Introduction

Welcome to our multifaceted analysis that intertwines the intricate world of economics with the expansive universe of scientific discovery. In this edition, we dissect the concept of dollarisation and its potential role in stabilizing economies, providing a nuanced perspective on its implementation and impact. Shifting to technological advancements, we illuminate the workings of optical fibre technology, a cornerstone of modern communication. The fascinating study of embryonic cell development offers insights into the early stages of human life. Furthermore, we explore the vast reaches of space through the lens of the James Webb Space Telescope, unveiling the mysteries of teenage galaxies. Join us on this enlightening journey as we navigate through the complexities of economic strategies and the marvels of scientific progress.

ECONOMY
CAN DOLLARISATION SAVE ECONOMY?
WHAT IS DOLLARISATION?
WHAT ARE SOME POTENTIAL PROBLEMS OF DOLLARISATION
SCIENCE AND TECHNOLOGY
WHAT IS AN OPTICAL FIBRE?
HOW DO OPTICAL FIBRES WORK?
THE MECHANISM THAT REMOVES UNFIT CELLS BEFORE BIRTH
WHAT IS JUMPING GENES?
JAMES WEBB TELESCOPE
TEENAGE GALAXY

ECONOMY

CAN DOLLARISATION SAVE ECONOMY?

Self confessed 'anarcho capitalist' pledge in one of his campaigns to replace Argentina's currency the peso with the dollar to eliminate the central bank and to slash government spending.

WHAT IS DOLLARISATION?

Dollarisation is an action that works as a solution to hyperinflation by breaking the feedback link between rising prices and rising money supplies.
It is believed that if the domestic currency is replaced by dollars the money supply can no longer be controlled by vested political interests who can increase spending for political ends.
The rise of prices only forced moderation as the consumers are no longer able to access currency and easily it will help to slow down the consumption demand.
It can also have a positive effect on growth.
Stable value of dollar wooden ship that economic agents both foreign and domestic are able to make long term plans as the stability of currency will ensure sustainability.

WHAT ARE SOME POTENTIAL PROBLEMS OF DOLLARISATION

Dollarisation can act as a solution to hyperinflation by
breaking the feedback link between rising prices and rising
money supply.
Another is that on the face of foreign trade, countries would know longer be able to take resources to boost exports, focusing only on export promotion to stave off downturn.
The danger of adopting an external currency without the ability to create an independent fiscal policy can be seen in the case of Greece.
The adaptation of the euro fuels growth increase with capital influence rising and tourism on the back of the stable currency.

SCIENCE AND TECHNOLOGY

WHAT IS AN OPTICAL FIBRE?

Optical fibres are made of fin cylindrical strands of grass and the diameter of a typical fibre is close to the diameter of a human hair. This fibres can carry information text images videos telephone calls and anything that can be encoded as digital information across large distances at the speed of light.

HOW DO OPTICAL FIBRES WORK?

Light is nothing but an electromagnetic wave with spectrums of frequency visible light X-rays radio waves and thermal radiation all lie on spectrum and humans see the world around us via sunlight but it takes a long time to control and guide light through a fibre optic cable.
When a sudden amount of light falls on a glass surface a proportion of e reflex survey and the rest of it passes through its path bends because the refractive index of glass is different from the air.
Now the question is what is a refractive index? This is the property of a medium that determines how fast life can travel in it.
A fibre optic communication system consists of three parts
A transmitter which encodes information into optical science in the form of rapidly bringing light of zeros and ones.
An optical fibre which carries the signals to its destination.
And a receiver which reproduces information from encoded signals.
The optical waves allow a high deter transmission rate up to several terabytes per second in a single fibre.

THE MECHANISM THAT REMOVES UNFIT CELLS BEFORE BIRTH

In all stages when human embryo before implemented in the mother's home the sales arrange themselves in a particular way.
Abolb of cells gather towards one side of the embryo and the other cells arrange themselves around the bolb.
This bolb is actually called pluripotent.
The ball is called the inner cell mass; it contains cells with the ability to make other types of cells in the human body.
When the human body starts taking shape from this bolb scientists are very much interested and rigorously studying in detail.
The human embryonics stem cells express a gene called HERVH.
Most of the inertial mass cells also follow this particular genetic expression but not the non committed cells that evantually die.

WHAT IS JUMPING GENES?

Transposable elements also known as jumping James R DNA sequences that move from one location to the genome to another location. Jumping Genes

JAMES WEBB TELESCOPE

The James Webb telescope is a Space telescope designed primarily to conduct infrared astronomy.
The United States national Aeronautics and Space administration led development of the stethoscope in collaboration with the European space agency and the Canadian space agency.
Dis telescope is named after James webb who was the administrator of nasa from 1961 to 68 during the Mercury Gemini and much of the Apollo program
Its telescope provides better resolution and sensitivity over Hubble's telescope however objects of the world Times detectable objects by Hubble.

TEENAGE GALAXY

The galaxy those agent up to 2 to 3 billion years after the Big Bang is known to the Teenage galaxy
The galaxies are observed glowing with 8 elements hydrogen helium oxygen nitrogen Sulfur organical and silicon.
Among them oxygen is not worthy because it is one of the most important components of galaxy DNA profile in terms of tracking past records.
Oxygen is the third most abundant element with the universe