Showing posts with label University of Florence. Show all posts
Showing posts with label University of Florence. Show all posts

1 February 2019

Teresa Mattei - partisan and politician

Former Communist who led Italian Women’s Union


Teresa Mattei was expelled from school for speaking out against Fascist laws
Teresa Mattei was expelled from school
for speaking out against Fascist laws
The politician and former partisan Teresa Mattei, who was the youngest member of the Constituent Assembly that formed Italy’s post-War government and later became a director of the Unione Donne Italiane (Italian Women’s Union), was born on this day in 1921 in Genoa.

After being expelled from the Italian Communist Party (PCI) in 1957, Mattei became a leading advocate of the rights of children as well as women and later campaigned for the prosecution of war criminals.

As a prominent executive of the UDI she was influential in the adoption of mimosa as the symbol of International Women’s Day, which takes place on March 8 each year, arguing that because the flower proliferated in the countryside it represented a more accessible alternative to violets and orchids.

The daughter of a lawyer who was prominent in the anti-Fascist Partito d’Azione (Action Party), Mattei herself was a active member of the Italian Resistance during the Second World War, using the nom de guerre "Partigiana Chicchi".

She was part of a group in 1944 that plotted and carried out the execution of Giovanni Gentile, the philosopher who had become the main intellectual spokesman for Fascism and who had part-written Benito Mussolini’s Doctrine of Fascism in 1932.

Teresa Mattei with her first husband, the partisan leader Bruno Sanguinetti
Teresa Mattei with her first husband, the
partisan leader Bruno Sanguinetti 
Mattei grew up in Milan and Varese and went to school steeped in antipathy towards Fascism, with the consequence that in 1938 at the age of 17 she was handed a blanket exclusion from all Italian schools because of her outspoken opposition to Mussolini’s anti-Jewish race laws and their  promulgation in the classroom.

Nonetheless, having moved with her family to Tuscany in 1933, she was accepted as a student at the University of Florence, where she graduated in philosophy before joining the partisans. She joined the Communist Party in 1942 and met her future husband, Bruno Sanguinetti, a resistance fighter of Jewish origin who was a commander of the Communist Youth Front and the major instigator of the plot to murder Gentile, a professor at the university.

Gentile was ambushed and shot dead as he left the prefecture in Florence, after which Sanguinetti proclaimed the assassination as vengeance for the death of Mattei’s brother, Gianfranco, a chemist and bombmaker for the partisans, who had hanged himself in prison rather than risk betraying his comrades under torture.

After the war had ended, Mattei was elected in the PCI lists to the Constituent Assembly for Florence and Pistoia. At 25 the youngest person to be elected in the organisation, she was a signatory to Article Three of the constitution of the new Italian Republic, declaring all citizens regardless of sex, race, language, religion, political opinions, personal and social conditions to have the right to equal social dignity and be equal before the law.

Prime minister Alcide de Gasperi addresses the Consituent Assembly in 1946. Mattei is in the third row, just behind him
Prime minister Alcide de Gasperi addresses the Consituent
Assembly in 1946. Mattei is in the third row, just behind him
Mattei married Sanguinetti in Budapest in 1948 and they had two children, Gianfranco and Antonella. However, Sanguinetti died suddenly in the early 1950s. She was married for a second time to Iacopo Muzio, a PCI official, with whom she had two more children, Gabriele and Rocco.

In the meantime, she was expelled from the PCI for her opposition to the Stalinist policies adopted under the leadership of Palmiro Togliatti

Thereafter, she devoted her energies for more than 50 years to various campaigns for women’s and children’s rights, as well as, in 1996, organising a petition demanding a new trial for Erich Priebke, a former Nazi officer responsible for a massacre of more than 300 Jews and others in Rome in 1944 and for murdering dozens of Italian Resistance members detained in the city’s prisons. Priebke was eventually sentenced to life imprisonment.

Having returned in later life to live in Tuscany, Mattei died in 2013 at the age of 92 in Usigliano, a village about 35km (22 miles) southeast of Pisa.

Florence University has several sites in the centre of the city, including this one, the Palazzo San Marco
Florence University has several sites in the centre of the city,
including this one, the Palazzo San Marco
Travel tip:

The University of Florence, which has 12 schools, swells the population of the city by some 60,000 students each year. Its Law, Economics and Political Science faculties are in the Novoli district, while those Medicine and Surgery, Pharmacology and certain scientific and engineering departments are in the Careggi district, close to the city’s main hospital. Among the alumni are the former President of Italy Alessandro Pertini, two popes - Nicholas V and Pius II - the poet Dante Alighieri and two prime ministers, Lamberto Dini and Matteo Renzi.


The Palazzo Pretoria in Pontedera
The Palazzo Pretoria in Pontedera
Travel tip:

Usigliano is a fairly remote village in Tuscany, with a couple of villas offering agriturismo-type accommodation and very few amenities. The nearest muncipality of any substantial size is Pontedera, the town at the confluence of the Arno and Era rivers notable for housing the headquarters of the Piaggio motorcycle and scooter company, the Castellani wine company and the Amadei chocolate factory. Pontedera was the seat of several historical battles, including a Florentine victory over the Milanese army of Barnabò Visconti in 1639 and a pyrrhic victory in the Republic of Siena’s struggle to retain its independence from Florence, two months before a decisive defeat at the Battle of Marciano.

Pontedera hotels from TripAdvisor.co.uk

More reading:

Giovanni Gentile, intellectual advocate of Fascism

Teresa Noce - partisan and activist who became an elected Deputy

Palmiro Togliatti, the Communist leader who survived an assassination attempt

Also on this day:

1690: The birth of virtuoso violinist Francesco Maria Veracini

1891: The birth of engineer Corradino D'Ascanio, inventor of the Vespa scooter

1922: The birth of opera singer Renata Tebaldi

(Picture credits: University building and Pontedera palazzo by Sailko via Creative Commons)


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11 September 2018

Manrico Ducceschi - partisan

Brave freedom fighter whose death is unsolved mystery


Manrico Ducceschi operated under the codename Pippo as he fought as an Italian partisan
Manrico Ducceschi operated under the codename
Pippo as he fought as an Italian partisan
Manrico ‘Pippo’ Ducceschi, who led one of the most successful brigades of Italian partisans fighting against the Fascists and the Nazis in the Second World War, was born on this day in 1920 in Capua, a town in Campania about 25km (16 miles) north of Naples.

Ducceschi’s battalion, known as the XI Zona Patrioti, are credited with killing 140 enemy soldiers and capturing more than 8,000. They operated essentially in the western Tuscan Apennines, between the Garfagnana area north of Lucca, the Valdinievole southwest of Pistoia, and the Pistoiese mountains.

He operated under the name of Pippo in honour of his hero, the patriot and revolutionary Giuseppe Mazzini.

Ducceschi's success in partisan operations led to him being placed at the top of the Germans' ‘most wanted’ list. Even his relatives were forced to go into hiding.

After the war, he was honoured by the Allies for the help he provided in the Italian campaign but oddly his deeds were never recognised by the post-war Italian government, nor even by his own comrades in the National Association of Italian Partisans (Anpi).

Moreover, he died in mysterious circumstances in 1948 when he was found hanged in his house in Lucca. His family refused to accept the official verdict of suicide delivered by magistrates investigating his death, believing he was murdered, although a new inquiry opened in the 1970s could not find any evidence to contradict the original verdict.

Manrico Ducceschi's battalion is credited with killing more than 140 enemy soldiers
Manrico Ducceschi's battalion is credited with
killing more than 140 enemy soldiers
Although born in Capua after his mother went into premature labour while travelling, Ducceschi was brought up in Pistoia, where the family lived. He went to high school there and after attending a liceo classico in Lucca he enrolled to study literature and philosophy at the University of Florence, although the outbreak of war meant he never graduated.

He was serving with the Alpini Corps of the Italian Army in Tarquinia in Lazio when Italy formally surrendered to the Allies on September 8, 1943, but managed to evade capture by the Germans and made his way back to Pistoia - a distance of 250km (155 miles) - mainly on foot.

There he became involved with resistance groups. His organisational skills and training with the Alpini saw him quickly assume leadership roles and by March 1944 he was head of the XI Zona Patrioti. Many of his fellow freedom fighters were political activists but Ducceschi insisted that his group was not aligned with any particular party.

In addition to regular engagements with the enemy, the group scored a major success when they intercepted, at the Abetone Pass in the mountains above Pistoia, a Rear Admiral of the Japanese navy. They seized documents that proved highly useful for the subsequent war operations of the Allies in the Pacific.

This led to closer ties with the Allies, who supplied them with uniforms and equipment, and entrusted them with a 40km (25 miles) stretch of the Gothic Line, the line of German defensive positions from the Tuscan coast to the Adriatic for control of which the Allies fought between October 1944 and the following spring. Ducceschi’s partisans participated in the liberation of Modena, Reggio Emilia, Parma, Piacenza and Lodi, and were among the first soldiers to arrive in Milan on April 25, 1945.

The terrain around the Abetone Pass. north of Pistoia, where Duccesci's brigade made a noteworthy capture
The terrain around the Abetone Pass. north of Pistoia,
where Duccesci's brigade made a noteworthy capture
At the end of the war, Ducceschi was awarded the Bronze Star Medal for military valour by the Allies, but had no recognition either from the partisan organisations or from the Italian State.

Family members have since offered a number of hypotheses as to why this might have been and why they believed his death in 1948 was not suicide, but rather a murder made to look like one, with several potential suspects.

These include fellow partisans who opposed his continuing co-operation with the Americans after the war, mainly because he supplied them with information about their political activities. The Americans were concerned about the growth of the Italian Communist Party and Ducceschi, having helped achieve the fall of one dictator in Benito Mussolini, feared an Italy run by the Communists would simply be another dictatorship.

Others they believed had a motive to kill him were those who he discovered to be secretly selling impounded weapons to foreign regimes, including the newly formed state of Israel. They included Franco Corelli, a former partisan colleague and a neighbour in Lucca, who he also suspected of having romantic designs on his wife, Renata.

The inquiry into Ducceschi’s death discovered that Corelli visited him at his home in Lucca shortly before his body was discovered, as did his former right-hand man in XI Zona Patrioti, Giuliano Brancolini.  Both men left Italy before the investigation into the death was concluded, Corelli fleeing to Brazil.

At the time of his death, Renata and the couple’s baby daughter, Roberta, were staying at the family’s holiday home in the mountains. When Ducceschi failed to join them at an appointed time, his father, Fernando, went to the house in Lucca and discovered his body.

In his testimony, Fernando said he heard footsteps on the stairs in the house soon after he found his son’s body. He also claimed that his son’s clothes were soiled in a way that suggested his body had been dragged from somewhere else. Yet the investigation, conducted jointly by Italian, British and American authorities, still reached a verdict of suicide.

The octagonal Baptistry of San Giovanni in Corte in
Pistoia's Piazza del Duomo
Travel tip:

Pistoia, where Manrico Ducceschi grew up, is a pretty medieval walled city in Tuscany, about 40km (25 miles) northwest of Florence. The city developed a reputation for intrigue in the 13th century and assassinations in the narrow alleyways were common, using a tiny dagger called the pistole, made by the city’s ironworkers, who also specialised in manufacturing surgical instruments. At the centre of the town is the Piazza del Duomo, where the Cathedral of San Zeno, which has a silver altar, adjoins the octagonal Battistero di San Giovanni in Corte baptistery. On the same square is the 11th century Palazzo dei Vescovi.

The Piazza dell'Antifeatro, on the site of a former  amphitheatre, is part of the charm of Lucca
The Piazza dell'Antifeatro, on the site of a former
amphitheatre, is part of the charm of Lucca
Travel tip:

Lucca, where Ducceschi settled at the end of the Second World War, is situated in western Tuscany, just 20km (12 miles) from Pisa, and 80km (50 miles) from Florence. Its majestic Renaissance walls are still intact, providing a complete 4.2km (2.6 miles) circuit of the city popular with walkers and cyclists.  The city has many charming cobbled streets and a number of beautiful squares, plus a wealth of churches, museums and galleries and a notable musical tradition, being the home of composers Alfredo Catalani, Luigi Boccherini and the opera giant, Giacomo Puccini.

More reading:

How trade union leader Teresa Noce led a secret partisan unit in France

Mysterious death of partisan who helped capture Mussolini

Alcide de Gasperi - prime minister who rebuilt Italy

Also on this day:

1555: The birth of naturalist Ulisse Aldrovandi

1871: The birth of adventurer Scipione Borghese



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25 January 2018

Paolo Mascagni – physician

Scientist was first to map the human lymphatic system


Paolo Mascagni studied geology before turning to human science and anatomy
Paolo Mascagni studied geology before turning
to human science and anatomy
The physician Paolo Mascagni, whose scientific research enabled him to create the first map of the complete human lymphatic system, was born on this day in 1755 in Pomarance, a small town in Tuscany about 40km (25 miles) inland from the western coastline.

Mascagni described his findings in a book with detailed illustrations of every part of the lymphatic system he had identified, which was to prove invaluable to physicians wanting to learn more about a part of the human body vital to the regulation of good health.

He also commissioned the sculptor Clemente Susini to create a full-scale model in wax of the lymphatic system, which can still be seen at the Museum of Human Anatomy at the University of Bologna.

Later he created another significant tome, his Anatomia Universa, which comprises 44 enormous copperplate illustrations that set out to bring together in one book the full extent of human knowledge about the anatomy of the human body.  The ‘book’ in the event was so large it was never bound, each plate measuring more than 3ft 6ins (1.07m) by 2ft 6ins (0.76m), designed in such a way that those from the same plane of dissection can be placed together and show the whole body in life size.

Mascagni was the son of Aurelio Mascagni and Elisabetta Burroni, both belonging to ancient noble families from Chiusdino, a village in the province of Siena.

An illustration from Mascagni's celebrated book on the human lymphatic system
An illustration from Mascagni's celebrated
book on the human lymphatic system
He studied at the University of Siena, where his teacher of anatomy was Pietro Tabarrini, and graduated in philosophy and medicine in 1771. By his final year, he had been appointed assistant to Tabarrini and succeeded his mentor as Professor of Anatomy after blindness forced him to retire.

As a young man, Mascagni had been keen on geology and wrote a number of papers on the thermal springs of Siena and Volterra. Later, he would successfully identify boric acid in the waters and suggest ways to produce from it the industrial compound now known as borax.

After graduating, his focus turned to the human lymphatic system, feeling that he owed it to Tabarrini to do what he could to advance his teacher’s research into the workings of the human body. He decided that he would not work in clinical medicine but devote himself entirely to teaching and research.

His work was interrupted for a while by the political upheaval of the late 18th century, when Tuscany was occupied by the French. He became involved in politics somewhat reluctantly, becoming Superintendent of the Arts, Sciences and Charitable Institutions of Siena, and this placed him in constant conflict with the French authorities over their seizing of personal and public property.

Unfortunately, his involvement with the French was misinterpreted when Austria regained control of the area. Accused of having Jacobin sympathies, he was arrested and imprisoned for seven months.

The statue of Mascagni in the courtyard of the Uffizi in Florence, where he lived
The statue of Mascagni in the courtyard of the
Uffizi in Florence, where he lived for some years
On his release, he was appointed a professor of anatomy at the University of Pisa and began lecturing at the Hospital of Santa Maria Nuova in Florence before becoming a full professor at the University of Florence.

In his research into the lymphatic system, Mascagni perfected a technique whereby he injected mercury as a contrast medium into the peripheral lymphatic networks of a human cadaver and by following the mercury’s flow to other parts of the system was able to produce detailed diagrams and models.

This brought him fame all over Europe, yet he did not limit himself to merely describing the anatomy of the lymphatic system.  By his research into its physiology and pathology he was able to highlight its importance in fighting disease in the human body, the understanding of which helped in the evolution of new treatments.

Mascagni died in 1815 during a stay at his estate in Castelletto, near Chiusdino, the village near Siena where his family originated and where he spent most of his free time. He had contracted a pernicious fever, probably malaria.

His memory has been commemorated in several ways. The street where he was born in Pomerance is now called Via Paolo Mascagni; the hamlet where the family lived, 33km (20 miles) southwest of Siena, is now known as Castelletto Mascagni, and there is another Via Paolo Mascagni in nearby Chiusdino.

A statue of Paolo Mascagni can be found in a niche in the courtyard of the Uffizi in Florence, as one of the great men of Tuscany.  His house in Florence was in Via Fiesolana.  There is also a monument to him in the Accademia dei Fisiocritici in Siena, of which he was president.

One of the medieval gates into the town of Pomarance
One of the medieval gates into the town of Pomarance
Travel tip:

The town of Pomarance, where Mascagni was born, sits on a hill overlooking Val di Cecina, on the border between the provinces of Pisa, 80km (50 miles) to the north, and Siena, 69km (43 miles) to the east. The main square, Piazza de Larderel, is named after Francois Jacques de Lardarel, a 19th century French engineer who worked in the area on the exploitation of geothermal energy from the steam emitted by lagoons in the area.

The ancient village of Chiusdino occupies a hilltop position
The ancient village of Chiusdino occupies a hilltop position
Travel tip:

The ancient village of Chiusdino dates back to the seventh or eighth century, when it was a Longobard settlement, sitting on the top of a hill, surrounded by walls. Much of the history of the town surrounds the legend of San Galgano, who was an arrogant, licentious son of a local feudal lord in the 12th century who changed his ways after a supposed visit from Saint Michael the Archangel, who told him he must give up his excesses, prompting Galgano to say it would be easier to cut a rock with a sword. As if to prove it, he launched a sword thrust at a rock and was amazed when the blade plunged into the rock as easily as a knife into butter. He knelt to pray and vowed to become a hermit. The sword in the rock remains on display in a chapel, the Rotonda della Spada, that was built around it.



29 September 2017

Enrico Fermi – nuclear physicist

Scientist from Rome who created world’s first nuclear reactor


Enrico Fermi discovered how splitting uranium atoms could generate vast amounts of energy
Enrico Fermi discovered how splitting uranium
atoms could generate vast amounts of energy
Enrico Fermi, who has been called the architect of the nuclear age and even the father of the atomic bomb, was born on this day in 1901 in Rome.

Fermi, who won a Nobel Prize in 1938, created the world’s first nuclear reactor, the so-called Chicago Pile-1, after he had settled in the United States, and also worked on the Manhattan Project, which was the code name for the secret US research project aimed at developing nuclear weapons in the Second World War.

The third child of Alberto Fermi, an official in Italy’s Ministry of Railways, and Ida de Gattis, a school teacher, Fermi took an interest in science from an early age, inspired by a book about physics he had discovered in the local market in Campo de’ Fiori in Rome, written in Latin by a Jesuit priest in about 1840.

He read avidly as he was growing up, conducting many experiments. After high school, he was granted a place at the prestigious Scuola Normale Superiore, part of the University of Pisa, where it became clear the depth of knowledge he had already acquired was greater than that of many of his professors. It was not long before they began asking him to organise seminars in quantum physics. He graduated with honours in 1922.

After spending several months in Germany and Holland on scholarships, working alongside renowned professors such as  Max Born and Paul Ehrenfest, he returned to Italy to take up a lectureship at the University of Florence. In 1927 he was appointed Professor of Theoretical Physics at the University of Rome.

Fermi (centre), with his fellow scientists at the University of Pisa, Franco Rasetti and Emilio Segrè
Fermi (centre), with his fellow scientists at the University of
Pisa, Franco Rasetti and Emilio Segrè
In the same year, he married Laura Capon, who came from a respected Jewish family in Rome.  They would soon have two children, Giulio and Nella.

In 1934, Fermi began working with the atom, the area of physics that would define his life. He discovered that nuclear transformation could occur in nearly every element.

One of the elements whose atoms he split was uranium. This led to discovery of slow neutrons, which in turn led to nuclear fission and the production of new elements.

When, in 1938, Fermi was awarded the Nobel Prize in Physics "for his work with artificial radioactivity produced by neutrons, and for nuclear reactions brought about by slow neutrons”, it could not have come at a more timely moment.

Benito Mussolini, whose Fascist party Fermi had joined when he was made a member of the Royal Academy of Italy in 1929, had introduced tough new race laws in his support for the German leader Adolf Hitler. The anti-Jewish element of these laws threatened Fermi’s family and he became desperate to leave Italy.

The eerie mushroom cloud formed by the  first test explosion of an atomic bomb
The eerie mushroom cloud formed by the
first test explosion of an atomic bomb
Strict travel restrictions were being implemented, too, but Mussolini wanted Fermi to receive his Nobel award in person at the ceremony in Sweden and allowed him to travel with his family. Once in Stockholm, they made arrangements to escape to America.

Thus Fermi, his wife and their children disembarked a passenger liner in New York in January 1939.  He quickly settled into an academic career in American universities.

Fermi was appointed professor of physics at New York's Columbia University, where he discovered that if uranium neutrons were emitted into fissioning uranium, they could split other uranium atoms, setting off a chain reaction that would release enormous amounts of energy. His experiments led to the first controlled nuclear chain reaction, which he prosaically christened Chicago Pile-1, on December 2, 1942, under Chicago University's athletic stadium.

During the Second World War, Fermi was invited to join the Manhattan Project, which focused on the development of the atomic bomb. Worried that scientists in Germany were close to developing their own bomb, Fermi and other scientists encouraged the US Government to invest in the project without delay.

He witnessed the first test detonation of a nuclear weapon, codenamed Trinity, in a remote area of desert in New Mexico on July 16, 1945.  He advised the US Government on target selection, recommending the bomb be used without warning against an industrial area.

General Leslie R Groves presents Fermi with his Medal of Merit for wartime service to the US
General Leslie R Groves presents Fermi with his
Medal of Merit for wartime service to the US 
After the war, Enrico Fermi was appointed to the General Advisory Committee for the Atomic Energy Commission. In October 1949, the commission met to discuss the development of the hydrogen bomb, a weapon 500 times more powerful than the atomic bombs dropped on Hiroshima and Nagasaki in Japan, which themselves killed 129,000 people.

Fermi was appalled at the prospect, however, opposing it on both technical and moral grounds.

In 1944, Fermi and his wife had become American citizens, and at the end of the war he accepted a professorship at the University of Chicago's Institute for Nuclear Studies, a position which he held until his death. There he turned his attention to high-energy physics, and led investigations into the pion-nucleon interaction.

He died in 1954 at the age of only 53 from stomach cancer. It is thought likely now that he developed the disease as a result of his exposure to radiation, possibly when he witnessed the Trinity explosion, when he reported feeling the heat from the blast, or from his work creating the Chicago reactor.

He confessed to friends during his life that he was aware that he might be at risk but considered scientific advancement more important than his own long-term health.

As well as his Nobel prize, Fermi won many other awards for his research, while others granted to modern scientists bear his name.  Among other things named after him are the Fermilab particle accelerator and physics lab in Batavia, Illinois and the Fermi Gamma-ray Space Telescope.  Three nuclear reactor installations have been named after him: the Fermi 1 and Fermi 2 nuclear power plants in Newport, Michigan, the Enrico Fermi Nuclear Power Plant at Trino Vercellese in Italy, and the RA-1 Enrico Fermi research reactor in Argentina.

A synthetic element isolated from the debris of the 1952 Ivy Mike nuclear test was named fermium, in honour of Fermi's contributions to the scientific community.

The Basilica of Santa Croce in Florence, known as the Temple of Italian Glories for its many graves of artists, scientists and prominent figures in Italian history, has a plaque commemorating Fermi.

Fermi's birthplace in Via Gaeta in Rome
Fermi's birthplace in Via Gaeta in Rome
Travel tip:

Fermi’s birthplace in Rome was in Via Gaeta, not far from the Termini railway station, and the house is marked with a plaque. The area around Via Gaeta has nothing in particular to recommend it but nearby are the ruins of the Terme di Diocleziano – the Baths of Diocletian – a Roman bathing complex that covered 13 acres and could accommodate up to 3,000 people. The complex today houses one of the four sites of the Museo Nazionale Romana, containing a fascinating collection of objects and artefacts to help visitors build a picture of Roman life in the days of the empire. Also worth visiting at the site is a large and peaceful cloister built from designs by Michelangelo.

The magnificent Basilica of Santa Croce in Florence
The magnificent Basilica of Santa Croce in Florence
Travel tip:

The Basilica of Santa Croce, with its 16 chapels, is the largest Franciscan church in the world, and has been one of Florence’s most impressive buildings since it was completed towards the end of the 14th century. Inside can be found work by many of the great artists of the Renaissance, including Giotto, Cimabue, Donatello, Antonio Canova and Domenico Veneziano. The Basilica is also notable as the burial place of a host of illustrious Italians, such as Michelangelo, Galileo, Machiavelli, the poet Ugo Foscolo, the philosopher Giovanni Gentile and the composer Rossini.



25 March 2017

Francesco I - Grand Duke of Tuscany

Florentine ruler at heart of Medici murder mystery


A portrait of Francesco I by Agnolo di Cosimo, the Florentine artist better known as Bronzino
A portrait of Francesco I by Agnolo di Cosimo,
the Florentine artist better known as Bronzino.
Francesco I, the Medici Grand Duke whose death at the age of 46 became the subject of a murder mystery still unsolved 430 years later, was born on this day in 1541 in Florence.

The second to be given the title Grand Duke of Tuscany, Francesco was the son of Cosimo I de' Medici, the first to hold the title, and Eleonor of Toledo.

Like his father, Francesco was often a despotic leader, but while Cosimo's purpose was to maintain Florence's independence, Francesco's loyalties were not so clear. He taxed his subjects heavily but diverted large sums to the empires of Austria and Spain.

He continued his father's patronage of the arts, supporting artists and building the Medici Theatre as well as founding the Accademia della Crusca and the Uffizi Gallery. He was also interested in chemistry and alchemy and spent many hours in his private laboratory.

It was his personal life that he is remembered for, beginning with an unhappy marriage to Joanna of Austria, youngest daughter of Ferdinand I, Holy Roman Emperor and Anne of Bohemia and Hungary.  Joanna was reportedly homesick for her native Austria, and Francesco was unfaithful from the start. Joanna died in 1578, at the age of 31.

Soon after Joanna's death, Francesco married his Venetian mistress, Bianca Cappello, who had already borne him a son, Antonio. Because of the quick remarriage following Joanna's sudden death, rumours spread that Francesco and Bianca had poisoned her, the atmosphere of suspicion not helped by reports that Francesco's younger brother Pietro had extricated himself from a similarly unhappy marriage by killing his wife.

Bianca Capello, as portrayed by the artist Allori
 Alessandro in a portrait now in the Pitti Palace
Francesco was besotted with Bianca, for whom he built and decorated the Villa di Pratolino in Vaglia, 12km north of Florence on the way to Bologna. But she was not popular among Florentines.

They had no legitimate children, but after the death of Francesco's legitimate son Philip de' Medici, Antonio was proclaimed heir.

The two died 12 hours apart in October, 1587, at the Medici family villa in Poggio a Caiano.  The death certificates stated malaria as the cause, but it has been widely speculated since that the couple was poisoned, possibly by Francesco's brother, Ferdinando, who feared being excluded from the line of succession after Francesco announced Antonio as his heir.

Ferdinando had visited the couple at the villa shortly before they fell ill and when he heard of their plight returned immediately, taking charge of bulletins sent to the Holy See, which allegedly blamed his brother's illness on his poor eating habits and Bianca's on worry about her husband's condition.

Ferdinando also ordered the autopsies on the bodies, which led to the conclusion that malaria was to blame.

It was when the bodies were exhumed, two and a half centuries later in 1857, in order to be reburied in the basement of the Medici Chapel in San Lorenzo that reports of unusually well preserved bodies gave rise to theories that they were poisoned with arsenic, which slows down the putrefaction process.

The bodies were exhumed again in 2005 by a team from the Universities of Florence and Pisa, following which the parasite plasmodium falciparum, which causes malaria, was found in the skeletal remains of Francesco I, bolstering the credibility of the official documents.  Analysis of Francesco's facial hair detected low levels of arsenic, which seemed to rule out chronic exposure to the substance.

The Basilica di San Lorenzo in Florence, to which are attached the Medici family chapels
The Basilica di San Lorenzo in Florence, to which are
attached the Medici family chapels
When Bianca's remains were found in some broken terracotta jars buried under the crypt in the Church of Santa Maria a Bonistallo, near Francesco's villa, however, testing supported the theory of arsenic poisoning. The same findings were detected in organs from Francesco.

This suggested Francesco and Bianca were given small doses of arsenic for several days until it killed them, the doses too small and administered over a too short period of time to be detected in Francesco's facial hair.  The symptoms, such as fever, stomach-cramps and vomiting, could have been misinterpreted as an infection.

However, Gino Fornaciari, professor of forensic anthropology and director of the Pathology Museum at the University of Pisa, said that it was much more likely that malaria was the cause of death.

Travel tip:

Bunelleschi's Basilica of San Lorenzo in Florence is the site of two Medici Chapels, dating from the 16th and 17th centuries. The Sagrestia Nuova, (New Sacristy), was designed by Michelangelo. The larger Cappella dei Principi, (Chapel of the Princes), though proposed in the 16th century, was not begun until the early 17th century.  The octagonal Cappella dei Principi, commissioned by Ferdinand I and notable for its 59m (194ft) dome, is the distinguishing feature of the Basilica when seen from a distance.

Florence hotels by Booking.com

The beautiful Villa Medici at Poggio a Caiano
The beautiful Villa Medici at Poggio a Caiano
Travel tip:

The Villa Medici at Poggio a Caiano is one of the most famous Medici villas, located about 9km (six miles) south of Prato. Today it is a public building comprising the historic apartments where the Medici stayed and a museum. The villa is perhaps the best example of architecture commissioned by Lorenzo the Magnificent, in this case designed by Giuliano da Sangallo in around 1480.


More reading:


Cosimo de' Medici - the banker who founded the Medici dynasty

Gian Gastone - the last Medici to rule Florence

Why Cosimo II gave his support to Galileo

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