I wish I could sing to cheer your mornings up be a painter to portray your face write poems to tell of my love for you be joyful and bubbly to colour of pink your gloomy hours
Be lovely and you proud of me
or clay to shape according to your desires
And I could be fond of the sea not to fear the storms if you were a sailor and devotedly wait your coming back from distant lands because I am Love
RESEARCH AND YOUTH: MODERN APPROACHES AND PROMISING DIRECTIONS
Maftuna Rustamova
Republic of Uzbekistan, Bukhara region
Abstract:
This article analyzes the role of young people in scientific activity in modern society, its problems and solutions, as well as innovative approaches to the development of science. Practical proposals are made to increase interest in science among young people, motivate them, and realize their scientific potential.
Keywords:
Young scientists, scientific research, innovation, education, modern technologies, progress, encouragement.
Login:
The 21st century is the century of information, technology and science. The future of every society depends, first of all, on the knowledge, thinking and scientific potential of the younger generation. One of the priorities of the state policy towards youth in the Republic of Uzbekistan is to involve them in scientific activities and support young scientists.
Main part:
1. The need to increase young people’s interest in science
Today, scientific progress around the world is developing at an unprecedented pace. However, most young people are not pursuing scientific activities, but rather pursuing practical, profitable fields. This is especially noticeable in the technical and natural sciences.
The following are being implemented in Uzbekistan to address this problem:
The activities of the Youth Academy and Councils of Young Scientists are being strengthened;
The number of scientific competitions and grants is increasing;
International conferences and internships are being organized.
2. Science and innovation: an integrated approach
Today’s youth are not only creating theoretical knowledge, but also creating practical results through innovative, startup projects. For example, scientific developments in the fields of IT, biotechnology, artificial intelligence, and ecology are not only generating scientific articles, but also bringing economic benefits.
The following are important:
Developing STEM education;
Increasing digital literacy;
Promoting scientific thinking among young people.
3. Obstacles to scientific activity and their elimination
The main obstacles faced by young people in their scientific research are:
Lack of sufficient academic mentors;
Poor scientific article writing skills;
Limited financial resources.
Suggestions:
Establishing a “Youth Science Club” at each university;
Free seminars on writing scientific articles;
Organizing a “Young Scientists Forum” at least once a year.
4. The future of science is in the hands of young people
Today’s young generation is growing up with the internet, artificial intelligence, and digital technologies. For them, science is not just about the laboratory, but also about knowledge exchange on the global network, online courses, and international cooperation.
For example, access to platforms such as Google Scholar, ResearchGate, and Scopus is helping to unlock the scientific potential of young people.
Conclusion:
Arousing young people’s interest in science is the task not only of the state, but also of every teacher, scientific supervisor, and parent. Scientific progress begins with young people and is strengthened through their research. The bright future of our country is certainly in the hands of knowledgeable and inquisitive young people.
References:
Resolutions and decrees of the President of the Republic of Uzbekistan ( www.lex.uz )
UNESCO Youth and Science Global Report, 2023
Google Scholar article database
“Youth and Scientific Research” – National University of Uzbekistan Publication, 2024
IRMA KURTI is an Albanian poet, writer, lyricist, journalist, and translator. She is a naturalized Italian and lives in Bergamo, Italy. In 2020, she became the honorary president of WikiPoesia, the encyclopedia of poetry. Irma Kurti is a member of the jury for several literary competitions in Italy and also a translator for the Ithaca Foundation in Spain. Irma Kurti has published more than 100 works, including books of poetry, fiction and translations. Her books have been translated and published in 21 countries.
Technology of Artificial Tooth Implantation and Post-Treatment Care
Alfraganus University, Faculty of Medicine, Department of Dentistry, 3rd-year student O‘ktamova Shakxnozabonu
Annotation: Artificial tooth implantation (implantation), X-ray and 3D scan to evaluate jawbone condition, avoiding hard or sticky foods, visiting the dentist every 6 months, cleaning with a soft toothbrush, the success rate of artificial tooth implantation
Keywords: Artificial tooth, psychological condition, preparatory stage, implantation, prosthetics, diabetes, osteoporosis, inflammation, osseointegration, laser implantation, computed tomography.Artificial tooth implantation (implantation) is one of the most important and widely used fields in modern dentistry. This technology helps restore the patient’s aesthetic appearance and chewing function in cases of tooth loss. Artificial tooth implantation not only restores external appearance but also improves psychological well-being. This article analyzes implantation technologies, their success rates, and post-treatment care.
Technology of Artificial Tooth Implantation Artificial teeth are implanted into the jawbone using titanium-based implants. This process includes several stages: Preparatory stage: The patient undergoes a general examination. The condition of the jawbone is assessed using X-ray and 3D scan. Implantation: The implant is placed into the jawbone using special instruments. Local anesthesia is used during this stage. Integration: The implant fuses with the bone (osseointegration). This process takes 3–6 months. Prosthetics: In the final stage, the artificial tooth is placed on top of the implant. Today, the process is carried out with much more precision due to computer-assisted planning, navigation surgery, and laser technologies. The success rate of artificial tooth implantation is around 90–98%.
The following factors influence it: Patient’s age: Usually applied to patients older than 18 with fully developed jawbones. Health condition: Conditions like diabetes, osteoporosis, and smoking can negatively affect the success of implantation. Oral hygiene: If hygiene is not maintained, inflammation and infection may occur. Surgical expertise and technology: It is important for the surgery to be performed by an experienced specialist using modern technologies. According to statistical data, the success rate has increased in the last 10 years. Especially, the use of laser implantation and computer tomography reduces the chance of error.
Post-Treatment Care Proper care after implantation is very important. The following steps should be followed: Brush teeth twice a day and use dental floss; Visit the dentist every 6 months for a check-up; Avoid hard or sticky foods; Quitting smoking – this reduces inflammation around the implant; Clean with a soft toothbrush. In addition, patients may be advised to use special antiseptic mouth rinses and antibiotics. — Conclusion: The technology of artificial tooth implantation is a great achievement in modern dentistry. To achieve successful results, not only the technological process but also the patient’s health and post-treatment care play an important role.
References:
1. Proffit, W. R., Fields, H. W., & Sarver, D. M. (2013). Contemporary Orthodontics (5th ed.). Mosby Elsevier.
2. Graber, L. W., Vanarsdall, R. L., & Vig, K. W. (2016). Orthodontics: Current Principles and Techniques (6th ed.). Elsevier.
3. Bishara, S. E. (2001). Textbook of Orthodontics. W.B. Saunders Company.
4. Misch, C. E. (2015). Contemporary Implant Dentistry (3rd ed.). Mosby.
5. Albrektsson, T., & Johansson, C. (2001). Osteoinduction, osteoconduction and osseointegration. European Spine Journal, 10(Suppl 2), S96–S101.