albert einstein: life, Mass–energy equivalence (mc2)

3.  (German: Albert Einstein; 14 March 1879 – 18
April 1955) was a world-renowned theoretical
physicist best known for his theory of
relativity and the mass–energy equation E =
mc². He was credited with theoretical physics,
especially photoelectricity. The Nobel Prize
was awarded in 1921 for the discovery of
emissions

4. Albert Einstein, a man whose name is practically
synonymous with genius, is one of history's
greatest thinkers. As a physicist and
mathematician, Einstein wasn't an inventor in the
vein of Thomas Edison or Alexander Graham Bell,
but his theories of relativity led to new ways of
looking at time, space, matter, energy
and gravity. His work led to important advances
including the control of atomic energy, space
exploration, and applications of light.
 =energy=mass=the speed of light

5.  What made Albert Einstein's name immortal was his
theory of relativity. He studied the nature of motion
and said that motion is a relative state.
 Einstein's work has influenced advanced modern
quantum mechanics, the model of physical time, the
understanding of light, solar panels, and even
modern chemistry. He relentlessly questioned the
world around him. This is what made him great, his
infinite curiosity about the world

6.  According to him, he is considered the
greatest scientist of all time. Einstein
published more than 300 scientific papers.
On 5 December 2014 universities and
archives announced the exhibit of more than
30,000 unique documents and letters of
Einstein. Einstein's intellectual achievements
and uniqueness have made the word
"Einstein" synonymous with "intelligent"

7.  E = mc2 "Energy equals mass times the
speed of light squared." On the most basic
level, the equation says that energy and mass
(matter) are interchangeable; they are
different forms of the same thing.