The next ice age could be a man-made event created with nano-technology!
They will never throw a a nuclear bomb because it will destroy their laboratory we call “Earth”!
They will throw a nucleus bomb which is also known as EMP.
It’s only two letters but the difference is enormous.
Understand that your fears are nothing more than an illusion based on misunderstandings and dis-information.
The next ice age could be a man-made event created with nano-technology!
A technology that will freeze all living things as well as electric devises but it will the buildings alone.
Ice nucleus
An ice nucleus is a particle which acts as the nucleus for the formation of an ice crystal in the atmosphere.
There are a number of mechanism through which ice nuclei can catalyse the formation of ice particles. In the upper troposphere, water vapor can deposit directly onto solid particle. In clouds warmer then about −37°C where liquid water can persist in a supercooled state ice nuclei can trigger droplets to freeze. Contact nucleation can occur if an ice nucleus collides with a supercooled droplet, but the more important mechanism of freezing is when an ice nucleus becomes immersed in a supercooled water droplet and then triggers freezing. In the absence of an ice nucleating particle pure water droplets can persist in a supercooled state to temperatures approaching −37°C where they freeze homoegenously.[1] [2]
Ice particles can have a significant effect on cloud dynamics. They are known to be important in the processes by which clouds can become electrified, which causes lightning. They are also known to be able to form the seeds for rain droplets.
Many different types of particulates in the atmosphere can act as ice nuclei, both natural and anthropogenic, including those composed of desert dust, soot, organic matter, bacteria, pollen, fungal spores and volcanic ash amongst others.[3] However, the exact nucleation potential of each type varies greatly, depending on the exact atmospheric conditions. Very little is known about the spatial distribution of these particles, their overall importance for global climate through ice cloud formation, and whether human activity has played a major role in changing these effects.
Nucleation is the process of forming a nucleus. It is the initial process in crystallization. Nucleation is the extremely localized budding of a distinctthermodynamic phase. It is the process in which ions, atoms, or molecules arrange themselves in a pattern characteristic of a crystalline solid, forming a site in which additional particles deposits as the crystal grows. Some examples of phases that may form by way of nucleation in liquids are gaseousbubbles, crystals, or glassy regions. Creation of liquid droplets in saturated vapor is also characterized by nucleation (see Cloud condensation nuclei). Nucleation of crystalline, amorphous, and even vacancy clusters solid materials is also important, for example to the semiconductor industry. Most nucleation processes are physical rather than chemical, but a few exceptions do exist (e.g., electrochemical nucleation).
A good example is the famous Diet Coke and Mentos eruption. Nucleation normally occurs at nucleation sites on surfaces contacting the liquid or vapor. Suspended particles or minute bubbles also provide nucleation sites. This is called heterogeneous nucleation. Nucleation without preferential nucleation sites is homogeneous nucleation. Homogeneous nucleation occurs spontaneously and randomly, but it requires superheating orsupercooling of the medium. Nucleation is involved in such processes as cloud seeding and in instruments such as the bubble chamber and the cloud chamber.