The biography Albert Einstein focuses on the life, work and contributions of the German-born theoretical physicist. He is widely recognized as one of the greatest physicists of all time, and is most famous for developing the theory of relativity. In addition, he contributed significantly to quantum mechanics and quantum physics.
Mileva’s separation from Albert Einstein
The letters written by Mileva to Albert Einstein and the notes she wrote to Mileva tell the story of their mutual infatuation, their strained relationships with Albert’s parents, and Mileva’s life after the separation. The letters also detail Mileva’s growing distance from Albert and her relationship with her cousin Elsa.
During their first years together, Mileva and Albert Einstein worked as a team. They worked together on a number of projects, and their work together was quite remarkable. In fact, Mileva Maric abandoned her own ambitions in favor of her renowned colleague’s work. Mileva also kept her power of attorney.
Mileva’s separation from Albert Einstein occurred in 1914, when they had been married for about 18 years. In the following years, Albert began a relationship with his cousin Elsa Lowenthal. He kept 21 letters written by Albert Einstein to Elsa. During this time, Einstein worked in Zurich and Prague in various teaching positions, and in 1914 he moved to Berlin to be closer to Elsa.
The relationship between Mileva and Albert Einstein was extremely difficult. Mileva and Einstein’s personalities were very different. Mileva often complained about her husband’s need to work on his career while his wife worked at home. As a result, Einstein began an affair with Elsa Rosenthal, a woman he had met while visiting the University of Berlin. The affair lasted more than a year, until Einstein finally divorced Mileva and married Elsa Lowenthal four months after their divorce was resolved.
Mileva’s separation from Albert Einstein is the subject of much debate and speculation. Many physicists believe that Mileva was brilliant and had enormous potential. During her initial education, she was the second woman to complete a full program of study at Zurich Polytechnic, which was still a male-dominated institution.
After Mileva and Albert Einstein separated, Einstein had several love affairs. He married Elsa in 1922, but continued his love affairs with other young women. Mileva and Albert Einstein reconciled during the 1920s. In letters, they discussed their relationship, Mileva’s mental illness, and Albert’s illness.
Albert Einstein’s General Theory of Relativity
The general theory of relativity was introduced by Albert Einstein. He says that the laws of physics must be the same everywhere in the universe. In this case, a black hole is a massive object that warps space-time and traps light. The new image from the Event Horizon Telescope is the first to show what the black hole looks like.
Einstein’s general theory of relativity revolutionized the world we live in. Once considered a science fiction concept, it is now the backbone of fundamental scientific research, from the search for extrasolar planets to determining the mass of distant galaxies. The theory of relativity was so radical that many people, including Einstein, found it hard to believe. But, today, it’s widely used to explain everything from gravity to the trajectory of wayward car drivers.
Albert Einstein’s general theory of relativities explains how space and time bend, and how gravity is created. Einstein’s theory of gravity is based on the idea that the geometry of space-time changes due to large bodies of matter. This theory explains Mercury’s anomalous orbit and the curvature of light around massive objects. It even explains the phenomenon of the total solar eclipse.
Einstein’s general theory of relativity would apply to all fields of modern physics, including electromagnetism, astrophysics, and particle physics. Eventually, many of the theories Einstein introduced would be considered heretical by Einstein himself.
While general relativity has paved the way for our understanding of the cosmos, it remains a complicated subject. Many questions remain, including the origins of the universe, matter, and forces. However, astronomers believe that the possibility of using light bending to magnify the features of the cosmos is a promising avenue for answers.
The general theory of relativity has been the cornerstone of modern physics for 100 years. Understanding it does not require superpowers. It’s a complex concept, so don’t expect to understand it all at once.
Albert Einstein’s fascination with the compass
As a child, Albert Einstein was curious about the compass. His father, an electronics entrepreneur, bought him the first one when he was about five years old. He was fascinated by the needle’s ability to always point north. He assumed that something must be behind this phenomenon and spent the rest of his life trying to figure out what that thing was.
Einstein was initially reluctant to learn to play the violin. However, he soon discovered his passion for the instrument and came to love Mozart. He later claimed that playing the violin helped train his mind. The family maid once said that Einstein was a fool. Einstein’s interest in science began at an early age, when his father gave him a pocket compass when he was sick. Einstein was mesmerized by the movement of the needle and became fascinated with the invisible forces of the world.
While a compass is not a particularly practical tool, Einstein’s fascination with the device was profound. He was later quoted as saying, “There must be a deeper meaning in things than we see. Perhaps, then, the compass can help us find the truth.” However, despite the usefulness of the compass, Einstein’s fascination with it led him to pursue a life of scientific discovery.
Einstein was born in 1879 in Ulm, Germany. His house was destroyed during World War II and his family was forced to move to Munich. Later, they moved to Italy. His father worked in an electrochemical factory and his mother took care of him and his sister Maria.
In his teens, he became fascinated with geometry and mathematics.
Fortunately, his family did not practice the strict Orthodox Jewish faith and sent him to a Catholic school in Munich. Although his parents didn’t want him to learn Latin and Greek, they made him an option for him. Although he didn’t have many friends at the time, he found a friend named Max Talmey, who gave him a book on geometry.
