Albert Einstein

To test his theory of relativity in a new environment.

In a broad sense it means that you see clocks carried by people moving relative to you move slowly. This effect is totally negligible in every day life by the way, the speeds need to approach that of light for the effects to be apparent.

More specifically it states that time moves slower in inertial frames moving relative to yours.

When Albert Einstein died in 1955, he weighed around 130 pounds (59 kg).

The theory of relativity is accepted by scientists because it has been extensively tested through experiments and observations, and it has consistently provided accurate predictions that have been confirmed. It also provides a more comprehensive and accurate description of gravity, spacetime, and the behavior of objects at high speeds compared to classical physics.

The question hints at an interesting tid-bit that arises in Physics, particularly in regard

to Relativity: The mass of an object figures in to any calculation of its inertia, and also

in to any calculation of the gravitational force between it and any other object. The

question is raised as to whether the object's inertial mass and its gravitational mass are

equal, and according to all the experimental and observational evidence so far, the

answer is yes, they're equal, and we only have to talk about the object's 'mass', without

making the distinction.

Assuming that that's true, then it's the object's 'mass' that increases with its speed,

and the mutual force of gravitational attraction between it and other objects changes

proportionately.

Einstein's theory of special relativity, proposed in 1905, states that nothing in the universe can travel faster than the speed of light in a vacuum.

!!!!! But researchers at the CERN lab near Geneva claim they have recorded neutrinos, a type of tiny particle, traveling faster than the barrier of 186,282 miles (299,792 kilometers) per second.!!!!! << major breakthrough..

Because we have based almost everything on his relativity E=MC^2

Max Planck was the German physicist who was awarded the Nobel Prize in Physics in 1918 for originating the quantum theory.

Albert Einstein used a combination of intuition, thought experiments, and innovative mathematical frameworks to develop his theories. He also employed visualization techniques and practical analogies to help understand complex concepts more easily. Einstein's ability to think outside the box and question accepted beliefs led to his groundbreaking contributions to physics.

Laws are statements that describe natural phenomena or relationships, whereas theories are explanations that attempt to make sense of those laws. Laws provide the framework within which theories operate, helping to establish cause-and-effect relationships that can be used to predict and understand various phenomena in a systematic way. Theories organize and interpret the laws, offering a deeper understanding of the underlying mechanisms or principles that govern a particular area of study.

Albert Einstein's iconic hairstyle was a result of his disregard for personal grooming and a tendency to not use a comb. He also didn't believe in using hair products or spending time on styling his hair, leading to its unkempt appearance.

Albert Einstein was a highly creative and original thinker who was known for his ability to combine theoretical physics with a deep philosophical understanding of the universe. He was famous for his thought experiments and ability to see beyond conventional boundaries, leading to groundbreaking discoveries in the field of physics.

During Albert Einstein's lifetime (1879-1955), significant events included World War I and World War II, advancements in science such as the theory of relativity, the rise of Nazi Germany, the Great Depression, and the development of atomic weapons. Einstein himself emigrated to the United States, where he made further contributions to physics.

No, Albert Einstein did not invent the telephone. The telephone was invented by Alexander Graham Bell in 1876. Einstein was a physicist who is well-known for his theory of relativity and contributions to the field of theoretical physics.

Einstein proposed to his second wife, Elsa Löwenthal, in a letter written in 1919. The letter outlined his feelings and his wish to marry her, expressing his desire for companionship and emotional support. The couple married later that year.

The difficulty in discovering the grand unified theory lies in the complexity of unifying the fundamental forces of the universe (gravity, electromagnetism, strong and weak nuclear forces) into a single framework. The energy scales involved in unification are beyond our current experimental capabilities, requiring advanced technology and theoretical breakthroughs. Additionally, the lack of experimental evidence and multiple possible theoretical approaches make it challenging to pinpoint the correct theory.

I'm not sure how he thought it up exactly, but this is how I see it. The atom has electrons spinning around it which have a negative charge. In the tightly packed nucleus are neutrons with no charge and protons with a positive charge. Einstein knew that inside the nucleus are large amounts of energy waiting to be released. An earlier genius, Newton, theorized the 4 forces, 2 of which the strong and weak force located inside the nucleus of an atom. Einstein also developed his famous equation E=mc2 as well as other equations. When the atom is split the strong and weak force and large amounts of explosive energy is released, but how could it be done? You could do this by shooting a particle at an extremely high speed at the nucleus. At the time, atoms, electrons, neutrons, protons, and photons were the only known particles. Uranium has a large nucleus and is very unstable. You can't shoot an electron at it because it is too small and it would retract from the opposing electrons negative charge. You can't shoot a proton at it because it would retract from the opposing protons. If you shot a neutron at it it would go straight to the nucleus with no interference because it has no charge. When uranium is split two new atoms are formed and two neutrons are released. They will split two neighboring uranium atoms and now you have an out of control nuclear or atom explosion. More and more energy is released until the uranium is depleted.

Yes, Albert Einstein was literate and could read. He was a highly educated physicist and mathematician who made significant contributions to the field of theoretical physics.

Incomplete and only a special case of a more fundamental theory. General relativity provided a more accurate description of gravity and was able to explain phenomena that Newton's theory could not, such as the bending of light around massive objects.

Albert Einstein developed the theory of relativity, which led to the famous equation E=mc^2 that describes the relationship between matter and energy. Through mathematical analysis and thought experiments, Einstein posited that energy and matter are interchangeable and can be converted into one another, revolutionizing our understanding of the universe.

• albert einstein
• isaac newton
• stephen hawking
• Galileo galilei
• aristotle
• enrico fermi
• nikolai tessla
• marie and pierre curie
• christian doppler

Albert Einstein was most notably known for his theory of relativity, but he won the Nobel Prize for his paper on the photoelectric effect.

The photoelectric effect is a process in which electrons are thrown off of matter when they absorb electromagnetic radiation. This phenomenon among others further fuel the wave-particle duality of matter and eventually gave birth to quantum mechanics which greatly altered the previous conceptions on atomic structure.

1. Albert Einstein - Theory of Relativity
2. Isaac Newton - Laws of Motion and Universal Gravitation
3. Marie Curie - Research on radioactivity and discovery of radium and polonium
4. Richard Feynman - Quantum Electrodynamics (QED) and Feynman diagrams

1.Archimedes(Greece) - Principle of buoyancy; principle of lever

2.Galileo Galilei ( Italy) - Law of inertia

3.Christian Huygens ( Holland) - Wave theory of light

4.Issac Newton(UK) - Universal law of gravitation; law of motion; Reflecting telescope

6.Michael Faraday (UK) - Law of electromagnetic induction

7.James Clerk Maxwell(UK) - Electro magnetic theory;Light-an electromagnetic wave

8.Heinrich Rudolf Hertz(Germany) - Generation of electromagnetic waves

9.J.C.Bose (India) - Ultra short radio waves

10.W.K.Roentgen(Germany) - X-rays

11.J.J.Thomson(U.K) - Electron

12.Marie Sklodowska Curie (Poland) - Discovery of radium & Polonium; studies on natural radio activity

13.Albert Einstein (Germany) - Explanation of photoelectric effect; Theory of relatvity

14.Victor Francis Hess(Austria) - Cosmic Radiation

15.R.A.Millikan(USA) Measurement of electornic charge

Einstein was working as a patent examiner at the Swiss Patent Office in Bern when he developed the Theory of Relativity. He was able to continue his research and groundbreaking work in theoretical physics during his free time outside of office hours.

Einstein's discovery of relativity fundamentally changed our understanding of space, time, and gravity. It paved the way for new technologies like GPS and nuclear energy and revolutionized areas of physics like cosmology and quantum mechanics. Additionally, it shifted philosophical perspectives on the nature of reality and our place in the universe.