Question

Explain the importance of Albert Einstein and Mahatma Gandhi in modern world history? 500 word

Answer 1

Mahatma Gandhi had an immense global presence, and continues to have it. Just like Einstein is more than just Swiss, Austrian Mozart, Italian da Vinci, or Russian Chekov, he is considered more than just an Indian; he is one of those human beings who belong to all of mankind. Prominent world figures and campaigners, such as Martin Luther King Jr., Nelson Mandela, and, most recently, Barack Obama, are his supporters.

A powerful and united India, decades after his death, still has a lot of work to do to keep on board with Mahatma 's vision for his country and countrymen. It's very clear that there is already a dire call for an injection of more of Gandhi's principles and beliefs when you look at some facets of contemporary India's political, social , and economic make-up.

Gandhi was a charismatic man, but never was his mass popularity focused on appeasing some one group or promoting animosity towards some member of society. Though political parties have always been obedient to the masses and some political leaders have been pursued by the masses without doubt, people like Gandhi had the courage to combat the mindset of the crowd. He still regarded mobocracy as an unethical form of organising a society and pursuing politics.

Albert Einstein, who founded the special and general theories of relativity, was a German mathematician and physicist. In 1921, for his description of the photoelectric effect, he received the Nobel Prize for physics. In the following decade, after being attacked by the German Nazi Party, he immigrated to the U.S. His work has had a significant influence on atomic energy production. Einstein worked on unified field theory in his later years. Einstein is widely considered the most influential physicist of the 20th century for his zeal for inquiry

One component of Einstein's general theory of relativity was confirmed by a team of scientists in 2018, that the light from a star travelling near a black hole will be extended by the immense gravitational force to longer wavelengths.

Tracking star S2, their calculations revealed that as it entered the supermassive black hole at the centre of the galaxy, the orbital velocity of the star rose to over 25 million kph, its appearance changing from blue to red as its wavelengths extended to avoid the gravitational force.