The Universe is Governed by Law.
Project Gutenberg EPUB3 edition
Ingersoll, Robert Green and Widger, David
GREAT men seem to be a part of the infinite—brothers of the mountains and the seas.
Humboldt was one of these. He was one of those serene men, in some respects like our own Franklin, whose names have all the lustre of a star. He was one of the few, great enough to rise above the superstition and prejudice of his time, and to know that experience, observation, and reason are the only basis of knowledge.
He became one of the greatest of men in spite of having been born rich and noble—in spite of position. I say in spite of these things, because wealth and position are generally the enemies of genius, and the destroyers of talent.
It is often said of this or that man, that he is a self-made man—that he was born of the poorest and humblest parents, and that with every obstacle to overcome he became great. This is a mistake. Poverty is generally an advantage. Most of the intellectual giants of the world have been nursed at the sad and loving breast of poverty. Most of those who have climbed highest on the shining ladder of fame commenced at the lowest round. They were reared in the straw-thatched cottages of Europe; in the log-houses of America; in the factories of the great cities; in the midst of toil; in the smoke and din of labor, and on the verge of want. They were rocked by the feet of mothers whose hands, at the same time, were busy with the needle or the wheel.
It is hard for the rich to resist the thousand allurements of pleasure, and so I say, that Humboldt, in spite of having been born to wealth and high social position, became truly and grandly great.
In the antiquated and romantic castle of Tegel, by the side of the pine forest, on the shore of the charming lake, near the beautiful city of Berlin, the great Humboldt, one hundred years ago to-day, was born, and there he was educated after the method suggested by Rousseau,—Campe, the philologist and critic, and the intellectual Kunth being his tutors. There he received the impressions that determined his career; there the great idea that the universe is governed by law, took possession of his mind, and there he dedicated his life to the demonstration of this sublime truth.
He came to the conclusion that the source of man's unhappiness is his ignorance of nature.
After having received the most thorough education at that time possible, and having determined to what end he would devote the labors of his life, he turned his attention to the sciences of geology, mining, mineralogy, botany, the distribution of plants, the distribution of animals, and the effect of climate upon man. All grand physical phenomena were investigated and explained. From his youth he had felt a great desire for travel. He felt, as he says, a violent passion for the sea, and longed to look upon nature in her wildest and most rugged forms. He longed to give a physical description of the universe—a grand picture of nature; to account for all phenomena; to discover the laws governing the world; to do away with that splendid delusion called special providence, and to establish the fact that the universe is governed by law.
To establish this truth was, and is, of infinite importance to mankind. That fact is the death-knell of superstition; it gives liberty to every soul, annihilates fear, and ushers in the Age of Reason.
The object of this illustrious man was to comprehend the phenomena of physical objects in their general connection, and to represent nature as one great whole, moved and animated by internal forces.
For this purpose he turned his attention to descriptive botany, traversing distant lands and mountain ranges to ascertain with certainty the geographical distribution of plants. He investigated the laws regulating the differences of temperature and climate, and the changes of the atmosphere. He studied the formation of the earth's crust, explored the deepest mines, ascended the highest mountains, and wandered through the craters of extinct volcanoes.
He became thoroughly acquainted with chemistry, with astronomy, with terrestrial magnetism; and as the investigation of one subject leads to all others, for the reason that there is a mutual dependence and a necessary connection between all facts, so Humboldt became acquainted with all the known sciences.
His fame does not depend so much upon his discoveries (although he discovered enough to make hundreds of reputations) as upon his vast and splendid generalizations.
He was to science what Shakespeare was to the drama.
He found, so to speak, the world full of unconnected facts—all portions of a vast system—parts of a great machine; he discovered the connection that each bears to all; put them together, and demonstrated beyond all contradiction that the earth is governed by law.
He knew that to discover the connection of phenomena is the primary aim of all natural investigation. He was infinitely practical.
Origin and destiny were questions with which he had nothing to do.
His surroundings made him what he was.
In accordance with a law not fully comprehended, he was a production of his time.
Great men do not live alone; they are surrounded by the great; they are the instruments used to accomplish the tendencies of their generation; they fulfill the prophecies of their age.
Nearly all of the scientific men of the eighteenth century had the same idea entertained by Humboldt, but most of them in a dim and confused way. There was, however, a general belief among the intelligent that the world is governed by law, and that there really exists a connection between all facts, or that all facts are simply the different aspects of a general fact, and that the task of science is to discover this connection; to comprehend this general fact or to announce the laws of things.
Germany was full of thought, and her universities swarmed with philosophers and grand thinkers in every department of knowledge.
Humboldt was the friend and companion of the greatest poets, historians, philologists, artists, statesmen, critics, and logicians of his time.
He was the companion of Schiller, who believed that man would be regenerated through the influence of the Beautiful; of Goethe, the grand patriarch of German literature; of Weiland, who has been called the Voltaire of Germany; of Herder, who wrote the outlines of a philosophical history of man; of Kotzebue, who lived in the world of romance; of Schleiermacher, the pantheist; of Schlegel, who gave to his countrymen the enchanted realm of Shakespeare; of the sublime Kant, author of the first work published in Germany on Pure Reason; of Fichte, the infinite idealist; of Schopenhauer, the European Buddhist who followed the great Gautama to the painless and dreamless Nirwana, and of hundreds of others, whose names are familiar to and honored by the scientific world.
The German mind had been grandly roused from the long lethargy of the dark ages of ignorance, fear, and faith. Guided by the holy light of reason, every department of knowledge was investigated, enriched and illustrated.
Humboldt breathed the atmosphere of investigation; old ideas were abandoned; old creeds, hallowed by centuries, were thrown aside; thought became courageous; the athlete, Reason, challenged to mortal combat the monsters of superstition.
No wonder that under these influences Humboldt formed the great purpose of presenting to the world a picture of Nature, in order that men might, for the first time, behold the face of their Mother.
Europe becoming too small for his genius, he visited the tropics in the new world, where in the most circumscribed limits he could find the greatest number of plants, of animals, and the greatest diversity of climate, that he might ascertain the laws governing the production and distribution of plants, animals and men, and the effects of climate upon them all. He sailed along the gigantic Amazon—the mysterious Orinoco—traversed the Pampas—climbed the Andes until he stood upon the crags of Chimborazo, more than eighteen thousand feet above the level of the sea, and climbed on until blood flowed from his eyes and lips. For nearly five years he pursued his investigations in the new world, accompanied by the intrepid Bonpland. Nothing escaped his attention. He was the best intellectual organ of these new revelations of science. He was calm, reflective and eloquent; filled with a sense of the beautiful, and the love of truth. His collections were immense, and valuable beyond calculation to every science. He endured innumerable hardships, braved countless dangers in unknown and savage lands, and exhausted his fortune for the advancement of true learning.
Upon his return to Europe he was hailed as the second Columbus; as the scientific discoverer of America; as the revealer of a new world; as the great demonstrator of the sublime truth, that the universe is governed by law.
I have seen a picture of the old man, sitting upon a mountain side—above him the eternal snow—below, the smiling valley of the tropics, filled with vine and palm; his chin upon his breast, his eyes deep, thoughtful and calm—his forehead majestic—grander than the mountain upon which he sat—crowned with the snow of his whitened hair, he looked the intellectual autocrat of this world.
Not satisfied with his discoveries in America, he crossed the steppes of Asia, the wastes of Siberia, the great Ural range, adding to the knowledge of mankind at every step. His energy acknowledged no obstacle, his life knew no leisure; every day was filled with labor and with thought.
He was one of the apostles of science, and he served his divine master with a self-sacrificing zeal that knew no abatement; with an ardor that constantly increased, and with a devotion unwavering and constant as the polar star.
In order that the people at large might have the benefit of his numerous discoveries, and his vast knowledge, he delivered at Berlin a course of lectures, consisting of sixty-one free addresses, upon the following subjects:
Five, upon the nature and limits of physical geography.
Three, were devoted to a history of science.
Two, to inducements to a study of natural science.
Sixteen, on the heavens.
Five, on the form, density, latent heat, and magnetic power of the earth, and to the polar light.
Four, were on the nature of the crust of the earth, on hot springs earthquakes, and volcanoes.
Two, on mountains and the type of their formation.