Trabucos is a former siege weapon invented in 400BC that was used to crush and fire projectiles. This machine’s mechanism is similar to the catapult and is also known as the balancing Trabuco. The Brazilians used to refer to it as a shotgun or a revolver.
Uses of Trabucos
According to priberam.pt Trabuco was first spotted in the Middle-Ages and later appeared in the Muslim and Christian nations. According to scientists, this counterweight weapon could throw missiles that weigh 140kilos up to 800 meters. This gadget also worked as a biological weapon and was used to enhance the spread of infection by throwing infected bodies to the enemies camps. Trabuco was considered one of the most effective warfare devices in the 600AD on spanishdict.com.
Origin of Trabucos
According to Mardi Al Tarsus, an Islamic scholar, Trabucos were developed by unbelieving demons also known as European Christians on wordreference.com. The Muslims and Saladin also played a huge role in the development of this counterweight. Back in the day, it took about twelve days for them to be made and this depended on the size of the structure. The Chinese also claim to have played a significant role in refurbishing this weapon. This claim is documented in the Chinese historical records. These records state that in the years 1115-1234 Qiang Shen, a Chinese military officer, and his troupe developed the Trabuco and used it to wedge war on their enemies.
The Trabuco was also used in the western world by the Persians, the Byzantine Empire, Germans, Scandinavia, Italians, and the Britons. This counterweight catapult appeared in Italy in the 12th century. In 1191, Richard the Lionheart, an army general ordered the construction of two Trabucos and named them “Bad Neighbor” and “God’s Own Catapult.” The English army in retaliation also developed a massive catapult and named it “Warwolf.”
The use of Trabucos came to an end after the invention of the gunpowder. Currently, Trabuco is used to teach students the principles of mechanics. They are also used in sporting activities such as minitrabucos and in throwing pumpkins. Trabucos can be found in museums where they are staged as critical historical relics.
Learn more about Trabuco: https://www.youtube.com/watch?v=qDAwt3JfWwY
Michael Lacey is a renowned mathematician, who is a native of America. He was born in 1959 from a humble family background. As a teenager, Mathew was always devoted to math while he was growing up.
He was privileged to attend the University of Illinois located in Urbana-Champaign after completing his undergraduate program. Michael graduated with a Ph.D. from the university in 1987. Lacey prides himself on solving mathematical problems that are related to probability and harmonic analysis.
The American mathematician used his academic credentials to secure employment opportunities in the corporate world. Michael Lacey joined Louisiana State University after completing his university education. He later advanced in his career, working as a professor at the Indiana University of Bloomington.
Mr. Lacey’s success in his endeavors is as a result of inspiration from Walter Philip. Over the years, Michael pursues his interest and engages in several activities that revolve around the law of iterated logarithm. Michael Lacey wrote several theses on Banach Spaces, and also studied the bilinear Hilbert transform during his fellowship at Indiana University.
The American mathematician is a recipient of several prestigious awards that signify his devotion towards mathematics. He acquired the National Science Foundation Postdoctoral Fellowship award during his tenure at the Indiana University.
Michael Lacey prides himself on receiving the Prix Salem Award in 1996. He is privileged to have won fellowship programs at the Guggenheim Fellow award and the American Mathematical Society. The mathematician earns an incredible reputation for his dedication towards math as a professor. Michael Lacey supports the Phoenix New Times, which provides services in advertising.
He is an author who has several publications like Estimates of bilinear Hilbert Transform, Weighted bounds for Vocational Fourier Series and Bloom’s Inequality.
Read more: Michael Lacey | Mathalliance
Rowing is an amateur sport that lingers around even since most other sports have disappeared. The rowing team at Orange Coast College shares their rowing with those driving into work each morning when passing by the Newport Harbor. The assistant coach, Steve Morris spent many years as the head coach of the team in the 90’s. When his wife and children required him to be home more, Steve left only to return to the assistant coaching position.
Each morning, Steve climbs into his car to head into the rowing center for a 6:30 am practice. It was only after making the compromise with his family that he was able to return to the sport that he has loved for many years. The sport for him is in his blood and bones.
There is something calming and relaxing to others who watch the rowing team in perfect unison with one another. When the calm waters are filled with boats gliding through the water with all individuals doing the same thing at the same moment is what others like about watching the team. If just one person is off by a slight hair, everyone on the team suffers. They have to be completely even with one another if the team is to win.
Once a student himself at OCC, Steve understands what it takes to be on the team. He knows what someone has to do in order to man the oars. It takes plenty of practice and mentality to be able to be on the team. Learn more: http://www.coastline.edu/myccc/
A few years ago while on vacation with his family, Steve stumbled across a live feed that the OCC team was in for a race. Steve learned from his mentor, Dave Grant about what it takes to lead the team. The then coach in the 1980’s has helped to shape how Steve coaches the team and what they have to do to be successful.
The David A. Grant rowing center at Newport Harbor is as close to stepping back in time as you can get. The history that hangs from the walls in the center is what showcases the talent of previous teams at OCC. They have brought home 11 National Titles and a number of students who have gone on to enter other races and even the Olympics.