Albert Einstein

Albert Einstein was inspired by a deep curiosity about the natural world and a desire to understand the fundamental workings of the universe. His interest in physics and mathematics led him to pursue a career as a scientist, and his groundbreaking theories such as the theory of relativity were born out of his relentless pursuit of knowledge and truth.

Someone who gossips/ tells other peoples secrets et cetera

Quarks are not a misfit in Einstein's theory of relativity. Quarks are fundamental particles that make up protons and neutrons, which are key components of atomic nucleus. While Einstein's theory of relativity mainly deals with large-scale objects and gravitational interactions, it does not directly conflict with the existence of quarks or the principles of quantum mechanics that govern their behavior.

Yes, Albert Einstein did know how to drive. He learned to drive in his mid-20s and owned several cars throughout his life. However, he was known to be a cautious driver and was not particularly fond of it.

The equation of continuity represents the principle of conservation of mass in fluid dynamics. It ensures that the mass flow rate into and out of a control volume remains constant. In practical terms, it helps in analyzing fluid flow behavior and designing systems like pipelines and channels to ensure steady and proper flow.

Albert Einstein's brain was preserved for future scientific study/analysis due to his universally recognized skills as a mathematician and it was thought that the study of his brain would provide insight as to why he was capable of formulating some of the most far reaching insights into theoretical physics ; see related link below

Why Yes! He is. I have seen him do some bad things that would prove this answer to be correct!

Albert Einstein's work laid the foundation for understanding electromagnetic radiation through his theory of relativity and the photoelectric effect. One of his most famous equations, E=mc^2, demonstrates the relationship between matter and energy, which is central to understanding electromagnetic radiation.

He worked in a patent office in his early years, after graduating averagely from a local college. He read various books on maths and physics - the reason he got such a job as a patent approver in Germany was because it gave him so much free time to read and work maths.

In this time, he slowly formulated his first few formulae, including the special theory of relativity. This was submitted to a local physics journal, where, after a short while, it amazed physicists everywhere. However, this special theory was said to be very good, but not exceptional; some other bright spark could probably have thought it up in the next 5 or so years.

A few months after the SPECIAL theory, he then developed the GENERAL theory of relativity, which included (as a side-note, no more) e=mc2. THIS formula is said to be truly revolutionary, and would not have been independently thought up for 100's of years if he hadn't. At the time, it was widely believed to be even more complex that it really was (Einstein himself had to enlist help from leading mathematicians to help with the formal proof), and many people believed that, "only 3 people in the world could understand it". This isn't true - most people can get the gist of it. This formula, and the subsequent hype over how ground-breaking it was, it what lead to his immortalisation

immortalisation as one of the greatest scientists of all time. immortalisation immortalisation as one of the greatest minds of all time.

An interesting fact, that helped to encourage the hype surrounding him, is the the New York Times sent their golfing correspondent to interview him, who was quickly out of his depth and helped to make all the maths and science seem much more impressive.

Another interesting note that probably helped to increase the hype surrounding him and his formulae is that the NY Times sent its golfing correspondent to interview him. Obviously, this man was fast out of his depth and wrote a totally incorrect report, which only added to the amazed confusion most scientists felt.

The photoelectric effect has various applications in technology, such as in photovoltaic cells for converting solar energy into electricity, in digital cameras for capturing images, and in photocells for detecting light intensity. It is also used in spectrophotometry to analyze the composition of materials based on their interactions with light.

One of Albert Einstein's inventions was the Einstein refrigerator, which was an absorption refrigerator designed to be more energy-efficient than traditional refrigerators at the time. It used ammonia, water, and butane to cool the refrigerator without the use of electricity.

No, Albert Einstein did not create the light bulb. The light bulb was invented by Thomas Edison in 1879. Einstein is well-known for his theory of relativity and contributions to physics.

Albert Einstein first published his theory of relativity, including the famous equation E=mc^2, in 1905 in a paper titled "Does the Inertia of a Body Depend Upon Its Energy Content?" This paper is one of the most significant scientific contributions in history.

Albert Einstein was born on March 14,1879. :)

Albert Einstein developed the theory of relativity in 1905. This theory revolutionized our understanding of space, time, and gravity, leading to significant advancements in physics.

Albert Einstein proposed the photon theory of light, which suggests that light is made up of individual particles called photons. This theory helped explain the photoelectric effect and laid the foundation for the quantum theory of light. Einstein's work on light theory earned him the Nobel Prize in Physics in 1921.

well Einstein invent those things to help with modern day things. an example why someone invented the post it note is so they can just stick it on instead of getting tape to stick paper on stuff.

Some limitations of the photoelectric effect include its inability to explain certain behaviors such as light diffraction and interference. Additionally, the photoelectric effect does not provide a complete understanding of the behavior of electrons at the atomic level. It also does not account for the wave nature of light, as described by the wave-particle duality of quantum mechanics.

Albert Einstein is least famous for his contributions to the field of biology, as his work primarily focused on physics and mathematics. While he did have some interest in biological topics, such as the behavior of bees and the formation of social structures, his impact in the field of biology is not as well-known as his achievements in physics.

albert einstein after he left the orchestra he went into comedy

The photoelectric effect proved that light can behave as discrete particles or "quanta" of energy called photons, as opposed to just being wave-like in nature. It also demonstrated the relationship between the frequency of light and the energy of the emitted electrons. This discovery contributed to the development of quantum theory.

Albert Einstein developed the equation E=mc^2 as part of his theory of special relativity. This equation shows the relationship between energy (E) and mass (m) and demonstrates that energy and mass are interchangeable. It has since become one of the most famous equations in physics.

Albert Einstein did not invent the atomic bomb. He was a theoretical physicist who played no direct role in the development of the bomb, although his famous equation, E=mc^2, laid the foundation for understanding the energy release in nuclear reactions. The atomic bomb was developed and deployed during World War II as part of the Manhattan Project, primarily by scientists and engineers led by J. Robert Oppenheimer.

The general theory of relativity was published by Albert Einstein in 1915.

The theory threw the world for a loop, because it broke widely from Newton's theory of gravitation.

The theory of special relativity was also proposed by Einstein in 1905.

Both theories sought to better explain the rules of gravity and time.