(Aéline, Sarah and Camille)

https://www.youtube.com/watch?v=z_Hu57QTqqE

He rediscovered the principles of linear perspective,  known to the Greeks and Romans but buried along with many other aspects of ancient civilization during the European Middle Ages. By using the optical and geometric principles upon which Brunelleschi’s perspective devices were based, the artists of his generation were able to produce works of astonishing realism.

Caravaggio chose, as a model to portray the Virgin, a prostitute found dead in the Tiber.

Much scandal, in particular, made the bare feet portraits up to the ankle.He gave a big contribute to anatomy for example in the “Incredutity of saint Thomas”in which the way the wound in Christ’s side is painted. Thanks to these paintings we can affirm that the anatomical images painted by Caravaggio are the result of studies made by observations.

 The frescoes on the ceiling of the Sistine Chapel are probably the best known of his works, the artist thought of himself primarily as a sculptor.

He is well known for his passion for anatomy and he was dissecting corpses in the Holy Spirit.

His formulation of inertia, the law of falling bodies, and parabolic trajectories marked the beginning of a fundamental change in the study of motion.

He drew the moon’s phases as seen through the telescope, showing that the Moon’s its surface is not smooth, but is rough and uneven. In  1610 he discovered four moons revolving around Jupiter. He also found that the telescope showed more stars than are visible with the naked eye.

She studied physics engineering in Hacettepe University in Ankara. When she graduated from the University she won a Fullbright scholarship to study in the USA. She studied material science and engineering in the University of Illionis at Urbana Champaign. She focused on piezoelectric biomedical systems there. She developed a comfortable energy harvester that converts mechanical energy into electricity to power the heart battery. This technology could extend the battery life of implanted electronics or eliminate the need for battery replacement.

In 2014 she recieved her PhD. She joined MIT faculty as an assistant professor in 2017. Recently she talked in Zurich Minds Talk and showed herself to the world.

It's one of the most prestigious photography competition in the world.

This year, Laurent Ballesta, a french photographer, diver and natural biologist from Montpellier won the contest for the second time after also taking first place in 2021. After humble debuts when he was 13 years old, the cofounder of the "Oeil d'Andromède" association is now recognised worldwide for his work.

(https://fr.dronisos.com/videogallery#)

history, a brilliant and multifaceted man of genius and

universal talent scientist, inventor, artist, engineer, anatomist.

He has been called a Universal Genius and made important

discoveries and innovations in the most diverse fields, from

mechanical engineering, to science, from anatomy to

painting. Leonardo is considered one of the most ingenious

and prolific minds of the Renaissance.

From his drawings, writings and projects it is clear that

Leonardo had a strong passion for water and that he was

fascinated by the properties of this element.

Even today in Milan we can observe his engineering works

including the irrigation vents.

This engineering work was intended to match the amount of

water due according to the price paid.

To better understand Leonardo’s passion for this element we

recommend visiting the interactive exhibition "Leonardo and the charm of water" in Rome in which you can appreciate all his studies and experiments done on this element

ABBA-BALLINI ITALY

Through "Saint Matthew and the Angel," Caravaggio blends art and science in several ways. Firstly, his distinctive use of 

chiaroscuro highlights an advanced awareness of light and visual perception. The intense light on the figures of Saint 

Matthew and the angel not only creates visual drama but also reveals an understanding of the physics of light and 

shadow.

Furthermore, the realistic portrayal of Saint Matthew as an ordinary man rather than an idealized figure indicates a deep 

anatomical observation and a desire to depict life authentically. 

This attention to anatomical details reflects a connection between art and science, as Caravaggio seems interested in capturing human reality with precision.

The painting also demonstrates knowledge of perspective, as the composition emphasizes the centrality of Saint Matthew and the angel. 

This technical aspect contributes to a more accurate and engaging presentation of the scene.

In summary, "Saint Matthew and the Angel" illustrates how Caravaggio,

 through his artistic mastery, incorporated scientific principles such as 

light management, anatomical observation, and perspective to create 

works that go beyond aesthetics to embrace the scientific understanding 

of his time.

Abba-Ballini, Brescia

His works are a mix of art and geometry using a combination of math theories and geometry development.

During his life he combined his intellectual and practical beliefs from math with the modern beliefs of art.

In addition to his artistic activity he was also the author of mathematical treatises on perspective geometry, he wrote mathematically where a synthesis of Euclidean geometry can be found. His activities are characterized by pictorial practice, mathematics and the speculation of abstract mathematics. His artistic production profoundly influenced the Renaissance painting of Northern Italy and, in particular, the Ferrara and Venetian schools.

Abba-Ballini, Brescia