Crawling, flying, with many legs (sometimes too many), insects often cause a feeling of disgust, even inspire fear. However, their world is full of fascinating peculiarities, all the more so when looking at their universe a little closer! Magnified by the technique of macro photography, these little creatures have many particularities that we would not even imagine! These sublime photos taken by the photographer, Pierre Anquet, mixing art and science, reveal a large number of details invisible to the naked eye. This is what he invites us to discover in this slideshow: the fascinating world of insects.
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nature
In the video, a Saudi researcher in metaphysics identifies 3 signs of the presence of jinn in the house
written by Alexandra Hartman Editor-in-Chief
Al-Marsad Newspaper – Abdul Rahman Al-Zuhaifi, a researcher in metaphysics, spoke of signs indicating the presence of jinn in the room or house.
And he said, through his account on “Tik Tok”, that the first sign is the feeling of chills in the body and your hair standing, adding that the second sign is feeling unusually cold in the air suddenly, 5 degrees below the current temperature.
Al-Zuhaifi added: “According to the words of those who research these topics, the third sign is that you smell a strong and pungent smell of sulfur in the place,” noting that the presence of these 3 signs confirms that “there are jinns who are coming next to you.”
Banu Rasib is the most knowledgeable of God’s creation..and his knowledge is under the feet of the Sphinx! • Al Marsad newspaper
written by Alexandra Hartman Editor-in-Chief
Al-Marsad Newspaper: The researcher in metaphysics, Abdul Rahman Al-Zuhaifi, talked regarding the knowledge that Banu Raseb reached, and the relationship of the Egyptian army to the matter.
And he said through his account on “Tik Tok”: “Now we are ignorant of the knowledge of Banu Rasib. If one of them saw us using the car, he laughed at us and said, ‘You use gasoline’.”
He added: “The information of Banu Rasib was transmitted with Noah – peace be upon him – and the ancient Egyptians benefited from it, and following that these writings were hidden under the feet of the Sphinx.”
He pointed out that using the laser, a cavity was found under the foot of the Sphinx, and when a European party began digging, the Egyptian army intervened and stopped them to keep the secret.
Spectral analysis of water clusters of precisely defined sizes in the attosecond range
written by Alexandra Hartman Editor-in-Chief
The dynamics of electrons in water play a fundamental role in a wide range of phenomena, but scientists face many theoretical and technical challenges when studying them simultaneously. In this published paper, the research team reports the results of a spectroscopic analysis of water clusters of precisely defined sizes over time scales of several attoseconds, to form a visualization of the electronic dynamics of water at the molecular level. The research team measures the effect of adding single molecules of water on the photo-ionization delay of water clusters. It was observed that this delay continued to increase with the addition of water molecules to the clusters until they contained four or five molecules. Only a slight change in this delay was observed with the tendency to form larger water clusters. The research team explained that this delay is commensurate with the widening of the space of the gap arising between the water’s electrons as a result of the structural chaos that arises in large water clusters, and large quantities of water in its liquid state. This gap increases initially with the increase in the size of the water cluster, and then settles somewhat in a specific position. These results point to a previously unknown property, which is that the photoionization delay is affected by the delocalization of the space between electrons, and indicate a direct correlation between the electronic structure and photoionization dynamics on time scales of several attoseconds. These research results provide a new perspective to study the mechanisms of space differential localization between water electrons, and the dynamics of this phenomenon on time scales of several attoseconds.