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Dr. M A Hasan, House-7,Road-13,Sector-3,Uttara,Dhaka, Dhaka (2025)

26/02/2024

Indeed, we do live in a virtual space within excited particles in their quantum fields set in timeless time, which is as good as a space that has no beginning and no end. That means there is no past and no future, we are always in the present in different sections of time in different arrangements. Our position is nothing but in relative terms.
What we see is the virtual image of the quantum field. The house we live in is not stationary as we see and the glass that holds water is not stationary; they do exist following a relative arrangement of quantum energy which we define as particle often.
After all, what is truth? For laymen, truth is what we see and for the relatively intelligent person truth is what we all can scientifically deduce or prove by everyday logic or by rules of math, physics, chemistry, and also visibility... but the real truth is sometimes beyond our perception and equation. It is the common label and understanding that does specify truth which may not be real truth.

25/11/2023

“God & God’s Law” About Creation of Universe
Conceptual & hypothetical theory about God & Creation of Universe
-Part 01
(An empirical observation & conclusion)
- Dr. M A Hasan
It has been conceived that God created everything out of nothing- when
he created our universe there was no space and time. The question
Where was God then? Could it be that he was and still is in a
virtual universe or we are in a mirror universe? He is in a dual
universe. God created his mirror image in the mirror universe at zero
dimension in a closed string – then God shifted some of his wills (in
the form of a bundle of energy) and virtual particles in
constituting a matrix without space and time.
Then probably he shifted graviton and his energy with multiple
polarities in it. It started at a single dimension and later it reached
n-dimension. Once the energy was shifted in it the time and space
started inflating and quantum gravity came into play. Once the mass
energy broke the equilibrium maintained by space and time, tremendous
inflation occurred with the mass-energy formation of gravitational waves. It expanded
and exploded with tremendous speed and then events like the creation of
particle clouds, giant stars, and supernovae occurred. Bands of
gravitational waves and newer strings were also formed. All happened
within a fraction of a second. Distinction in-between energy and virtual
particles was impossible at that stage. The time and space were hidden
with certainly in that at zero stage. There could be potential time
and potential space in that energy particle.
The creation of the universe started from zero space-time– probably
through immense initial compression and then inflation and
expansion–the unthinkable heat was the byproduct at the beginning,
when there was no space-time.
If the current theory of the creation of universe and our theory of God
and God’s law is reviewed afresh then we get a chance to embark on
that line and those points where we do agree and where we do differ.
We do agree on beginning from zero dimensions. In the current
scientific theory it is said that the initial creative force was quantum
fluctuation and the creative field was a particle at zero space-time
dimension.
According to God and God’s law, the initial creative force was
gravitational waves superstrings, and gravitational interactions.
According to the above hypothesis creative field or center was in a closed
string where graviton was in flux causing the formation of a matrix.
Condensation of supergravity has been thought about in the above
hypothetical theory supported by the matrix model and M-theory postulated
by Alain Connes, Michael R. Douglas, and Albert Schwarz in the year
1998. It has been described mathematically using noncommutative
geometry and algebra. The space-time may also be described
mathematically using the above geometry.
The unified theory of relativity appears to me not that complete or
not that all-encompassing so long we fail to gauge the content of
the whole universe satisfactorily and explain the reasons for contents.
Once, we are able to narrow the distance between gravitational fields
and matter fields and we do come to a position to explain the unification
of all dynamical fields, the explanation regarding matter, space-time
and gravity would be easier. The distinction between matter and
space-time may not be that clear and distinct.
Bekenstein-Hawking formula and noncommutative quantum field theory may
shed some light on it.

20/10/2023

Once upon a time, the Code of Conduct was proposed by Ur-Nammu and Hammurabi in ancient Mesopotamia which was scripted respectively between 2050 bc and 1754 bc to translate the law into real sense. Description of Ur-Nammu which appears to be more advanced and logical dating back to 4000 years ago. That was almost 6000 years ago. Their judge didn't have the right to marry twice. A man slightest was not permitted to do any wrong.
The rights of women including their right and wealth right to choose groom were they.
People's right to their property dignity protected by robust law.
Crimes were dealt with metabolous examination very much proportionally.

16/10/2023

The Origin of Language - Dr. M A Hasan
In the process of evolution of the prebiotic earth the doxycycline
aromatic hydrocarbons (PAH) got polymerized to form organic oil.

This chemical evolution took place in shallow water and also in the sea foam where the hydrocarbon ignited the process of formation of the precursor of premature cells floating the primitive soup and sea foam both in the polar area and in the equator.

Thus a colloid and foam in the sea and muddy water formed an egg-like the structure where the denser one got inside the lighter due to surfactant action. The hydrocarbon eventually transformed into a lipid-like matter forming an in-between inner and outer mass.

The oil eventually was transformed into a primitive cell membrane
which could suck the energy from the sun and solar radiation.

Though it was formed in an anaerobic condition within the evolving
environment, it could absorb scanty oxygen from the wall, which slowly gathered charged ions to form a barrier of potential difference.

Sodium, potassium and phosphorus were all around the weak partition. Though it was formed in an anaerobic condition, it could absorb the oxygen from the wall.

Photochemical production of hydrogen activated the proton pump across the newly formed membrane using PAH acid, which fascinated the shift across the membrane using a chemotactic process possibly activated by the chemotactic proton gradient and the PH shift of PAH acid across the membrane. It also activated shifts of different salts and charged ions.

The PH gradient and ionic charge ignited the chemical evolution of the early egg cell without DNA and RNA.

The idea of primitive soup and the primitive cell with membrane
partition in between containing charged particles came to my mind in 1968 while I was in medical college. I could put it in the diagram with a short note.

Some scientists say that PAH dissolved in aliphatic hydrocarbon
absorbed light energy to process the PAH dissolved in aliphatic
hydrocarbon. It could absorb light energy to oxidize the hydrocarbon to long-chain amphiphilic molecules.

When the oxygen came into play and the proton got accumulated, the membrane nearly formed using a lipid barrier, while the proton pump got activated na and K pump got activated.

The photochemical reaction helped the primitive cell formation in
shallow water and in sea foam polar area to equator in an extremely hot weather full of methane and CO2.

The gravity of the world and the polar attraction enhanced the natural flow of small meteorites carrying early protein molecules and RNA.

In that hot, humid gaseous climate those charged meteorites struck the earth at random traveling through extreme electromagnetic radiation as well as UV radiation which also provoked the process.

In this process, the early single-cell eukaryote was probably
produced initially in polar areas where the electromagnetic field was relatively pronouncedProbably, later it got shifted to the equator and other area.

14/10/2023

In the process of evolution of the prebiotic cells and earth, the aromatic hydrocarbons (PAH) polymerized to form organic oil.
Dr. M A Hasan

This chemical evolution took place in shallow water and also in the sea foam where the hydrocarbon ignited the process of formation of the precursor of premature cells floating the primitive soup and sea foam
both in the polar area and in the equator.

Thus a colloid and foam in the sea and muddy water formed an egg-like
the structure where the denser one got inside the lighter due to
surfactant action. The hydrocarbon eventually transformed into a
lipid-like matter forming an in-between inner and outer mass.

The oil eventually was transformed into a primitive cell membrane
which could suck the energy from the sun and solar radiation. Though
it was formed in an anaerobic condition within the evolving
environment, it could absorb scanty oxygen from the wall, which slowly
gathered charged ions to form a barrier of potential difference.

Sodium, potassium and phosphorus were all around the weak partition.
Though it was formed in an anaerobic condition, it could absorb the
oxygen from the wall.

Photochemical production of hydrogen activated the proton pump across
the newly formed membrane using PAH acid, which fascinated the
shift across the membrane using a chemotactic process possibly activated
by the chemotactic proton gradient and the PH shift of PAH acid across
the membrane. It also activated shifts of different salts and charged
ions.

The PH gradient and ionic charge ignited the chemical evolution of the
early egg cell without DNA and RNA.

The idea of primitive soup and the primitive cell with membrane
partition in between containing charged particles came to my mind in
1968 while I was in medical college. I could put it in the diagram with a
short note.

Some scientists say that PAH dissolved in aliphatic hydrocarbon
absorbed light energy to process the PAH dissolved in aliphatic
hydrocarbon. It could absorb light energy to oxidize the hydrocarbon
to long-chain amphiphilic molecules.

When the oxygen came into play and the proton got accumulated, the
membrane nearly formed using a lipid barrier, while the proton pump got
activated na and K pump got activated.

The photochemical reaction helped the primitive cell formation in
shallow water and in sea foam polar area to equator in an extremely hot
weather full of methane and CO2.

The gravity of the world and the polar attraction enhanced the natural flow of
small meteorites carrying early protein molecules and RNA.

In that hot, humid gaseous climate those charged meteorites struck the
earth at random traveling through extreme electromagnetic radiation as
well as UV radiation which also provoked the process.

In this process, the early single-cell eukaryote was probably
produced initially in polar areas where the electromagnetic field was
relatively pronouncedProbably, later it got shifted to the equator
and other area.

14/10/2023

Chemotaxis and Primordial Cells: Chemotaxis refers to the movement of an organism in response to certain chemicals in the environment. Electrochemical cells involve chemical reactions that produce electricity. While these concepts are relevant to the study of early life, the specific role in the emergence of the first cells remains an area of ongoing research.

Hyperthermophilic Organisms: These are organisms that thrive in extremely high-temperature environments, such as deep-sea hydrothermal vents. They have indeed been of interest in understanding the conditions under which life could have originated on Earth.

Transformation of Inorganic to Organic: The transformation from inorganic to organic compounds is a significant aspect of the study of the origin of life, and it remains a complex area of investigation, often linked to the concept of primordial soup and the Miller-Urey experiment.

Evolution of Single-Cell Organisms: The evolution of single-cell organisms into the three domains of life (Eukarya, Archaea, and Bacteria) is a central aspect of evolutionary biology, although the exact pathways and timeline are still subject to ongoing research and discussion.

Carbon Isotope Signature in Sediments: Analysis of carbon isotopes in sediments can provide insights into the biological processes occurring in the Earth's early history. This field of study is part of paleobiology and geochemistry.

While your ideas are intriguing, it's important to recognize that the study of the origins of life is an intricate and multifaceted field, with ongoing research contributing to our understanding of this complex process. Further examination, analysis, and interdisciplinary research are essential for advancing our knowledge in this area.

14/10/2023

In essence, the precursor of the hyperthermophilic organism -the primordial cell evolved from a kind of electrochemical cell composed of inorganic particles evolved through a process of chemotaxis. In the hyperthermophilic sea, various kinds of scattered radiation including UV radiation of certain wavelengths, the changing magnetic field or quantum field enhanced the electrochemical process. Later, the transformation of organic from inorganic was completed following the evolution of the hyperthermic seas after the metamorphosis of the lava, rocks, sediments and dilution of its soluble component in the hyperthermic sea.

The sediment content of the sea mixed with soluble meteorites induced favorable PH and chemical properties of the sea. Probably that produced the primordial soup in some areas or pockets.

It was a great factor behind the evolution of the early single-cell organism which later led to Eukarya, Archea, Viruses,and Bacteria.
The earliest seas were formed not much later after the creation of the Earth. Since then both have evolved much under changing physical, chemical, electromagnetic or electrodynamic conditions.

Examination of Metamorphosed sediments specifically in polar areas may reveal the carbon isotope signature produced by the chemical and biochemical traces of the earliest cells and organisms.
That may illuminate the process further.

Extensive analysis of lava and sedimentary charts from various angles is mandatory. Comparative analysis of the moon and Mars polar samples may shed some light on the matter.

14/10/2023

The rationality of mentioning the Nernest equation about ionic exchange ( Sodium or Potassium ) in between the inner colloid or nucleus of the primordial cell and beyond the membrane around the nucleus is probably justified in connection to the electropotential gradient.

13/10/2023

Copyright @ Dr. M A Hasan ( Intellectual property right is implied - no part of the writing may be reproduced without permission in writing from the author which is easy otherwise - all cooperation is assured. Write to dhasan471@gmail.com. )

In essence, the precursor of the hyperthermophilic organism -the primordial cell evolved from a kind of electrochemical cell composed of inorganic particles evolved through a process of chemotaxis .. Indeed, hyperthermophilic sea, various kinds of scattered radiation including UV radiation of certain wavelengths, the changing magnetic field enhanced the electrochemical process. Later, the transformation of organic from inorganic was completed following the evolution of the hyperthermic seas after the metamorphosis of the lava, rocks, sediments and their dilution in the hyperthermic sea.

The sediment content of the sea mixed with soluble chemical meteorites induced favorable PH and chemical properties of the sea.

It was a great factor behind the evolution of the early single-cell organism which later led to Eukarya, Archea, Viruses and Bacteria.
The earliest seas were formed not much later after the creation of the Earth. Since then both have evolved much under changing physical, chemical, electromagnetic or electrodynamic conditions.
Examination of Metamorphosed sediments specifically in polar areas may reveal the carbon isotope signature produced by the chemical traces of the earliest cells and organism. That may illuminate the process further.

For that extensive analysis of lava and sedimentary chart from various angle are mandatory. Comparative analysis of the polar sample of the moon and Mars may shed some light on the matter.

13/10/2023

Origin of Life and Abiogenesis

The impact of released energy from the crater of the early Earth and its crust at the volatile stage inducing magmatic activity released some kind of hydrothermal activity beneath the Earth.

Then, extremely hot water started circulating in between primitive rocks and lavas on one hand and on the other hand, the life-forming primitive soup favored the evolution of thermoresistant organisms. Meanwhile, the Rocks and crust got changed amid fresh volcanic eruptions within showers of giant meteorites in the polar region due to intensely strong gravity and also to a lesser degree in other areas.

The first eukaryote- the ancestor cell of plants and mammals got
fossilized from time to time bearing the signature of the environment and the evolution of primordial cells like Luca.

In the year, 1968 while the author at the age of 18 could foresee such creation and evolution in the polar area he could well calculate the role of changing magnetic field in the polar region at its peak and its impact on attracting falling meteorites there.

Showers of this kind of event to a lesser degree happened in the equator, North Africa as well as in the Sahara and the sub-Saharan region and also in the geographical area close to South Africa and Australia.

Additional massive UV and other electromagnetic radiation diffracted indifferent trajectories both in the North and South poles as a result of cosmological unrest amid hot and gaseous environments prominently prevailing in poles containing rocky soil full of carbons, FeS, H2s, ammonia (NH3), methane (CH4), etc creating conducive-environment for the creation of thermophilic organisms.

Further, showers of materials containing FeS, Silica and unknown
minerals along with zircon and other cofactors eased the process of
formation of life.

Even today, in the equator, Sahara, sub-Saharan region showers of
meteorites with rare elements are an ongoing process.

Earlier Earth having volcanic eruptions, showers of meteorites as well as electromagnetic radiation plus UV radiation provoked new life formations along with the evolvement of new viruses and bacteria. Some of which possessed the ability to discharge micro radiation and electrical charges.

Later, when the climate cooled and the seas evolved with the creation of a new course of current flowing to relatively cooler areas the earlier-formed organisms drifted following the current of seas.

Thus traces of first life including chemicals could be detected in old
Rocks and metamorphosed sediments in Greenland in years back to 3.8 billion BC.

They do carry isotope signatures (carbon date) produced by organisms that lived when the sediment got deposited. That is the oldest fossil of living cells. On the other hand scientists in Africa, Australia and around have discovered 3.5 billion years old rocks with fossils of early life within.

Further, a search may reveal older rocks in the north near Canada which the author tried to explore with the help of a suitable team of experts in the year 2003.

Here, is the win of the intuitive and calculative speculation (which
many reputed scientists practiced), which the author applied in 1968 by pointing at the signature of life there. That has proven the process of origin of life earlier in the polar area as per the author’s hypothesis.

In essence, the presence of water in a hyperthermic condition in an
environment full of favorable gaseous conglomeration as well as
electromagnetic radiation favored the formation of thermophilic and hyperthermophilic organisms.

What would be the outcome of scientific search in a different
condition like on other planets, galaxies and how would the
adaptation of new life discovered elsewhere having water and v***r yet to be seen. Our life started from carbon, FeS H2S, methane (NH4), ammonia (NH3), silicon even rare material. We are to see the origins of life based on rare materials like zircon and water yet on other planets.

Dr. M A Hasan

26/02/2024

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