Uncategorized, Space time


# Max Born was a German Physicist and Mathematician who has a vital role in developing “Quantum Mechanics and born on 11 December 1882, Germany.

# His contribution was also in “Solid State Physics” and “Optics” and won a Nobel Prize in 1954 for his contribution in Physics.

# He is best known for his work for “Statistical Interpretation of the Wave Function”.

# In 1925, he and Werner Heisenberg formulates a “Matrix Mechanics” a representation of “Quantum Mechanics”. In the following year, he formulated standard interpretation of “Probability Density Function” and “Schrodinger Equation” for which he received a Nobel Prize in 1954.

# He became a Fellow of Royal Society London in 1973.

# He died on 5 January 1970 but consider a evergreen physicist of all time who contributed his work for nature.

Uncategorized, Space time


#Quantum World that is “Quantum Mechanics” also known as “Quantum Physics” or “Quantum Theory”.

# In Classical Physics, quantum mechanics only validated to macroscopic levels.

# But quantum mechanics differs from classical physics, according to quantum mechanics energy, momentum and restricted to other discrete values.

# Quantum mechanics rose with the rose of a Max Plancks solution for “Black Body Radiation” and Albert Einstein’s “Photoelectric Effect”. Werner Heisenberg, Max Born and Erwin Schrodinger also profoundly conceived the notable contribution in quantum mechanics.
{\displaystyle {\hat {H}}|\psi _{n}(t)\rangle =i\hbar {\frac {\partial }{\partial t}}|\psi _{n}(t)\rangle }
{\displaystyle {\frac {1}{{c}^{2}}}{\frac {{\partial }^{2}{\phi }_{n}}{{\partial t}^{2}}}-{{\nabla }^{2}{\phi }_{n}}+{\left({\frac {mc}{\hbar }}\right)}^{2}{\phi }_{n}=0}

The first equation is a Schrodinger’s equation and second one is Klein-Gordon equations.

# According to Planck’s equation each energy element is proportional to the frequency.

i.e.                                            E=h\nu \

where h is Planck’s constant and E is the energy, f is frequency.

# There are various methods and process those define quantum mechanics and it also give rise to an many world interpretation (that is our universe is not alone and have one of the few in many universes).


Space time, Uncategorized


# In physical Science,  particles are consider to be small localized objects which can be ascribed several physical or chemical properties such as in volume or mass..

# In a large number of particles realm we have “Statistical System” to count the particles.

# Particles are in various forms and are present everywhere such as in solid, liquid and gases. When we talk about their sizes according with others then we have quantum mechanics microscopic particles macroscopic particles and even more smaller level particles.

# There are composition of a particles known as “Composite Particles” that are made with other particles. We have elementary particles such as quarks, leptons, mesons, muons gluons and many others..

# Particles build up almost everything into the entire universe and hence in space also.

# But why existence needs particles and why there is any need of particles as these are infinite or something still beyond these particles hovering a darkness on some aspects of nature?

Uncategorized, Space time


# Time Traveling concept first appeared in H.G.Wells Novel “Time Machine” in 1895.

# In General Relativity and Special Relativity, it is possible to TRAVEL FORWARD IN TIME.

# In Quantum Mechanics and Wormholes one can travel through time (i.e. medium) and known as Einstein -Rosen Bridge.

# In Special and General Relativity, geometries of spacetime or motions in space allow time travel in past and in future.

# In Godel Spacetime, it is  something like a closed timelike curve.

# Wormholes are the other method for time traveling but still faces many problem with their “Time Dilation”, “Exotic Matter” and “Energy based problems”.

# Communication system does not work due to the slower in time and hence we are facing a problem in “Quantum Teleportation”.

# Time traveling concept seems to be different and hypothetical but still is in a field of Laws of nature.