The explanations of temperature by the science of climate

Author; Rogelio Perez C

According to climate science, there is a global problem because of the rise in the temperature of the planet, which we also know as climate change.

When it comes to the problem of global warming, it refers to the increase in the temperature of the mass of air around us known as the atmosphere, and to the heat transfer that it does in everything that is in contact with it.

More than 100 years ago climate science was looking for the best way to explain the air temperature, and they believed that the energy of the sun retained by the air, was the main source of this, and they associated it with the way a greenhouse retains heat, hence the concept of greenhouse.

Since heat energy is infrared radiation, then they investigated which gases absorbed infrared, and one of the fixed gases in the atmosphere that absorbs infrared is CO2, the problem for some of us is that it is only 0.04% of all gases in the atmosphere.

Then the science of climate established as a paradigm on how heat originates in the earth after the solar constant, the following theory;

The greenhouse effect is a process in which the thermal radiation emitted by the planetary surface is absorbed by atmospheric greenhouse gases (GHG) and is irradiated in all directions. As part of this radiation is returned to the surface and the lower atmosphere, this result in an increase in the average surface temperature compared to what would be in the absence of GHG.

Without the natural greenhouse effect, the temperature would be about -18°C, but thanks to this it is 14°C. A difference of 32°C

The problem with this theory is that it works without taking into account several fundamental principles of thermodynamic physics to explain the temperature of the atmosphere, this work will give a brief explanation of why climate science will need to change its paradigm, in order to know what the true cause of the heat is on the planet, and how to deal with it;

1. Definition in thermodynamic physic; Temperature is a measure of the average kinetic movement of atoms or molecules in the system.

Explanation in climate science; it teaches that the temperature of the atmosphere increases due to an energy retention effect by certain gases within the atmosphere; Without the greenhouse effect, the temperature would be about -18°C, it is 14°C and gains 32°C.

This idea turns the atmosphere into a system, which self-transfers 32°C of infrared energy, with its greenhouse gases, this explanation shows the increase of temperature in the atmosphere, as the consequence of a retention effect of infrared energy (heat), originated in other systems such as land, by these energy-retaining gases known as greenhouse gases, and not as a consequence of the kinetic movement of the molecules of the atmosphere. It seems that the temperature in the air can be increased, without its molecules increasing its kinetic speed.

CORRELATION BETWEEN TEMPERATURE AND CO2

Knowing that the temperature in the atmosphere is the measure of the average kinetic movement of 100% of the molecules in the atmosphere, to say that the temperature is correlated only with co2 molecules that equal only 0.04% of this kinetic movement, is a hoax.

2. The law of Charles for gases says; for any gas the temperature is directly proportional to its volume.

Explication of climate science; teaches us that greenhouse gases such as CO2, whose volume is 0.04% of the atmosphere, is the main cause of the increase in temperature in the atmosphere.

This idea does not take into account the same nature of the atmosphere, because this is a gas, and logically its temperature must be proportional to its volume, in other words, proportional to the amount of heat caused by each molecule within it, if there are many molecules, there will be a lot of heat production, if there are few molecules, there will be little heat production. Climate science suggests that if there is more energy retention from other systems such as earth, there will be more heat, ignoring the gases that do not retain infrared equivalent to 99.96%, which also cause heat in the atmosphere. Who retains the heat caused by non-greenhouse gases? I think they are confusing the heat production of the atmosphere's own molecules, with alleged energy retention of other systems.

3. What energy causes heat on the planet? According to thermodynamic physics, heat originates as a result of the kinetic movement of molecules in the atmosphere.

Explanation of climate science; this teaches us that after the solar variables, the heat in the atmosphere is a consequence of the absorption and retention of infrared energy that originates the atoms of the earth, by the greenhouse gases in the atmosphere, but when measuring temperature, what is known is how much infrared energy (heat) was caused by the movement of molecules in the atmosphere, not only 0.04% greenhouse gases, but also the other 99.96%. This high percentage of gases, to cause their movement that produces heat, does not absorb heat (infrared).

To think that heat (infrared) is the energy that originates the kinetic movement of the molecules that causes heat, we would be talking about a self-sufficient kinetic movement, and unstoppable in heat production.

4. Greenhouses are closed systems made of solids such as glass, and the increase in the air temperature in these, are obtained by radiation from white light, not from infrared radiation, white light has a shorter wavelength than infrared radiation.

Climate science teaches us about the greenhouse effect, which is caused by gases such as co2, by absorbing and retaining infrared radiation.

This idea of climate science shows us CO2 gas with special characteristics to retain radiation, which cannot be retained even by the glass of the greenhouses, because what the greenhouses retain is not the radiation, but the air molecules that are increasing their movement producing heat, because if glass retain the energy inside the greenhouse, it would also retain energy outside, and we see how sunlight enters the greenhouse warming the air. Why is the air heated in the greenhouse? Ask the white light and not the infrared radiation, knowing that 99.96% of the air molecules inside the greenhouse do not absorb infrared.

5. The Sun emits radiation at all known wavelengths, knowing that the temperature of the sun is somewhat exotic, that means that its surface has a temperature of 5.538°C, but the outer atmosphere or crown has temperatures exceeding 1,000,000°C.

Climate science teaches us that the gases of the atmosphere retain the infrared radiation emitted by the earth, and not by the sun, because infrared radiation that reaches the atmosphere from the sun, has a shorter wavelength, than the infrared radiation emitted by the earth.

The Sun emits radiation at all wavelengths of the known electromagnetic spectrum, and in relation to the idea that the infrared wavelengths that come to atmosphere from the Sun.. 

I think the question then is;

What is the energy that molecules absorb in the atmosphere, to cause their kinetic movement, which causes their temperature to rise?

Response;

oxygen (21%) of the gases in the atmosphere, by absorbing ultraviolet energy, it  is a highly reactive gas, which  is the only gas in the atmosphere that by physicochemical processes (ionization) causes light and heat in the upper layers of the atmosphere, oxygen causes heat directly when it is ionized, because it converts the atmosphere into an electrical conductor, therefore increasing the kinetic energy of the molecules of the atmosphere, by the absorption of ultraviolet energy , the Joule effect explains this, as an irreversible phenomenon whereby, if a conductor circulates electric current, part of the kinetic energy of electrons is transformed into heat. As the greatest amount of oxygen is found in the lower layer of the atmosphere known as the troposphere, where ultraviolet energy is also present in all wavelengths, this ionization is the cause heat in the planet.