2015/8/3

Published 2002/2/14

Quantum mechanics is a method of determining the probability of observing a small particle,
such as an electron, through the use of wave functions,

which represent the spread of the particle's position in the form of a wave.

On this website, we will explore the mysteries of quantum mechanics.

- The double-slit experiment of quantum mechanics - I will lead you through the enigmatic realm of quantum theory. (2014/1/26)
- The mystery of the lifetime of elementary particles - I will shed light on the enigmatic lifetime of elementary particles. (2014/9/10)
- Thin-film interference of quantum mechanics - I will elucidate the enigmatic nature of non-reflective film.. (2014/9/11)
- SchrÃ¶dinger's cat - I will expound upon the enigmatic conundrum known as SchrÃ¶dinger's cat. (2014/9/12)

- The mystery of the wave function - I will examine the physical significance of the wave function. (2013/6/30)
- Spin of quantum mechanics - I will delve into the enigmatic nature of spin. (2014/9/1)
- The meaning of Bell's inequality - I will illustrate the concept of inequality through the use of a Venn diagram.(2018/9/2)
- The wave function of quantum mechanics - I will demonstrate the rotation of an electron through an animation. (2013/6/30)

- The many-worlds interpretation - I will expound upon the many-worlds interpretation (2013/6/22)
- The mystery of the arrow of time - I will elucidate the reason why the arrow of time only points towards the future. (2013/9/28)
- Questions on the many-worlds interpretation - I will respond to frequently asked questions. (2014/1/11)
- The many-worlds interpretation and the Born rule - I will present ideas for deriving the Born rule. (2014/9/18)

- Equivalence principle and cause of gravity - I will examine the equivalence principle and the cause of gravity. (2014/2/11)
- Lorentz contraction paradox - I will introduce the Bell's spaceship paradox.(2015/1/12)

- Zeta function and Bernoulli numbers - I will explore the relationship with Bernoulli numbers. (2015/4/25)
- Mandelbrot set of the zeta function - I will display an animation of the Mandelbrot set. (2013/9/28)
- Do imaginary numbers exist? - I will describe matrix representations of imaginary numbers. (2015/7/5)
- Actual infinity and potential infinity - I will introduce the concepts of actual infinity and potential infinity. UPDATE!(2015/8/3)

- Derivation of the Born rule of quantum mechanics - "I will present a method for deriving the Born rule. (2014/12/23)
- The mystery of the existence of the world - I will expound upon my ideas regarding the existence of the world. (2014/10/4)
- Event theory - I will delve into the event theory. (2014/2/23)

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