectonic Event: Pangea
After Pangea broke up, landmasses
replaced oceans in the northern hemisphere and nearly enclosed the Arctic Ocean.
Because of the lower heat-storing
capacity of continents compared to oceans, this configuration dramatically
cooled the northern hemisphere and played a significant role in the formation of
the polar ice cap.[8]
4th Tectonic Event:
Isthmus of Panama Formation
Approximately 3 million years ago,
converging tectonic plates led to the formation of the land bridge connecting
North and South America. This shut down the flow of warm water from the Pacific
Ocean into the cooler Atlantic Ocean, rerouting ocean currents and atmospheric
circulation to a north-south direction. The new ocean currents enhanced global
cooling as well as providing more moisture to the Arctic, contributing to the
formation of a large Arctic ice cap. [9]
5th Tectonic Event: Rise of the Tibetan Plateau
About 50 million years ago, the
Indian tectonic plate hit the Eurasian tectonic plate at the extraordinarily
high velocity. This ongoing collision
between India and Asia raised the Tibetan Plateau high enough to store vast
amounts of ice. This huge amount of low
latitude ice reflects sunlight four times more efficiently than polar ice.[10]
Given the Sun’s current brightness and
the abundance of greenhouse gases in the Earth’s atmosphere, nothing less that
the simultaneous tripping of the five tectonic triggers could have launched the
Earth into an ice age.[11]
Factor Number 4: Extreme
Climate Stability
Because of the unique alignment of
the Earth’s tilt and orbit, we are currently in a time of exceptional
temperature stability. For the past 9000 years, Earth’s temperature has
remained at an optimal temperature for maintaining a large, globally
distributed, technologically advancing human population; extreme temperature
variation kept early humanity from having large population, as large-scale agriculture
was not possible; almost every family had to farm individually. 9000 years ago,
seven out of sync rotational, orbital, and tilt cycles all came in sync and
created what is known as the “long cool summer.” We can now feed the entire world with only 2%
of the population involved in agriculture.
We now have the technology, wealth, and people power to take
the Gospel to everyone on Earth before we enter another period of climate instability.
This is only possible because of the unusual climate stability, along
with the large amount of ice, which allow large scale agriculture and help to cool
the planet. It is reasonable to conclude that there is no way this could all be
a coincidence. We need a highly fine-tuned universe, galaxy, solar system, and planet
just to have advanced life; with odds so high that it is reasonable to conclude
that it was planned by an intelligent being.
We needed five simultaneous tectonic events that all had to happen at the
exactly right time to combat the brightness of the sun at a time when the sun
was exceptionally stable. In addition, we needed seven different Earth orbit,
rotational, and tilt variations to all be in sync at this exact right tectonic
and sun moment.
It is reasonable to conclude that everything which God
creates is for the purpose of bringing humans into a redemptive relationship
with Christ. God has planned every event in the history of our universe, our
galaxy, our solar system, and our planet so that redemption will be a
possibility for every one of the billions of individuals on Earth.
[1]
Hugh Ross, Reasons to Believe, AMP
Conference 2017
[2]
Hugh Ross, Improbable Planet, Baker
Books, 2016, page 22
[6] Hugh
Ross, Reasons to Believe, AMP
Conference 2017
[7] Hugh
Ross, Improbable Planet, Baker Books,
2016, page 200
[8]
ibid, page 200
[9]
ibid, page 201-202
[10]
ibid, page 204
[11]
ibid, page 204
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