Valuation study of financial technology companies

Darbe iškelta problema – kaip identifikuoti nepatikimas Fintech įmones. Remiantis mokslinės literatūros šaltiniais, straipsnio pradžioje yra siekiama paaiškinti Fintech teorinę sampratą, apibūdinant Fintech raidą, įvertinant Fintech poveikį šalies finansų sektoriui, tuomet siekiama įvardinti galimas rizikas, kurias gali kelti nepatikimos Fintech įmonės. Problemai išspręsti yra siekiama sukurti Fintech įmonių vertinimo metodą. Šiam tikslui įvykdyti surinkti viešai prieinami duomenys apie Fintech įmones, suklasifikuoti į rodiklius. Suformuota vertinimo tyrimo metodologija, tyrimui taikomi mokslinės literatūros analizės, duomenų analizės, sisteminimo, matematinės ir statistinės analizės metodai. Tyrimo objektas – Lietuvoje veiklą vykdančios Fintech įmonės. Remiantis nustatytais rodikliais ir tyrimo rezultatais siekiama atlikti pasirinktų Fintech įmonių vertinimą ir patikrinti gautus rezultatus.This master thesis raises an issue – how to identify unreliable Fintech companies. Theoretical concept of Fintech and its development will be clarified at the beginning of the thesis, the impact of Fintech on the country’s financial sector will be evaluated, potential risks posed by unreliable Fintech companies will be defined. In order to solve the issue, an assessment method for Fintech companies will be created. Publicly available data on Fintech companies will be collected, in order to achieve the purpose and then results will be classified into indicators. The assessment research methodology will be formed, scientific literature analysis, data analysis, methods of systematization, mathematical and statistical analysis are used for this research. The object of the entire research – Fintech companies operating in Lithuania. Based on the established indicators and research results the aim is set to carry out an assessment of the selected Fintech companies, to check and evaluate the obtained results

Dendrochronology and Radiocarbon Dating Methods in Archaeological Studies of Scythian Sites

From the 17th International Radiocarbon Conference held in Jerusalem, Israel, June 18-23, 2000.We propose a new method of cross-dating the wood samples based on the classical methods of spectral estimation. This method uses the average cross-spectral density as a function of the relative position of the series. Because it is not sensitive to phase shifts in data it is appropriate for cross-dating samples originating from geographically distinct areas. The accuracy of cross dating depends on the integrity of the samples used, and in the case of well-preserved wood samples, the precision of relative age comparison may reach a single year. The method was tested on two dendrochronological series from Scythian barrows of known age in Southern Siberia: the Pazyryk barrows (the Altai Mountains) and the Dogee-Baary -2 burials (Western Sayan Mountains) separated by 450 km. The analysis has shown that the Pazyryk barrow is younger by 80 +/4 yr than the Dogee-Baary -2 burials. This result is in agreement with the new chronology of Scythian-related sites suggested for Southern Siberia and Central Asia.The Radiocarbon archives are made available by Radiocarbon and the University of Arizona Libraries. Contact [email protected] for further information.Migrated from OJS platform February 202

Tree rings in the study of future change

The various groundbased and spaceborne sensors in use today offer the possibility of detecting practically all the major kinds of corpuscular and electromagnetic radiation emanating from processes occurring on the Sun and in interplanetary and interstellar space, in real time. It would be difficult to overemphasize the importance of such studies. At the same time direct methods do not permit one to establish the characteristics of the astrophysical and geophysical processes over a large time scale. To solve these problems, which are essential for both theory and practice, one has to have eyewitnesses of the past who would be capable, as it were, not only of recording a phenomenon but of retaining the relevant information in their memory in its original form as well. Such outstanding eyewitnesses of the past are trees, which contain in their annual rings information both on the local conditions of growth and on the global properties of the Earth’s atmosphere as a whole and of interplanetary space and solar activity