suleymankasimov.art

Suleyman Kasimov bio

Biography, presented in Wikipedia style. Suleyman Kasimov was born March 14th, 2000 in Moscow. His family includes Ulvi and Reykhan Kasimov, and he has both older and younger sisters. Ever since he was three years old, he's been engaged in fulfilling activities. He participated in martial arts, for which he has received numerous prizes at children's and youth competitions. When Suleyman was ten, he attended technological creativity classes where he had the opportunity to design a rocket that could fly as high as 50 meters. In addition, Suleyman is also an excellent swimmer, equestrian, and piano player. Suleyman’s interests include reading, especially science-related fiction genres. His favorite authors include Isaac Asimov, Ray Bradbury, the Strugatsky brothers, Robert Heinlein, Stephen Hawking, Carl Sagan, Michio Kaku, Aldous Huxley, among many others. During his school years, he actively traveled, mastered boat sailing, and attained his driver's license. In April 2013, as part of an expedition hosted by the Russian Geographical Society, Suleyman reached the North Pole. Three years later, in 2016, he graduated as a remote student two years earlier than his peers, having earned a gold medal for academic success that he received at public high school 1329 - one of the top 10 best schools in Moscow. Suleyman has since lived in London. During his first year of living in the United Kingdom, he attended the Regent Language School. In his free time, he worked with a team of engineers on a project to create a global archive of cultural objects. Suleyman’s ideas and contributions formed the basis of the result of Patented Technology. Pat No. 10805263 from the U.S. patent office. Furthermore, Suleyman volunteered as a general assistant at the Cranleigh Golf Club & Resort, UK. Suleyman participated in the creation and implementation of a project that sought to create a portal to raise funds and help for The Center For Inclusive Education for Children With Special Needs WWW.SHALVA.ART . For the past two years, he was a part of the engineering project team at The Pushkin State Museum of Fine Art in Moscow, “Smart City”, which helped aid museum visitors with disabilities. As an assistant, he provided support in numerous parts of the project, including the selection of materials, their systematization, and the editing of the "Predictive Analytics for University students" course by Professor U. Kasimov. The now-copyrighted course was published in a specialized publication. In July 2019, he participated in The World Peace Forum (WPF) which was organized in Beijing on behalf of Tsinghua University. In 2020, Suleyman created the website WWW.DLDCOLLEGE.ART to support the college’s artistic and cultural activities. Suleyman’s project draft. Space and interplanetary travel are becoming an increasingly popular topic in our current context. Nowadays, the topic isn’t restricted to writers and scientists but is now catching the attention of entrepreneurs, companies, and the state. There are a variety of reasons as to why this topic is becoming increasingly explored, which include the potential for rare minerals and the development of technology itself, which has more than once given a powerful impetus to the development of common industries and the economy. However, there stands an obstacle; oddly enough, it’s the human body. Previous experiences of inhabited space flights have shown that the state of weightlessness, which is the absence of powerful protection in the form of the earth's atmosphere, has a destructive effect on the human body. The lack of gravity leads to atrophy of the entire muscular corset and thinning of the bone tissue. In addition, it is known that in a state of gravity, understandable and predictable diseases and ailments take much longer to heal and just as unpredictably as they proceed. Medical protocols that function successfully on earth cease to work predictably without gravity. I’ve given much thought to this for a long time after an interesting incident that gave rise to an intriguing idea. Once, I caught a cold and wasn’t feeling well. In response, I took a standard dose of vitamin C and washed it down with hot tea with honey. Even after going to bed, the condition didn’t seem to improve much. I wondered, how would this experience feel if I were on a spaceship? I tried to imagine it, but it seemed to be more unpleasant. At that moment, almost subconsciously, I put on my headphones and turned on the music from my library. After a minute of listening to these wonderful sounds, I felt noticeably better. This led me to the idea that it is possible to choose an individual set of melodies for each space traveler as a way to modify the internal states of a person in zero gravity. After all, this is a well-known phenomenon; different music stimulates the production of different hormones. Energetic rock stimulates the production of adrenaline, and classical music leads to increased endorphins. Moreover, in earthly medicine, there are studies that study the effect of music on human health. In space, this could be a new and significant contribution to the improvement of a human’s well-being. Obviously, any continued study would require an investment of significant resources, primarily human capital, but it is also obvious that this will ultimately bring results. This is potentially critically important for the further expansion of the scope of human activity, even in such harsh conditions as cosmic space.

Biography, presented in Wikipedia style.

Suleyman Kasimov was born March 14th, 2000 in Moscow. His family includes Ulvi and Reykhan Kasimov, and he has both older and younger sisters. Ever since he was three years old, he's been engaged in fulfilling activities. He participated in martial arts, for which he has received numerous prizes at children's and youth competitions. When Suleyman was ten, he attended technological creativity classes where he had the opportunity to design a rocket that could fly as high as 50 meters. In addition, Suleyman is also an excellent swimmer, equestrian, and piano player.
Suleyman’s interests include reading, especially science-related fiction genres. His favorite authors include Isaac Asimov, Ray Bradbury, the Strugatsky brothers, Robert Heinlein, Stephen Hawking, Carl Sagan, Michio Kaku, Aldous Huxley, among many others. During his school years, he actively traveled, mastered boat sailing, and attained his driver's license.
In April 2013, as part of an expedition hosted by the Russian Geographical Society, Suleyman reached the North Pole. Three years later, in 2016, he graduated as a remote student two years earlier than his peers, having earned a gold medal for academic success that he received at public high school 1329 - one of the top 10 best schools in Moscow.
Suleyman has since lived in London. During his first year of living in the United Kingdom, he attended the Regent Language School. In his free time, he worked with a team of engineers on a project to create a global archive of cultural objects. Suleyman’s ideas and contributions formed the basis of the result of Patented Technology. Pat No. 10805263 from the U.S. patent office.
Furthermore, Suleyman volunteered as a general assistant at the Cranleigh Golf Club & Resort, UK.
Suleyman participated in the creation and implementation of a project that sought to create a portal to raise funds and help for The Center For Inclusive Education for Children With Special Needs WWW.SHALVA.ART .
For the past two years, he was a part of the engineering project team at The Pushkin State Museum of Fine Art in Moscow, “Smart City”, which helped aid museum visitors with disabilities. As an assistant, he provided support in numerous parts of the project, including the selection of materials, their systematization, and the editing of the "Predictive Analytics for University students" course by Professor U. Kasimov. The now-copyrighted course was published in a specialized publication.
In July 2019, he participated in The World Peace Forum (WPF) which was organized in Beijing on behalf of Tsinghua University.
In 2020, Suleyman created the website WWW.DLDCOLLEGE.ART to support the college’s artistic and cultural activities.


Suleyman’s project draft.

Space and interplanetary travel are becoming an increasingly popular topic in our current context. Nowadays, the topic isn’t restricted to writers and scientists but is now catching the attention of entrepreneurs, companies, and the state. There are a variety of reasons as to why this topic is becoming increasingly explored, which include the potential for rare minerals and the development of technology itself, which has more than once given a powerful impetus to the development of common industries and the economy.
However, there stands an obstacle; oddly enough, it’s the human body. Previous experiences of inhabited space flights have shown that the state of weightlessness, which is the absence of powerful protection in the form of the earth's atmosphere, has a destructive effect on the human body. The lack of gravity leads to atrophy of the entire muscular corset and thinning of the bone tissue. In addition, it is known that in a state of gravity, understandable and predictable diseases and ailments take much longer to heal and just as unpredictably as they proceed. Medical protocols that function successfully on earth cease to work predictably without gravity.
I’ve given much thought to this for a long time after an interesting incident that gave rise to an intriguing idea. Once, I caught a cold and wasn’t feeling well. In response, I took a standard dose of vitamin C and washed it down with hot tea with honey. Even after going to bed, the condition didn’t seem to improve much. I wondered, how would this experience feel if I were on a spaceship? I tried to imagine it, but it seemed to be more unpleasant. At that moment, almost subconsciously, I put on my headphones and turned on the music from my library. After a minute of listening to these wonderful sounds, I felt noticeably better. This led me to the idea that it is possible to choose an individual set of melodies for each space traveler as a way to modify the internal states of a person in zero gravity. After all, this is a well-known phenomenon; different music stimulates the production of different hormones. Energetic rock stimulates the production of adrenaline, and classical music leads to increased endorphins. Moreover, in earthly medicine, there are studies that study the effect of music on human health. In space, this could be a new and significant contribution to the improvement of a human’s well-being.

Obviously, any continued study would require an investment of significant resources, primarily human capital, but it is also obvious that this will ultimately bring results. This is potentially critically important for the further expansion of the scope of human activity, even in such harsh conditions as cosmic space.