Calendar: December 7

A Year: Day to Day Men: 7th of December

Doffed Pants of Purple Hue

On December 7th in 1995, the unmanned Galileo spacecraft arrived at the planet Jupiter on its mission to study the planet and its moons. It had been launched six years earlier by the Space Shuttle Atlantis on October 18th of 1989.

The Galileo was an American robotic space probe which consisted of an orbiter and an entry probe. It was named after the Italian astronomer Galileo Galilei. Called the father of observational astronomy, Galilei studied speed, velocity, gravity and free fall, inertia, projectile motion and the principle of relativity. He also improved military compasses and the telescope that he used to observe the four largest satellites of Jupiter.

The U. S. Jet Propulsion Laboratory built the Galileo spacecraft and managed the Galileo program for the National Aeronautics and Space Administration, NASA. Its propulsion unit was supplied by West Germany’s aerospace manufacturer Messerschmitt-Bölkow-Blohm. The Ames Research Center of NASA managed the atmospheric probe that was built by the Hughes Aircraft company. The combined mass of the orbiter and probe was 2,562 kilograms and had a height of 6.15 meters.

The nuclear powered Galileo orbited Jupiter from 1995 to 2003. After ten months of operating and sending information to Earth, the Galileo was intentionally destroyed in Jupiter’s atmosphere on the 21st of September in 2003. Its successor, Juno, part of the New Frontiers program, entered the polar orbit of Jupiter on the 5th of July in 2016. The Juno is powered by three solar panels, the largest ever deployed on a planetary probe at the time of its launching.

Calendar: March 31

Year: Day to Day Men: March 31

Changing His Tunes

The thirty-first of March in 1889 marks the official opening date of the Eiffel Tower in Paris. The wrought-iron lattice tower was constructed as the centerpiece for the 1889 Paris Exposition, and as a memorial to commemorate the centennial anniversary of the French Revolution.

Maurice Koechlin and Émile Nouguier, two senior engineers employed by Alexandre Gustave Eiffel’s company Compagnie des Établissements Eiffel, produced a sketch of a great metal pylon, narrowed as it rose, for the centerpiece of the Paris Exposition. With the assistance of Stephen Sauvestre, the company’s head architect, the men refined the design with the addition of decorative arches at the base of the tower and a glass pavilion on the first level. Gustave Eiffel approved the design and bought the patent rights for their design. This design for the Eiffel Tower was on display at the 1884 Exhibition of Decorative Arts under the company’s name.

On the thirtieth of March in 1885, Gustave Eiffel presented his plans to the Society of Civil Engineers at which time he discussed the technical difficulties and emphasized both the practical and symbolic aspects of the structure. Little progress on a decision was made until Édouard Lockroy was appointed Minister of Trade in 1886. A budget for the Paris Exposition was passed and requirements for the competition being held for the exposition’s centerpiece were altered. All entries were now required to include a study for a three-hundred meter, four-sided tower on the Champ de Mars. A judging commission set up on the twelfth of May found all proposals, except Eiffel’s design, either impractical or lacking in details.

Gustave Eiffel signed the January 1887 contract in his own capacity rather than as a representative of the company. The contract granted him 1.5 million francs toward the construction cost, less than a quarter of the expected cost. Eiffel was to receive all income from the commercial exploitation of the structure during the Paris Exposition and for the following twenty years. To manage the construction, he established a separate company for which he provided half the necessary capital.

The French bank, Crédit Industriel et Commercial, CIC, helped finance the Eiffel Tower’s construction through acquiring funds from predatory loans to the National Bank of Haiti. As a result, the Haitian government was sending nearly half of all taxes collected on its exports to finance the construction of the tower. While the tower was being built as a symbol of France’s freedom, the newly independent Haiti’s economy was hindered in its ability to start schools, hospitals and other basic establishments necessary for an established country.

Work on the Eiffel Tower’s foundations began at the end of January in 1887 with the formation of the four concrete slabs for the legs of the tower. While the east and south legs were easily done; the west and north legs, being closer to the Seine River, needed pilings twenty-two meters deep to support their concrete slabs. All four slabs supported blocks of inclined limestone for the ironwork’s supporting shoes. The foundation structures of the Eiffel Tower were completed at the end of June.

An enormous amount of preparatory work was done for the assemblage of the ironwork. Seventeen hundred general drawings and over thirty-six hundred detailed drawings of the eighteen thousand separate parts were needed. The task of drawing the components was complicate by the complex angles in the design and the degree of precision required; the position of the rivet holes were specified to within one millimeter. No drilling or shaping was done on site; all finished components, some already partially assembled, arrived on horse-drawn carts from the factory. If any part did not fit, it was sent back to the factory. The entire structure was composed of over eighteen thousand pieces joined with two and a half million rivets.

The main structure of the Eiffel Tower was completed at the end of March in 1889. On the thirty-first of March, Gustave Eiffel led a group of government officials and members of the press to the top of the tower. As the lifts were not yet in operation, the ascent by foot took over an hour; most of the party chose to stay at the lower levels. Gustav Eiffel, Émile Nouguier, the head of construction, Jean Compagnon, the City Council president, and the reporters from “Le Figaro” and “Le Monde Illustré” completed the ascent. Eiffel hoisted a large Ticolor flag as a twenty-five gun salute was fired at the first level.

The Eiffel Tower was not opened to the public until the fifteenth of May, nine days after the opening of the Paris Exposition. The lifts, however, were still not completed. Nearly thirty-thousand visitors climbed the seventeen thousand steps to the top before the lifts opened on the twenty-sixth of May. Notable visitors to the tower included inventor Thomas Edison, Edward VII the Prince of Wales, stage actress Sarah Bernhardt and “Buffalo Bill” Cody whose Wild West show was part of the Exposition.

Calendar: March 16

Year: Day to Day Men; March 16

The Darkness of the Night

The sixteenth of March in 1621 marks the day Samoset, an Abenaki sagamore, made contact with the Pilgrims of the recently established Plymouth Colony, the first permanent English colony in New England.

Samoset was a sagamore, or subordinate chief, of an Eastern Abenaki tribe that resided in Maine. The Abenaki, ‘People of the Dawn Land’, are indigenous people of the Northeastern Woodlands of Canada and the United States. The are an Algonquian-speaking people and part of the Wabanaki Confederacy of the five principal Eastern Algonquian Nations.

Samoset had learned some English from visiting an earlier settled fishing camp in the Gulf of Maine; English fishermen would fish cod off the coast of Mohegan Island. In March of 1621, Samoset was visiting Massasoit, the sachem or leader of the Wampanoag Confederacy. Massasoit’s people had been seriously weakened by a series of epidemics and were vulnerable to attacks by the Narragansetts, the most powerful tribe in the region when the English colonists arrived in 1620. Massasoit Sachem sought an alliance with the Plymouth colonists as a way to protect his people.

On Friday, the sixteenth of March in 1621, Samoset entered the settlement at Plymouth alone and greeted the colonists in English. He was the first indigenous person with whom the colonists could converse. Samoset told the colonists about the land, the sagamores, and his people’s strength and numbers. He was also acquainted with many of the captains and fishermen who visited the colony. Samoset and the colonists communicated and, in the evening, lodged at colonist Stephen Hopkin’s house.

The next morning, the Plymouth colonists gave Samoset a knife, bracelet and a ring before he left with a promise to return. On the twenty-second of March, Samoset returned with Tisquantum, commonly known as Squanto, the last known member of the Wampanoag Patuxet tribe. Squanto, who spoke a greater degree of English, arranged a meeting between the leaders of the colonists and Massasoit.

Massasoit forged critical personal and political ties with colonial leaders William Bradford, Stephen Hopkins, Edward Winslow, John Carver and Myles Standish, which grew from the peace treaty negotiated on the twenty-second of March in 1621. The alliance assured the neutrality of the Wampanoag Confederacy during the 1636 Pequot War.

Notes: In the fall of 1621, the Narragansetts sent a sheaf of arrows wrapped in a snakeskin to Plymouth Colony as a threatening challenge. Plymouth governor William Bradford sent the snakeskin back filled with gunpowder and bullets. The Narragansetts understood the message and did not attack them.

English Sea Captain Christopher Levett entertained Samoset and other tribal leaders in 1624 onboard his ship at harbor in Portland, Maine. Samoset is believed to have died circa 1653 in Pemaquid, Maine.

Calendar: March 13

Year: Day to Day Men: March 13

Perched

The thirteenth of March in 1930 marks the discovery of Pluto, the ninth largest and tenth most massive known object to directly orbit the sun of this system. Like other objects in the Kulper belt, the circumstellar disc in the outer solar system, Pluto primarily consists of rock and frozen volatiles such as methane, ammonia and water.

In the 1840s, French astronomer and mathematician Urbain Le Verrier used Newtonian mechanics to predict the position of the, as yet, undiscovered planet Neptune after analyzing deviations in the orbit of Uranus. Subsequent observations of Neptune in the late 1800s led astronomers to speculate that Uranus’s orbit was being affected by another planet beside Neptune.

In 1906, wealthy astronomer and mathematician Percival Lowell began an extensive project at the Lowell Observatory to search for a possible ninth planet, that he termed Planet X. Lowell and astronomer William H. Pickering had by 1909 suggested several possible celestial coordinates for this Planet X. Lowell continued his search, with calculations established by mathematical genius Elizabeth Langdon Williams, without any success until his death in 1916.

Unknown to Lowell, his research surveys had captured two faint images of Pluto on March 19th and April 7th of 1915; however, these images were not recognized as being of Pluto. There exists fourteen other known observations of Pluto which predate its discovery, the earliest being that of the University of Chicago’s Yerkes Observatory on the 20th of August in 1909.

In 1919, Percival Lowell’s widow, Constance Lowell, entered into a ten-year legal battle with the Lowell Observatory over her husband’s legacy. The search for the unknown planet did not resume until 1929. American astronomer Clyde Tombaugh, at the age of twenty-three, continued Lowell’s quest. His task was to systematically image the night sky in pairs of photographs. Each pair would be examined to determine if any objects had shifted position. This was done through the use of a blink comparator that shifts back and forth between photographs to create the illusion of movement for any object that had changed position in the photographs.

On the 18th of February in 1930, after a year of searching, Tombaugh detected a possible moving object on the photographic plates taken on January 23rd and 29th. A photograph of lesser quality taken on the 21st helped confirm the movement. After the Lowell Observatory had taken additional photographs to confirm the discovery, a telegram with the news was sent to the Harvard College Observatory on the 13th of March in 1930.

The name Pluto came from the Roman god of the underworld; it is also an epithet for Hades, the Greek equivalent of Pluto. As one Plutonian year corresponds to 247.94 Earth years, Pluto will be back in the same position of its discovery in 2178. On the twenty-ninth of July in 2005, astronomers at Caltech announced the discovery of a new trans-Neptunian object, named Eris, which is substantially more massive than Pluto and the most massive object discovered in the solar system since Neptune’s moon, Triton, in 1846.

Calendar: March 10

Year: Day to Day Men: March 10

Tiny Bubbles

The tenth of March in the year 1831 marks the creation of the French Foreign Legion, a corps of the French Army that consists of infantry, cavalry, engineers and airborne troops. Unique in that it is open to foreign recruits willing to serve in the French Army, its training currently focuses on traditional military skills as well as its strong esprit de corps.

Created by King Louis Philippe of France, the French Foreign Legion allowed foreign nationals into the French Army from the foreign regiments of the Kingdom of France. These recruits included soldiers from the disbanded German and Swiss foreign regiments of the Bourbon monarchy that was overthrown in 1830 during the reign of Louis XVI. Philippe’s Royal Ordinance specified that recruited foreigners could only serve outside France.

During the nineteenth-century, the French Foreign Legion was primarily used to protect and expand the French colonial empire. Initially stationed in Algeria with detachments from the French port city of Toulon, the Legion took part in the pacification and development of that colony. It was later deployed in a number of conflicts, including the Crimean War in 1854, the Franco-Prussian War in 1870 and the Second Madagascar expedition of 1895. The Foreign Legion fought in many critical battles on the Western Front in World War I and took part in the Norwegian, Syrian and North African campaigns of World War II.

By the middle of the 1960s, the Foreign Legion was no longer stationed in French Algeria after the country’s independence in July of 1962. President Charles de Gaulle originally considered totally disbanding the Legion; however after considering its performance over the years, he chose instead to downsize the Legion from forty thousand to eight thousand men that would be relocated to France’s metropolitan regions. Legion units continued to be assigned overseas but no longer to North Africa.

Besides ongoing global rapid deployments, the Foreign Legion stationed forces on various continents while operating different function units. From 1965 to 1967, the Legion operated several companies, which included the 5th Heavy Weight Transport Company. Ongoing operations and rapid deployments in the following years included, among others, peacekeeping operations around the Mediterranean during the Global War on Terror; peacekeeping along with the United Nations Multinational Force during the Lebanese Civil War; and the 1990 Gulf War where a Legion force made up of twenty-seven different nationalities was attached to the French 6th Light Armored Division. After the ceasefire, the Legion conducted a joint mine clearing operation with the Royal Australian Navy divers.

As of 2021, French Foreign Legion members are composed from one hundred-forty countries. In the past, new recruits enlisted under a pseudonym in order to allow recruits who wanted to restart their lives to enlist without prejudice. As of September of 2010, new recruits have the option of enlisting under their real name or a declared name that, after a year, may be changed to their real name. After serving in the Foreign Legion for three years, a legionnaire may apply for French citizenship. He must be serving under his real name, have no issues with the authorities, and must have served with honor and fidelity. Women, who had been barred from service previously, were admitted after 2000.

Calendar: March 8

Year: Day to Day Men: March 8

Center Stage

The eighth of March in 1761 marks the birth date of Count Jan Potocki, a Polish nobleman, linguist, ethnologist, traveller and author of the Polish Age of Enlightenment.

Born into an aristocratic family that owned vast estates across Poland, Jan Potocki was educated in the Swiss cities of Geneva and Lausanne. He frequently visited the Paris salons and toured Europe before returning to Poland in 1778. As a soldier, Potocki served twice in the Polish Army, first in 1778 with the Austrian army during the War of the Bavarian Succession, and later in 1779 as a military engineer.

During his extensive travels across Europe, Asia and North Africa, Potocki as an early pioneer of travel literature documented prevailing customs, active wars, revolutions, and cultural awakenings. He was also one of the first ethnologists with his studies of early Slavic peoples from a linguistic and historical perspective. Fascinated with the occult, Potocki studied ancient cultures, secret societies and their rituals. As a member of the Polish Parliament, he participated in the Great Sejm, whose aim was to restore the sovereignty and reform the Commonwealth, both economically and politically.

In 1790, Jan Potocki became the first person in Poland to fly in a hot air balloon when he accompanied French aeronaut Jean-Pierre Blanchard on an ascent over Warsaw, an exploit that brought him public acclaim. After a period in France, he established in1788 a Warsaw publishing house, Drukamia Wolna (Free Press), and printed pamphlets and newspapers advocating for social reforms. Potocki also established Warsaw’s first free reading room.

Potocki’s most famous literary work, originally written in French, is the framed-tale “Manuscrit Trouvé à Saragosse (The Manuscript Found in Saragossa)”. A framed-tale is a literary technique that serves as a companion piece to a story within a story; the introductory or main narrative sets the stage for either a second narrative or a set of shorter stories. Potocki’s novel is a collection of intertwining stories of Romani, thieves, inquisitors, princesses and the brave but foolhardy hero, the infantry guard Alphonse van Worden. The stories cover the wide range of Potocki’s interests: the gothic, the erotic, the historical and the supernatural.

The initial work of “Manuscrit Trouvé à Saragosse” were published in 1805 apart from the rest of the novel; the stories comprising the Gypsy chief’s tale were added later in 1810. Written incrementally, its final form was never exactly completed at the time of Potocki’s death. Sections of the original French version were lost but have been back-translated into the French from a Polish translation by Edmund Chojecki in 1847. In 1965, director Wojciech Has adapted the novel into a Polish-language black and white film “The Saragossa Manuscript”, that was admired by many 1960s counterculture figures such as Jerry Garcia, Martin Scorsese and Francis Ford Coppola.

Jan Potocki married twice and had five children; both marriages were the subjects of scandalous rumors, the first ended in divorce. In 1812, he retired, disillusioned and in poor health, to his estate in Uladivka in present-day Ukraine. Potocki worked on his novel during the last years of his life. Suffering from depression and clinical lycanthropy (believing he could transform into a werewolf), he committed suicide on the twenty-third of December in 1815 by shooting himself with a silver bullet blessed by his local Catholic priest.

For his contributions to Poland, Jan Potocki was awarded the Order of the White Eagle, the highest award of merit for the Republic of Poland. He also awarded a knighthood in the Order of Saint Stanislaus, 1st Class, as well as the Imperial Order of Saint Prince Vladimir, 1st Class, the highest award for continuous civil and military service.

Calendar: March 7

Year: Day to Day Men: March 7

Gold Pinstripes

The seventh of March in the year 1837 marks the birth date of American physician and amateur astronomer Henry Draper. Both a professor and Dean of Medicine at City University of New York, he was one of the pioneers in the field of astrophotography.

Born to John William Draper, a professor at New York University, and Antonia Caetana de Paiva Pereira Gardner, daughter of the royal physician to the Emperor of Brazil, Henry Draper completed all his medical courses at the City University of New York’s School of Medicine by the age of twenty. Too young to graduate, he toured Europe for a year and became acquainted with the work of Irish astronomer William Parsons, Third Earl of Rosse. Draper’s interest in photography and the Earl of Rosse’s observatory would later become the basis of his career.

On his return from Europe, Draper received his Medical Degree and began working as a physician at Manhattan’s Bellevue Hospital. In 1860, he received appointment at the City University of New York as Professor of Natural Science. Draper joined the Twelfth New York Infantry Regiment’s S Company in May of 1862 as a surgeon during the Civil War. His brother, John Christopher Draper, joined him as an assistant surgeon; they served together as surgeons until October in 1862. Draper became Chairman of the Department of Physiology at City University in 1866.

Henry Draper met Mary Anna Palmer, the daughter of Connecticut merchant and real estate investor Courtlandt Palmer, and married her in 1867. A well-educated woman, Mary Anna Draper collaborated with her husband in his expeditions, research and photography. Upon her father’s death in 1872, she became heir, along with her three brothers, to her father’s fortune. Henry and Mary Anna Draper relocated to their summer home in Hastings-on-Hudson, New York, where they constructed an observatory with a 71 cm (28 inch) reflecting telescope and began a fifteen-year research partnership.

Interested in the application of photography to astronomy, Draper started making daguerrotypes of the sun and moon; however in 1872, he succeeded for the first time in photographing the stellar spectrum of the star Vega. Draper discovered in 1879 that the newly developed dry-photographic plates were more sensitive and convenient than the older wet-collodion ones. By 1882 with the use of the newer photographic plates, he was able to obtain over a hundred stellar spectra images, including those of the Moon, Mars, Jupiter (1880) and the Orion Nebula. Draper also succeeded in directly photographing the Orion Nebula, first in September of 1880 with a fifty-minute exposure and later with a one hundred-forty minute exposure though the use of a more accurate clock-driven telescope.

In 1882, Henry Draper resigned from City University to concentrate on his astrophotographic work for which he hoped to obtain higher resolution images. On the twentieth of November in 1882, Draper suffered an untimely death at the age of forty-five from double pleurisy, an inflammation of the membranes that surround the lungs and line the chest cavity.

After his death, Mary Anna Draper funded the Henry Draper Award of the National Academy of Sciences for outstanding contributions to astrophysics. She founded the Henry Draper Memorial Fund which financed the famous Henry Draper Catalogue, a nine-volume collection published between 1918 and 1924 that contains spectra details of two hundred twenty-five thousand stars. Draper’s donations enabled astronomer Edward Charles Pickering to continue his classification of stars based on their spectra. She also funded the construction of the Mount Wilson Observatory as well as ongoing research at the Harvard Observatory.

Calendar: March 6

Year: Day to Day Men: March 6

Embossed in Every Song

The sixth of March in 1665 marks the publishing of the first journal in the world exclusively devoted to science. Published under the name “Philosophical Transactions of the Royal Society”, this journal of natural philosophy, the equivalent of what is today science, is also the world’s longest published scientific journal.

The first issue of “Transactions”, printed in London, was edited and published by the Royal Society’s first secretary Henry Oldenberg. The Society had resolved that the council’s minutes be composed by the secretary and printed on the first Monday of every month; any tracts published were to be revised before publication and became the property of the Royal Society. Oldenberg printed the journal at his own personal expense and was allowed by the society to retain any resulting profits. He published one hundred-thirty six issues of the “Transactions” with no financial gain except the cost of rent on his house.

The “Transactions” was a well-regulated scientific journal. At its inception, regulation in the form of registering the author and date, peer review, dissemination and archiving published articles were all implemented. Oldenberg envisioned the published journal as a collective notebook between scientists to examine new ideas and discoveries. Issue number one contained articles on the improvement of optic glasses, the first report on Jupiter’s Great Red Spot, new whale fishing in the Bermudas, and chemist Robert Boyle’s article “Experimental History of Cold”.

Although many readers saw the journal as the official periodical of the Royal Society, Henry Oldenberg always claimed that “Transactions” was entirely his sole enterprise. From this understanding, Oldenberg retained the prospect of financial gain and credibility by association, and the Royal Society enjoyed communicating advances in science without being directly responsible for its content. It should be understood that at this time in England, publications were heavily regulated and the idea of a free press did not exist. The first English newspaper, The London Gazette, at its appearance in November of 1665 was still an official organ of the government.

In 1752, the Royal Society took control of the “Philosophical Transactions” and, as such, published it for the sole use and benefit of the society. The journal was financed through membership’s subscriptions and was edited by the society’s Committee of Papers. Although the society’s secretaries were responsible for management decisions such as printing and distribution, editorial control was done through the Committee of Papers’s weekly meetings. Records were kept regarding the authors, the source of the work, and the date the scientific paper was presented to the committee.

Over the years, controls on membership to the Royal Society as well as the articles published in its journal became stricter. Both a more limited membership to protect the society’s reputation and a stricter peer review of articles were established. In 1887, the “Transactions” journal was separated into two categories, physical science and biological science. Sectional committees were established to cover mathematics, botany, zoology, physiology, geology as well as chemistry and physics. From 1896, authors were expected to present manuscripts in a standardized format and style; typed papers were later required to reduce errors in and speed up the process of printing.

Today “Transactions” is an established, world-wide scientific journal with about eighty-per cent of its peer-reviewed articles coming from non-United Kingdom authors. The editing is accomplished through a large professional in-house staff with a group of research Fellows assigned for each category of science. The role of the Committee of Papers was abolished and two Fellows now act as journal editors assisted by associate editors from each category. In 1997, the “Transactions” began to be published online. Articles throughout its history have included Isaac Newton’s “New Theory about Light and Colors”, Michael Faraday’s “Experimental Relations of Gold and Other Metals to Light” and Alan Turing’s 1952 “On the Chemical Basis of Morphogenesis”, among others.

Calendar: March 3

Year: Day to Day Men: March 3

Warmth of the Sun

The third of March in 1585 marks the inauguration of the Teatro Olimpico designed by Italian Renaissance architect Andrea Palladio. Since 1994, the Olympic Theater, along with other Palladian-styled buildings in and around the city of Vicenza, have been listed together as a United Nations Educational, Scientific and Cultural Organization (UNESCO) World Heritage Site.

Born Andrea di Pietro della Gondola in Padua, Republic of Venice in November of 1508, Andrea Palladio was influenced by Roman and Greek architecture and is considered one of those individuals who most influenced the history of architecture. He trained under noted sculptor Bartolomeo Cavazza de Sossano as an apprentice stonecutter for six years. When his contract was finished, Palladio permanently relocated to Vicenza where his career was unexceptional until 1538.

Between 1538 and 1539, Palladio rebuilt the Villa Trissino, the Cricoli residence of poet and scholar Gian Giorgio Trissino who was engaged in a lifetime study of ancient Roman architecture. Due to his work, Palladio received the formal title of architect in 1541. He took several trips, accompanied by Gian Trissino, between 1541 and 1547 to study classical monuments in Rome, Tivoli, Paletrina, and Albano. As a mentor, Trissino introduced Palladio to the history and arts of Rome as well as bestowed on him the name ‘Palladio’ which means the Wise One.

Throughout his career in Vicenza, Andrea Palladio designed many villas and governmental palaces. His first construction project involving a large town house was the Palazzo Thiene in Vicenza. After the death of its architect Giulio Romano, Palladio finished its construction. He used Romano’s design for the villa’s windows but altered the facade to express a new lightness and grace. Among the villas attributed to Palladio’s architectural designs are the Villa Pisani, his first patrician villa for a Venetian family, and Villa Cornaro, a villa at Piombino Dese that was a mixture of villa rusticate (country house) and suburban villa with a grand salon designed for entertaining.

In 1550, Palladio began construction on the Palazzo del Chiericati, an urban palace built on a city square near Vicenza’s port. It was designed with a two-story facade with a double loggia divided by rows of Doric columns. Paladio’s Palazzo del Capitaniato, the offices of the regional Venetian governor, was a contrasting design of red brick and white stone. The four brick half-columns of its facade formed a strong vertical element that balanced the horizontal balustrades and projecting cornice at the top. Designed in 1565, the Palazzo del Capitaniato was built between 1571 and 1572.

Ranked among his highest masterworks, the Teatro Olimpico was Palladio’s final architectural design and was not completed until after his death. In 1579, the Olympic Academy obtained the rights to build a permanent theater in the old fortress, Castello del Territorio, which had been both a prison and storage depot for gun powder before falling in disuse. Asked to produce a design, Palladio used the space to recreate an academic reconstruction of the Roman theaters he had closely studied. In order to fit a stage and seating area into the building’s wide and shallow space, Palladio had to flatten the semicircular seating area of a Roman theater into an ellipse.

Andrea Palladio died in August of 1580, only six months after the construction on the theater had started. His sketches and drawings were used as a guide; Palladio’s yongest son, Silla Palladio, and Vicenza architect Vincenzo Scamozzi oversaw the final construction work. Scamozzi contributed several rooms to the design and built the rusticated entrance archway that was fitted into the rough, well-worn walls. As Palladio had not left any plans for the onstage scenery, Scamozzi created trompe l’oeil scenery with oil-lamp lighting to give the appearance of long streets receding into the distance. The full Roman-style wood and stucco backscreen is the oldest surviving stage set still in existence.

The Teatro Olimpico was inaugurated on the third of March in 1585 by a production of Sophocles’s “Oedipus Rex” with music by composer and organist Andrea Gabrieli. After only a few productions, the theater was essentially abandoned. The scenes created for the production were never removed and still exist in place. The original lighting system of glass oil lamps has been used only a few times over the years due to the risk of fire; they were lit in 1997 for a production of “Oedipus Rex”.

Due to conservation issues, current performances in the Teatro Olimpico are limited to four hundred attendees. As heating and air conditioning could damage the delicate wooden structure of the stage sets, performances are held only in the spring and autumn. The theater was a film location for the 1979 film “Don Giovanni” and the 2005 “Casanova”.

Calendar: March 1

A Year: Day to Day Men: March 1

On the Edge of His Seat

The first day of March in 1932 marks the kidnapping of Charles Augustus Lindbergh Jr., the twenty month-old son of aviator Colonel Charles Lindbergh and Anne Morrow Lindbergh, from his crib on the upper floor of the family home in East Amwell, New Jersey.

On the evening at nine o’clock, the Lindbergh’s nurse Betty Gow discovered that the child was not with his mother who had just come out of the bath. She alerted Charles Lindbergh who went to the child’s room and discovered a ransom note on the windowsill. Armed with a gun, Lindbergh and the family butler, Olly Whateley, searched the grounds and, under the window of the child’s room, found impressions of a ladder and the child’s blanket. Whateley telephoned the Hopewell police department while Lindbergh contacted the New Jersey State Police as well as his attorney and friend Henry Breckinridge.

Both police departments conducted an extensive search of the home and its surrounding area. A fingerprint expert examined both the note and ladder; however, no usable footprints or fingerprints were discovered. No adult fingerprints, outside of the inhabitants of the house, were found in the child’s room. The examined ladder was built incorrectly, but by someone who had prior experience in construction. It was categorized as to type of wood, pattern of nail holes, and as to whether it was made indoors or outdoors.

The handwriting of the $50,000 ransom note contained many spelling and grammatical errors; the note was determined to have been written by one person. The bottom of the note contained two blue, interlocked circular lines surrounding a red circle; a hole was punched through the center of the red circle. Two more holes were punched to the left and right of the blue circular lines.

In an effort to get the public involved, the New Jersey State police offered a reward to anyone who could provide information. The Federal Bureau of Investigation did not have federal jurisdiction in the case until the thirteenth of May in 1932 when the President declared that the bureau was available to the New Jersey State Police. Full federal jurisdiction over the kidnapping case did not occur until October of 1932. Many theories were advanced and examined by the authorities. The reward for information on the kidnapping kept increasing until it eventually reached a total of $75,000 US dollars ( approximately $1,317,000 US dollars in 2022).

On the sixth of March, a ransom letter for $70,000 arrived at the Lindbergh home. The envelope was postmarked from Brooklyn, New York; the letter contained the same strange marks and holes as the original ransom note. Ten days later, a package containing a note and young Lindbergh’s sleeping suit arrived at the home. The ransom money was placed in a wooden box and delivered on the second of April to a man who claimed to be part of the kidnapping team. In exchange, a note was presented saying the Lindbergh child was in the care of two innocent women.

On the twelfth of May, delivery truck driver Orville Wilson and his assistant William Allen pulled over to the side of the road about 4.5 miles (7.2 km) south of the Lindbergh home. In a grove of trees, they found the body of a child. The child’s skull was fractured and the hastily buried body was badly decomposed. Nurse Betty Gow identified the child’s body as being Charles Lindbergh Jr. Due to the state of the body, the family insisted on cremation.

Two and a half years later, gold-certificate bills from the ransom money was traced back to a Bronx, New York, man named Richard Hauptmann. When arrested, he was found carrying one of the bills from the ransom. A search of his residence revealed over $14,000 of the ransom money in his garage. Hauptmann denied any part in the crime; however, the search of his residence revealed a construction sketch of a ladder similar to that found at the Lindbergh home. A section of wood discovered in the attic was tested and found a match to the wood of the ladder.

Richard Hauptmann was indicted in New York for extortion on the twenty-fourth of September in 1934. On the eighth of October in New Jersey, he was indicted for murder and transferred to New Jersey authorities two days later to face kidnapping and murder charges for Charles Lindbergh Jr.

At the end of the long trial, Hauptmann was found guilty of the kidnapping and murder charges; the sentence for the crimes was death. His sentence was appealed two times by his lawyers; both appeals failed. Hauptmann was given a last minute offer to commute his death sentence to life without parole in exchange for a confession to the crimes; he refused the offer. Richard Hauptmann was executed in the state of New Jersey on the third of April in 1936.

Calendar: February 29

Year: Day to Day Men: February 29

Mediterranean Adventure

The twenty-ninth day of February in 1912 marks the falling of the Piedra Movediza, a balancing rock that was located near the city of Tandil in the Buenos Aires Province of Argentina. A balancing rock, or precarious boulder, is a naturally occurring geological formation that features a large rock of substantial size which is resting on other rocks, glacial fill, or bedrock. No single scientific term for the phenomenon exists.

There are several types of geological features that are included under the term balancing rock: glacial erratic that are transported and deposited by glaciers or ice rafts to their resting place; perched blocks deposited due to glaciers, avalanches or landslides often on a slope or hillside; erosional remnants that are carved from local bedrock through extensive wind, water, or chemical erosion; and pedestal rock, a single continuous rock form with a very small base and a much larger crown. Although not a true balancing rock, a pedestal rock has the appearance of one. These rocks are now believed to have been formed through years of wind and chemical weathering of its base.

The Piedra Movediza was most likely a deposited boulder; it was situated balanced at the edge of a formation of bedrock. Its weight was approximately three-hundred tons, or 272.2 metric tons, and its pedestal was so thin that the boulder was balanced with the wind. The boulder rocked, imperceptible to the eye, from morning to evening in a extremely slow fashion. Visitors to the site would place bottles under the bottom of the rock only to see them broken later in the day.

The Piedra Movediza fell and broke on the twenty-ninth of February in 1912, some time between five o’clock and six o’clock in the evening. There were no witnesses to the event so the true time and cause of the fall are unknown. Several theories regarding its fall were presented among which were vibrations from a nearby quarry blast, people rocking the stone during the day, and disgruntled quarrymen weary of the tourists. No official reason for the fall, however, was ever issued.

Proposals were made to move the three segments of the broken boulder back to its original site on the hill and cement them into position; however nothing was done, most likely due to the mass of each segment. In 2007, a replica of the Piedra Movediza was placed in the original site, now considered a historical symbol of the city of Tandil. The replica does not move as it is securely fastened to the supporting bedrock. This original bouder site is now named Parque Litico La Movediza (La Movediza Lithic Park).

Balancing rocks are found world-wide on all continents. Among these are Finland’s seven-meter long Kummakivi in Ruokolahti, Zimbawe’s Balancing Rocks, a large-scale formation of igneous rocks perfectly balanced; the nine-meter tall Pinnacle Balanced Rock at the Chiricahua National Monument in Arizona, United States; and the Pena do Equilibrio, a giant granite balancing rock in Ponteareas, Spain.

Insert Image: Photographer Unknown, “The Piedra Movediza”, circa 1890, Vintage Print

Calendar: February 26

Year: Day to Day Men: February 26

Moment of Rest

The twenty-sixth of February in 1870 marks the opening day of New York City’s Beach Pneumatic Transit, the first attempt to build an underground public transit system in the city. This system was a prototype developed by Alfred Ely Beach in 1869 to demonstrate a subway line running on air pressure.

At New York’s 1867 American Institute Exhibition, inventor and patent lawyer Alfred Ely Beach demonstrated a basic subway model in which air pressure pushed cars through a tubular tunnel. After a successful demonstration, Beach founded the Beach Pneumatic Transit Company in 1869 for the construction of a pneumatically powered subway line beneath Broadway, one of the main commercial arteries in New York City. He financed the full-scale test project himself in the amount of three hundred-fifty thousand dollars.

Alfred Beach, however had no political support for the project as William Magear Tweed, the political boss of Tammany Hall and third largest land owner in New York City, refused to give his approval. In order to start the project, Beach claimed he was building a postal tube system. This was a pneumatic system, already established in London and Paris, that quickly transported tubular cylinders containing small packages, mail, paperwork, and currency. Beach was granted an initial permit to install a pair of postal tubes beneath Broadway; it was later amended by Tweed to allow a single large tunnel in which a system of tubes would reside.

Construction on the Beach tunnel was completed in fifty-eight days. It extended for approximately three-hundred feet from the intersection of Warren Street and Broadway, directly across from City Hall, and ended at Murray Street and Broadway. Built through the use of a tunneling shield, a temporary structure that shields workers from falling materials or cave-ins, the subway opened to the public on the twenty-sixth of February in 1870 and operated as a demonstration until 1873.

The Beach Pneumatic Transit ran only a single car on its track from the Warren Street to Murray Street, the distance of one city block. Riders paid a fare of twenty-five cents for the experience, with proceeds given to the Union Home and School for Soldiers’ and Sailors’ Orphans. The Warren Street station was elaborately designed with frescoes on the walls lit by zirconia lamps; the interior held statues and a goldfish pond to view while passengers waited for the car. The ride was controlled by a forty-four short-ton (39,915 kilogram) generator built by Roots Patent Force Rotary Blowers. The air pressure would propel the car forward and, by reversing the baffles on the blower system, the car would return to the original station. The public approved of the system with over four-hundred thousand rides in its operation.

Alfred Beach had problems in getting official permission to expand the system. In 1873, he succeeded in getting permission to expand the system to Central Park, a distance of five miles. However; both public and financial support had waned, mainly from a stock market crash that became known as the Panic of 1873. With the project shut down, the tunnel entrance was sealed and the station reclaimed for other uses. Although the Beach Pneumatic Transit only existed for three years, the project inspired the New York pneumatic tube postal system that Beach had previously, albeit falsely, suggested to William Tweed. Opening in October of 1897, the pneumatic postal system operated continuously in New York City until 1953, except for a suspension of service during World War I to conserve funding for the war effort.

Calendar: February 17

Year: Day to Day Men: February 17

Attention Caught

The seventeenth of February in 1674 marks the date of the Ambon earthquake in the Maluku Islands, the first detailed documentation of a tsunami in Indonesia and the largest ever recorded in that country.

The geological area of the Indonesian North Maluku Islands is located in the zone of convergence between the Eurasian, Indo-Australian and Pacific tectonic plates. This area is dominated by a complex mixture of tectonic elements, including collision, subduction and vertical fractures which shift horizontally. In the search for the cause of the Ambon earthquake, immediate to deep-focus earthquakes with a depth of sixty kilometers or more were ruled out as the source.

Known historical events of that type did not generate the scale of tsunami that struck the islands. The 1938 Banda Sea earthquake, which had a magnitude of 8.5 and Rossi-Forel intensity of VII (very strong tremors), generated a minor tsunami of only 1.5 meters (5 feet). Researchers ruled out faulting as a source because the Ambon earthquake had an extreme run-up height of at least 100 meters on the northern shore of Ambon,

The likely source of the tsunami appears to have been an earthquake generated undersea-landslide. Although never confirmed, two faults are seen as likely sources of that landslide; the South Seram Thrust and an unnamed fault found on the island of Ambon. Published research journals have not assigned a magnitude to the event; however, from collected databases, it has been estimated as an earthquake with the magnitude of 6.8 at a depth of 40 kilometers (25 miles).

A German botanist employed by the Dutch East India Company in 1652, Georg Eberhard Rumphius was assigned in 1654 to the Ambon archipelago. Accompanied by his wife and two daughters, he assumed the position of merchant in 1662 and, on his own time, undertook a study of the Spice Islands’ flora and fauna. Rumphius and his family were present on the island at the time of the 1674 earthquake; his account of the earthquake is the first detailed documentation of a tsunami in Indonesia.

The Ambon earthquake occurred on Saturday evening, between 19:30 and 20:00 Eastern Indonesian Time, when the island inhabitants were celebrating the Chinese Lunar New Year. The shaking earth rang the large bells on the local Victoria Castle and knocked people off their feet.

The collapse of seventy-five stone buildings killed eighty-four people and injured another thirty-five. Water spurted into the air from wells and the ground, some upwards to 6 meters (20 feet). Clay and sand also erupted from the ground. Among the dead from the earthquake were Rumphius’s wife and two daughters, killed by a collapsing stone wall.

Immediately after the earthquake, a mega-tsunami swept through the coastal areas of Ambon Island. The earthquake produced a tsunami which reached heights as much as 100 meters (330 feet) and nearly crested the coastal hill areas. This tsunami resulted in the additional deaths of over two thousand individuals.

Notes: The translated summary notes of Georg Everhard Rumphius on the 1674 Ambon and Seram earthquake are recorded in the files of UNESCO, the United Nations Educational, Scientific and Cultural Organization. These notes are located at: https://iotic.ioc-unesco.org/1950-ambon-tsunami/1674-tsunami-in-ambon-and-seram/

Calendar: February 16

Year: Day to Day Men: February 16

A Daydream Moment

The sixteenth of February in 1923 marks the opening of the sealed door to the burial chamber of the Eighteenth Dynasty Pharaoh, Tutankhamun. During his reign of ten years, Tutankhamun restored the traditional polytheistic form of the ancient Egyptian religion from the religious-political changes enacted by the former pharaoh Akhenaten.

Born in May of 1874, British archaeologist and Egyptologist Howard Carter was from an early age interested in Egyptian artifacts; he would often visit and draw illustrations of specimens in the collection owned by the Amherst family. Impressed by his skills, Lady Amherst made arrangements for seventeen year-old Carter to assist British Egyptologist Percy Newberry in an excavation at Middle Kingdom tombs on the Lower Nile River.

After training under Egyptologists Flinders Petrie and Édouard Naville, Carter was appointed in 1899 as Inspector of Monuments for Upper Egypt by the Egyptian Antiquities Service. Based at Luxor, he oversaw excavations at nearby Thebes and supervised American archaeologist Theodore Davis’s systematic exploration of the Valley of the Kings. During his service, Carter improved the protection and accessibility to existing excavations and developed a grid-block system for tomb searching.

In 1907, Carter began his employment with George Edward Herbert, 5th Lord of Carnarvon, a financial backer for Egyptian antiquities research. Lord Carnarvon received in 1914 the concession to dig in the Valley of the Kings. Carter led a systematic search for any tombs that were missed in previous expeditions, including that of Tutankhamun. The search was halted during the years of the First World War and resumed in 1917. After five years with no major finds, Carnarvon became dissatisfied with the project; howver, after a discussion with Carter, he agreed to fund one more season of work in the Valley of the Kings.

On the fourth of November in 1922, a water boy discovered a buried flight of stairs cut into the bedrock. After partially digging out the steps, a mud-plastered doorway was found stamped with indistinct cartouches. Howard Carter had the staircase refilled and notified Lord Carnarvon of the find by telegram. On November twenty-third, Carnarvon arrived accompanied by his daughter Lady Evelyn Herbert. The full extent of the stairway was cleared on the next day; it revealed Tutankhamun’s cartouche on the outer doorway. The doorway was removed and the corridor behind it was cleared of rubble.

With Lord Carnarvon, Lady Evelyn and Carter’s assistant Arthur Callender present, Howard Carter opened a tiny breach in the door of the tomb and was able to see the many gold and ebony treasures within. Carter had in fact discovered the burial tomb of Pharaoh Tutankhamun. The site was secured until the morning of the twenty-seventh of November, at which time the tomb was officially opened in the presence of a member of the Egyptian Department of Antiquities.

Tutankhamun’s tomb was virtually intact with all its furnishings and shrines, in spite of previous ancient break-ins. Two life-sized statues of Tutankhamun guarded the sealed doorway to the inner burial chamber. Assisted by staff members of New York’s Metropolitan Museum of Art which included archeologist Arthur Mace and photographer Harry Burton, Howard Carter over the next several months catalogued and preserved the contents of the chambers.

On the sixteenth of February in 1923, Howard Carter opened the sealed inner doorway and confirmed it led to a burial chamber that contained the sarcophagus of Pharaoh Tutankhamun. His tomb was considered the best preserved and most intact pharaonic tomb ever found in the Valley of the Kings. Carter’s meticulous assessing and cataloguing the thousands of objects in the tomb took nearly ten years; the final work was completed in February of 1932.

Despite the significance of the find, Howard Carter received no honors from the British government. In 1926, he received the Order of the Nile, third class, from Egypt’s King Fuad I. Carter was also award an honorary Doctor of Science from Yale University and a honorary membership in Madrid’s Real Academia de la Historia.

Calendar: February 15

Year: Day to Day Men: February 15

The Edge of the Known World

The fifteenth of February in the year 1472 marks the birth date of Piero di Lorenzo de’ Medici, who was the eldest son of Lorenzo de’ Medici and Clarice Orsini, a daughter from the noble Roman house of Orsini. Piero was the lord of Florence from 1492 until his exile in 1494.

Piero di Lorenzo de’ Medici was raised alongside his younger brother Giovanni, who would later be installed as Pope Leo X, and his cousin Giulio who later became Pope Clement VII. As the eldest son, he was educated to succeed his father as the head of the Medici dynasty. Piero studied under classical scholar and poet Angelo Poliziano and Catholic priest Marsillo Ficino, the head of the newly restored Florence Academy.

Piero de’ Medici was arrogant, disruptive and had an undisciplined character. He was constantly at odds with his older and richer cousins Lorenzo and Giovanni, the two sons of Pierfrancesco de’ Medici. Piero was also a suspect in his teacher Angelo Poliziano’s death by poisoning in September of 1494. .

In 1486, Piero’s uncle Bernardo Rucellai, a member of Florence’s social and political elite, arranged a political marriage between Piero and Tuscan noblewoman Alfonsina Orsini. The marriage took place with Rucellai standing as proxy for the groom; Piero finally met Alfonsina in 1488. Their union produce three children: two daughters Luisa and Clarice, and a son named Lorenzo who later became the Duke of Urbino. Baptism records show that Piero had a third daughter named Maria in February of 1492.

Upon the death of his father Lorenzo de’ Medici in 1492, Piero de’ Medici became the leader of Florence. The peaceful existence between the Italian states, established by his father, collapsed in 1494 with King Charles VIII of France’s decision to assert hereditary claims to the Kingdom of Naples. After settling issues with the city-state of Milan, King Charles VIII sent envoys to Florence to ask for support for his claims. After five days, Piero de’ Medici responded that Florence would remain neutral, an answer that was unacceptable to King Charles who subsequently threatened Florence.

Piero attempted to form a resistance but received little support from the Florentine elite who had fallen under the influence of the fanatical Dominican priest Girolamo Savonarola. Piero’s own cousins allied themselves with both pledges and funds to King Charles VIII. At the end of October in 1494, Piero, without consulting the governing Signoria of Florence, visited King Charles at his camp and acceded to all of the king’s demands by surrendering the cities of Pisa and Lvorno as well as four fortresses in the area.

Upon his return to Florence to report his actions to its Signoria, Piero de’ Medici encountered strong public outrage. King Charles VIII, following his conquest of the Kingdom of Naples, made his entrance as ruler into Florence on the seventeenth of November. Because of his isolation and lack of allies, Piero de’ Medici had not sent an army to stop the invasion, thus fuelling the resentment of the Florentine people who finally forced him and his family into exile. Their palazzo was looted, and the Republic of Florence was re-established.

Piero and his family fled to Venice with the aid of French diplomat Philippe de Commines, a servant of King Charles VIII. They supported themselves by the sale of the Medici jewels. Piero tried several times to reinstate himself in Florence but he was rejected. After the French lost the Battle of Garigliano, Piero de’ Medici drowned in the Garigliano River on the twenty-eight of December in 1503 while attempting to flee the battlefield. He was buried in the Abbey of Monte Cassino.

A member of the Medici family would not rule Florence again until 1512, when Giovanni de’ Medici forced the city to surrender. In the next year, he was elected Pope Leo X which solidified the Medici’s power.