IMPROVING THE MECHANISM OF INCREASING THE LEVEL OF PRIVATE PROPERTY INDIVIDUALITY AND CAPITALIZATION IN THE NATIONAL ECONOMY
Journal: International Journal of Advanced Research (Vol.11, No. 11)Publication Date: 2023-11-15
Authors : Odil Norboyev;
Page : 921-925
Keywords : Private Property Capitalization National Economy Unicorn Company Capitalization IPO Securities Market Venture Capital;
Abstract
Importance: The article addresses unicorn companies as the most successful and fastest-growing start-ups. It analyzes to what extent their capitalization is justified, what prospects for growth they have after IPO, and how they meet investors expectations. Objectives: The objectives of the study include a comprehensive review of creation and development of unicorn companies, identifying the sources of their growth and credibility of their open market valuation. Methods: The study employs methods of analysis, synthesis, retrospective analysis, comparison, and compilation. Results: The paper shows why unicorns are overvalued in the market. It emphasizes that the possibility and expediency of unicorn capitalization depends on the interests pursued by market actors. The practicability of IPO and its implications also vary from company to company. Conclusions: and Relevance High capitalization of unicorn companies is not reasonably feasible in every instance: investors are often riding on the wave of a boom, after which the value of business falls to zero. However, high-tech and innovative unicorns, on the contrary, are drivers of development and their high capitalization is indeed justified.
Other Latest Articles
- DEVELOPMENT OF INNOVATIVE MANAGEMENT COMPETENCIES OF STUDENTS IN THE CONDITIONS OF DIGITIZATION OF EDUCATION
- The Autoimmune Syndrome Through the Prism of Targeted AT-Mediated Proteolysis: Innovative Ideas, Philosophy, and Tools for Practitioners of The Next Step Generation |Biomedgrid
- Obesity and Covid-19: The Clashing of Two Pandemics |Biomedgrid
- Systematic Review of Electrochemical Stability and Performance Enhancement in Energy Storage and Analytical Applications
- Adsorption of Toxic Drug Pollutants from Aqueous Solutions onto Biosorbent: Nonlinear Regression Analyses of Isotherm Models
Last modified: 2024-01-04 15:05:36