Young Scientist- Tomorrows Science Begins Today [ISSN: 2581-4737 (online)]

"I already have COVID-19 positive", A New Fashion to be Posted on Internet

Rujittika Mungmunpuntipantip

COVID-19 is still the important global public health crisis that still remains at present (2023). At the staring phase, COVID-19 was the awful event and ones try to run away from the case. However, when time passes and vaccine is available, the perception to disease seems to change. The response to the disease pattern changes over time. Now, getting COVID-19 might not be an awful situation. Some people practice new behavior, posting their positive COVID-19 self - testing result on the social media.This is an interesting new fashion that can be a good lesson for learning on changing of behavior against a crisis.

The Nine Figures, Zero and the Position System

Dr. Arun Kumar Mishra

Leonardo Fibonacci in 1202 wrote in the book ‘Liber Abaci’, “There are the nine figures of the Indians, 987654321. With these nine figures, and with the sign ‘o’, which in Arabic is called Zephirum, any number can be written, as will be demonstrated.” The invention of zero is of course the biggest invention in the history of the whole science. The modern system of writing numbers as a sequence of digits is so simple and convenient that we tend to take it for granted, but it is difficult to overstate the importance of this brilliant innovation. In this paper, I have tried to explain the importance of this brilliant innovation.

Computing to Find Zeros of the Zeta Function

Agastya Arora

Mathematics and computing are closely related. Algorithms and programs are commonly used to solve historic problems or maybe just our homework.

One such example, of the former, is the Euler Equations. These are equations that model the motion of fluids. Everything from a ripple in the puddle of water to designing better airplanes, the equations are used. Euler equations predict how the fluid will evolve for any instant. Although producing precise values for the state of the fluid at any given moment, there may be one of these values which suddenly skyrockets to infinity. At that point, the Euler equations are said to give rise to a “singularity”-or, more radically, to “blow up.”

Computation of the fluid’s flow will no longer be possible.

But how did they reach this conclusion?

Well, through a computer simulation.

Mathematicians think of computers as a vital tool in this age. They are able to calculate any "stubborn" problems. One way of solving the RH is through an investigation of more efficient algorithms and computer programs.

We explore efficient computing methods and changes that can be made to them through two zero-finding, or root-finding, methods used in solving Riemann Hypothesis.

In Vitro Evaluation of Golden Delicious Apple Varieties Adapted to the Temperate Climate of Kashmir Valley: A Comparative Analysis

Subzar Ahmad Rather

Apple cultivation plays a pivotal role in the economy of the Kashmir Valley, given its favorable temperate climate. Among the various apple varieties cultivated, Golden Delicious stands out as one of the most popular choices due to its appealing characteristics. However, the adaptability of different Golden Delicious apple varieties to the unique climatic conditions of the Kashmir Valley remains a subject of research interest. In this context, this paper presents the results of an In Vitro evaluation of various Golden Delicious apple varieties, focusing on their growth parameters and responses to In Vitro conditions. The study involved the selection of plant material from different Golden Delicious apple varieties and their establishment in In Vitro cultures. Micropropagation techniques were employed, and growth parameters such as shoot length, root length, leaf area, and biomass production were analyzed. The comparative analysis of these parameters shed light on the variability in responses among the apple varieties, providing insights into their adaptability to the local climate.

Our findings reveal significant differences in the growth characteristics of various Golden Delicious apple varieties under In Vitro conditions. These differences may be attributed to genetic factors, environmental conditions, or a combination of both. Furthermore, the study discusses the implications of these findings for apple cultivation in the Kashmir Valley and provides recommendations for future research. This research contributes to the understanding of Golden Delicious apple varieties' adaptability to the temperate climate of the Kashmir Valley, offering valuable insights for local apple growers and policymakers. By elucidating the variability in growth responses, this study aids in the selection of apple varieties best suited for cultivation in this region, ultimately enhancing agricultural sustainability and economic development.