The seeds of the clash between Galileo and the Catholic Church were sown centuries before the Renaissance mathematician and astronomer Copernicus and Galileo were born. The earth-centered, or geocentric, view of the universe was adopted by the ancient Greeks and made famous by the philosopher Aristotle (384-322 B.C.E.) and the astronomer-astrologer Ptolemy (second century C.E.).*
Aristotle’s concept of the universe was influenced by the thinking of Greek mathematician and philosopher Pythagoras (sixth century B.C.E.). Adopting Pythagoras’ view that the circle and sphere were perfect shapes, Aristotle believed that the heavens were a series of spheres within spheres, like layers of an onion. Each layer was made of crystal, with the earth at the center. Stars moved in circles, deriving their motion from the outermost sphere, the seat of divine power. Aristotle also held that the sun and other celestial objects were perfect, free of any marks or blemishes and not subject to change.
Aristotle’s great scheme was a child of philosophy, not science. A moving earth, he felt, would violate common sense. He also rejected the idea of a void, or space, believing that a moving earth would be subject to friction and would grind to a halt without the application of constant force. Because Aristotle’s concept seemed logical within the framework of existing knowledge, it endured in its basic form for almost 2,000 years. Even as late as the 16th century, French philosopher, jurist and polyhistor Jean Bodin expressed that popular view, stating: “No one in his senses, or imbued with the slightest knowledge of physics, will ever think that the earth, heavy and unwieldy . . . , staggers . . . around its own centre and that of the sun; for at the slightest jar of the earth, we would see cities and fortresses, towns and mountains thrown down.”
Aristotle Adopted by the Church
A further step leading to the confrontation between Galileo and the church occurred in the 13th century and involved Catholic authority Thomas Aquinas (1225-74). Aquinas had a profound respect for Aristotle, whom he referred to as The Philosopher. Aquinas struggled for five years to fuse Aristotle’s philosophy with church teaching. By the time of Galileo, says Wade Rowland in his book Galileo’s Mistake, “the hybridized Aristotle in the theology of Aquinas had become bedrock dogma of the Church of Rome.” Keep in mind, too, that in those days there was no scientific community as such. Education was largely in the hands of the church. The authority on religion and science was often one and the same.
The stage was now set for the confrontation between the church and Galileo. Even before his involvement with astronomy, Galileo had written a treatise on motion. It challenged many assumptions made by the revered Aristotle. However, it was Galileo’s steadfast promotion of the heliocentric concept and his assertion that it harmonizes with Scripture that led to his trial by the Inquisition in 1633.
In his defense, Galileo affirmed his strong faith in the Bible as the inspired Word of God. He also argued that the Scriptures were written for ordinary people and that Biblical references to the apparent movement of the sun were not to be interpreted literally. His arguments were futile. Because Galileo rejected an interpretation of Scripture based on Greek philosophy, he stood condemned! Not until 1992 did the Catholic Church officially admit to error in its judgement of Galileo.
Lessons to Be Learned
What can we learn from these events? For one thing, Galileo had no quarrel with the Bible. Instead, he questioned the teachings of the church. One religion writer observed: “The lesson to be learned from Galileo, it appears, is not that the Church held too tightly to biblical truths; but rather that it did not hold tightly enough.” By allowing Greek philosophy to influence its theology, the church bowed to tradition rather than follow the teachings of the Bible.
All of this calls to mind the Biblical warning:
“Look out: perhaps there may be someone who will carry you off as his prey through the philosophy and empty deception according to the tradition of men, according to the elementary things of the world and not according to Christ.”—Colossians 2:8.
Even today, many in Christendom continue to embrace theories and philosophies that contradict the Bible. One example is Darwin’s theory of evolution, which they have accepted in place of the Genesis account of creation. In making this substitution, the churches have, in effect, made Darwin a modern-day Aristotle and evolution an article of faith.*
True Science Harmonizes With the Bible
The foregoing should in no way discourage an interest in science. To be sure, the Bible itself invites us to learn from God’s handiwork and to discern God’s amazing qualities in what we see. (Isaiah 40:26; Romans 1:20) Of course, the Bible does not claim to teach science. Rather, it reveals God’s standards, aspects of his personality that creation alone cannot teach, and his purpose for humans. (Psalm 19:7-11; 2 Timothy 3:16) Yet, when the Bible does refer to natural phenomena, it is consistently accurate. Galileo himself said: “Both the Holy Scriptures and nature proceed from the Divine Word . . . Two truths can never contradict one another.” Consider the following examples.
Even more fundamental than the movement of stars and planets is that all matter in the universe is governed by laws, such as the law of gravity. The earliest known non-Biblical reference to physical laws was made by Pythagoras, who believed that the universe could be explained by numbers. Two thousand years later, Galileo, Kepler, and Newton finally proved that matter is governed by rational laws.
The earliest Biblical reference to natural law is contained in the book of Job. About 1600 B.C.E., God asked Job: “Have you come to know the statutes [or, laws] of the heavens?” (Job 38:33) Recorded in the seventh century B.C.E., the book of Jeremiah refers to Jehovah as the Creator of “the statutes of the moon and the stars” and “the statutes of heaven and earth.” (Jeremiah 31:35; 33:25) In view of these statements, Bible commentator G. Rawlinson observed:
“The general prevalence of law in the material world is quite as strongly asserted by the sacred writers as by modern science.”
If we use Pythagoras as a point of reference, the statement in Job was about a thousand years ahead of its time. Keep in mind that the Bible’s objective is not simply to reveal physical facts but primarily to impress upon us that Jehovah is the Creator of all things—the one who can create physical laws.—Job 38:4, 12; 42:1, 2.
Another example we can consider is that the earth’s waters undergo a cyclic motion called the water cycle, or the hydrologic cycle. Put simply, water evaporates from the sea, forms clouds, precipitates onto the land, and eventually returns to the sea. The oldest surviving non-Biblical references to this cycle are from the fourth century B.C.E. However, Biblical statements predate that by hundreds of years. For example, in the 11th century B.C.E., King Solomon of Israel wrote: “All the rivers run into the sea, yet the sea is not full. To the place from which the rivers come, to there and from there they return again.”—Ecclesiastes 1:7, The Amplified Bible.
Likewise, about 800 B.C.E. the prophet Amos, a humble shepherd and farmworker, wrote that Jehovah is “the One calling for the waters of the sea, that he may pour them out upon the surface of the earth.” (Amos 5:8) Without using complex, technical language, both Solomon and Amos accurately described the water cycle, each from a slightly different perspective.
The Bible also speaks of God as “hanging the earth upon nothing,” or he “suspends earth in the void,” according to The New English Bible. (Job 26:7) In view of the knowledge available in 1600 B.C.E., roughly when those words were spoken, it would have taken a remarkable man to assert that a solid object can remain suspended in space without any physical support. As previously mentioned, Aristotle himself rejected the concept of a void, and he lived over 1,200 years later!
Does it not strike you as amazing that the Bible makes such accurate statements—even in the face of the erroneous yet seemingly commonsense perceptions of the day? To thinking people, this is one more evidence of the Bible’s divine inspiration. We are wise, therefore, not to be easily swayed by any teaching or theory that contradicts God’s Word. As history has repeatedly shown, human philosophies, even those of towering intellects, come and go, whereas “the saying of Jehovah endures forever.”—1 Peter 1:25.
In the third century B.C.E., a Greek named Aristarchus of Samos put forth the hypothesis that the sun is at the center of the cosmos, but his ideas were dismissed in favor of Aristotle’s.
For an in-depth discussion on this topic, see chapter 15, “Why Do Many Accept Evolution?” in the book Life—How Did It Get Here? By Evolution or by Creation? published by Jehovah’s Witnesses.
The Protestants’ Attitude
Leaders of the Protestant Reformation also railed against the sun-centered concept. They included Martin Luther (1483-1546), Philipp Melanchthon (1497-1560), and John Calvin (1509-64). Luther said of Copernicus: “This fool wishes to reverse the entire science of astronomy.”
The Reformers based their argument on a literal interpretation of certain scriptures, such as the account in Joshua chapter 10 that mentions that the sun and the moon “kept motionless.”* Why did the Reformers take this stand? The book Galileo’s Mistake explains that while the Protestant Reformation broke the papal yoke, it failed to “shake the essential authority” of Aristotle and Thomas Aquinas, whose views were “accepted by Catholic and Protestant alike.”
Scientifically speaking, we use incorrect terms when we refer to “sunrise” and “sunset.” But in everyday speech, these words are both acceptable and accurate, when we keep in mind our terrestrial perspective. Likewise, Joshua was not discussing astronomy; he was simply reporting events as he saw them.
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From the book Servetus and Calvin, 1877
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From the book A General History for Colleges and High Schools, 1900
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From the book Encyclopedia of Religious Knowledge, 1855
After w05 4/1 pp. 4-7
- Living on the edge
- Is it “Wrong” to Believe that the Earth is a Sphere? Inclusive the first generation of Christadelphians their views
- A dialogue about the earth moving and spinning around the sun
- Cosmos creator and human destiny
- Everyday beauty
- Reason Illuminates Faith (in the Middle Ages) (thesoapboxguild.wordpress.com)
The Genesis of Science: How the Christian Middle Ages Launched the Scientific Revolution, is incredibly readable for its length and depth, and is a credit to its author. I would highly recommend it to anyone interested in science and the Middle Ages. This series of blog posts is my attempt to gain a deeper appreciation for the issues Hannam raises, and to think alongside him as he dives into the lost world of medieval cosmology, medicine, mathematics, and philosophy.
- Thomas Aquinasâs Works and Philosophies As an Italian philosopher and (bestessaycheap.wordpress.com)
Thomas led the Church towards a new expression of thinking. (MSN knowledge and Research). From the beginning he rebelled against a life previously go d sustain the stairs by his family, and pave a road towards success for himself.
Although many philosophies were derived from the bookworm thinker, Aristotle, he believed that it focused too na! rrowly on only when a few professions.
- Galileo (hiddengrail.wordpress.com)
At the University of Pisa, Galileo learned the physics of the Ancient Greek scientist, Aristotle. However, Galileo questioned the Aristotelian approach to physics. Aristotelians believed that heavier objects fall faster through a medium than lighter ones. Galileo eventually disproved this idea by asserting that all objects, regardless of their density, fall at the same rate in a vacuum.
Because Galileo supported the Copernican system, he was warned by Cardinal Bellarmine, under order of Pope Paul V, that he should not discuss or defend Copernican theories. In 1624, Galileo was assured by Pope Urban VIII that he could write about Copernican theory as long as he treated it as a mathematical proposition. However, with the printing of Galileo’s book, Dialogue Concerning the Two Chief World Systems, Galileo was called to Rome in 1633 to face the Inquisition again. Galileo was found guilty of heresy for his Dialogue, and was sent to his home near Florence where he was to be under house arrest for the remainder of his life. In 1638, the Inquisition allowed Galileo to move to his home in Florence, so that he could be closer to his doctors. By that time he was totally blind. In 1642, Galileo died at his home outside Florence.
- Who are the most significant moral philosophers in the history of Western philosophy? (leiterreports.typepad.com)
1. Aristotle (Condorcet winner: wins contests with all other choices) 2. Immanuel Kant loses to Aristotle by 364–227 3. Plato loses to Aristotle by 414–168, loses to Immanuel Kant by 349–241
- Unified Truth: Faith and Reason (str.typepad.com)
Christianity’s engagement with non-Christian thought proceeds from the Christian belief that reason and faith are complementary, not oppositional. Thomas Aquinas’ synthesis of Aristotle and Christianity is a vital chapter in this engagement. His interaction with the philosophy of Aristotle demonstrates both the harmony of reason and faith and the oneness of truth, which are both central to the Christian intellectual tradition….
Greek philosophy is not compatible with Christian theology, except in a few areas. In Greek philosophy, the body is bad. In Christian theology, the body is good and will be redeemed eventually by God. Greek philosophy has brought us off course in our understanding of eschatology and other important things on many occasions in the church. I am a bit wary about some of what Thomas Aquinas believes because of that.
- Galileo Galilei (Scientific revolution) (chrissanchez42.wordpress.com)
Galileo eventually combined his laws of physics with the observations he made with his telescope to defend the heliocentric Copernican view of the universe and refute the Aristotelian system in his 1630 masterwork, Dialogue on the Two Chief Systems of the World. Upon its publication, he was censored by the Catholic Church and sentenced to house arrest in 1633.
- Aristotle (megcannington.wordpress.com)
Aristotle’s works shaped centuries of philosophy from Late Antiquity through the Renaissance, and even today continue to be studied with interest. He was definitely a prodigious researcher and writer.
- Knowledge Development History (zahrohtimy.wordpress.com)
According to Bertrand Russell , among all history , nothing so difficult so astonish or explained besides the birth of civilization in Greece of a sudden. It has many elements of civilization there for thousands of years in Egypt and Mesopotamia. But certain elements have not been intact until then executing Yunanilah race .
Archimedes , considered one of the greatest mathematicians of all time , it is based on mathematical principles form temuannya lever, pulley system ( which didemonstrasikannya to attract a private boat only), and penak thread, that shows the planetarium model that can show movement of sun, moon, the planets, and constellations in the sky possibility. In the field of mathematics, the findings on the value of p ( phi ) over the previous approach of scholars. Of his works that is experimental, it is then dubbed as ” Mr. Experimental IPA ”.
- What’s the record for the longest delayed apology? (chron.com)
The longest delayed apology I can think of came from the Catholic Church, in 1992, to Galileo:Moving formally to rectify a wrong, Pope John Paul II acknowledged in a speech today that the Roman Catholic Church had erred in condemning Galileo 359 years ago for asserting that the Earth revolves around the Sun.
- Thomas Aquinas on Wisdom by Robert M. Woods (facebookapostles.org)
For Thomas, and most Philosophers until the modern world, Philosophy was essentially the “love of wisdom.” To engage in the the practice of philosophy was the faithful pursuit of wisdom wherever it might be found. The primary understanding of truth was saying of a thing what was and not saying of a thing what was not. In a larger sense, wisdom was an understanding of the truth of things. Philosophy was not navel gazing and not ideological manipulation, but it was a diligent quest to understanding the good, the true, and the beautiful.