The scattering of the Jews is known as the Diaspora ('dispersion'), or simply "the Dispersion."
The Jewish Diaspora means the entirety of the Jewish exile: the Jews in all the places of their exile in recent millenia.
The Diaspora (scattering of the Jewish people) began because we were unable to live in the Holy Land. The prophets had constantly warned the Israelites that ignoring the Torah would result in exile.
In 68 CE, the Romans destroyed the Second Temple. The Romans did not force the Jews out of Judea in a single expulsion. Rather, the Romans expelled them from Jerusalem only; and the rest of Judea lost its Jews slowly, over a period of centuries, as living there became too harsh.
Those Jews who left Judea went to southern Europe, North Africa, Arabia, the Near East, and (slowly) further afield (especially throughout Europe).
After a series of revolts, the Romans expelled them from Jerusalem.
they are known as Jews
Most of the Jews remained in Babylonia even after the Second Temple was built. Other Jewish communities at that time were in North Africa, southern Europe, and places such as Yemen, Iran (Persia), and possibly Arabia and Turkey. Some Jews even reached China; the Jewish community of Kaifeng is well-attested.
It is often referred to as the Holocaust.
It's not that the Germans wouldn't let Jews convert, It is that that the Jews couldn't convert. If they did convert, they would still be known as Jews because of their old Jewish records, that the govonment would keep.
The scattering of Jews outside of Judah was called the diaspora. Please see related links.
The diaspora, or the exile (galut). See also:More on this topic
Diaspora
Another term for coherent scattering is Rayleigh scattering.
Diaspora.
Yes.
After a series of revolts, the Romans expelled them from Jerusalem.
Scattering of an electromagnetic wave as light is also known as Rayleigh scattering. This process occurs when particles or molecules in the atmosphere scatter sunlight in different directions, resulting in the blue color of the sky and the red hues of sunrise and sunset.
the scattering of light by colloids is known as tyndall effect. it is named after the scientist who discovered it.
Yes. That is explicitly prophesied in Deuteronomy 4:24-5 and other verses.
The scattering of light by colloids and suspensions is called Tyndall effect. This effect occurs when light interacts with particles in the solution or dispersion, causing it to scatter in all directions, making the beam of light visible.
They are known as Jews.