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False or misleading informations are spread by organizations posing as legitimate media outlets in an attempt to twist public opinion in favor of a certain ideology.
On social media,watch out for fake messages,pictures,Videos and news.
Always Check Independent Fact Checking Sites if You Have Some Doubts About the Authenticity of Any Information or Picture or video.
Check Google Images for AuthThe Google Reverse Images search can helps you.
It Would Be Better to Ignore Social Media Messages that are forwarded from Unknown or Little-Known Sources.
If a fake message asks you to share something, you can quickly recognize it as fake messege.
It is a heinous crime and punishable offence to post obscene, morphed images of women on social media networks, sometimes even in pornographic websites, as retaliation.
Deepfakes use artificial intelligence (AI)-driven deep learning software to manipulate preexisting photographs, videos, or audio recordings of a person to create new, fake images, videos, and audio recordings.
AI technology has the ability to manipulate media and swap out a genuine person's voice and likeness for similar counter parts.
Deepfake creators use this fake substance to spread misinformation and other illegal activities.Deepfakes are frequently used on social networking sites to elicit heated responses or defame opponents.
One can identify AI created fake videos by identifying abnormal eye movement, Unnatural facial expressions, a lack of feeling, awkward-looking hand,body or posture,unnatural physical movement or form, unnatural coloring, Unreal-looking hair,teeth that don't appear natural, Blurring, inconsistent audio or noise, images that appear unnatural when slowed down, differences between hashtags blockchain-based digital fingerprints, reverse image searches.
Look for details,like stange background,orientation of teeth,handsclothing,asymmetrical facial features,use reverse image search tools.

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March 20, 2025March 20, 2025 by crimeandmoreworld - News Desk

World’s Most Precise Clock Optical Lattice Clock

An optical lattice clock with a variation of less than one second over 10 billion years is now available for purchase, according to a statement released Wednesday by Shimadzu Corp., a Japanese manufacturer of precision equipment. The apparatus is 114 centimeters wide, 109.3 cm tall, and 65 cm deep. The Kyoto-based manufacturer plans to sell 10 units at a suggested retail price of 500 million yen ($3.3 million) each over the course of three years.

The company started taking orders for the high-precision clock after developing a transportable model in November 2024 in collaboration with researchers from institutions including the University of Tokyo.

A professor at the University of Tokyo’s Graduate School of Engineering named Hidetoshi Katori invented the optical lattice clock in 2001. Its timekeeping uncertainty is hundreds of times lower than that of the second-generation cesium atomic clocks.