Sugar Ray Leonard did some sparring with former amateur heavyweight Steve Sinclair on a cruise ship in 1982 And Sinclair made a HUGE mistake by hitting Leonard near the eyes after being told not to as Leonard recently had eye surgery. Leonard was not pleased lol 😆.

So, tomorrow marks 2 whole years on this loc journey. I started with finger coils, which I secured in rope twists to keep the coils from unraveling. By the end of year one, my locs had dropped back to my starter loc length. As you can see from the bottom right pic, I've had a lot of growth since last October. I'm enjoying my journey and ready for what's to come as I continue on my journey. Àsé!🙏🏼

#locjourney #locd #locs #dreadlocks #dreads #dreadhead #iammyancestors #iamwhoiam

#meanwhile ...in Ghana 🇬🇭📍

🎂🎈🎉🎊🍰🍻 HAPPY BIRTHDAY Regina Swan 🎂🎈🎉🎊🍰🍻

Simone Biles - Yurchenko Double Pike - Vault - 2023 Gymnastics World Championships Qualification.

https://ssnews.page.link/VjuYSVVs5XPprVTM7

Physics can help us understand how the ancient Egyptians built the great pyramids of Giza, as well as how they interact with electromagnetic waves.

One of them is the wet sand technique. This technique involves wetting the sand to reduce the friction and the effort required to drag heavy blocks of stone on sleds. A team of physicists from the University of Amsterdam demonstrated this technique in 2014, using a simple experiment and numerical simulations. They showed that wetting the sand to just the right degree can reduce the required pulling force by up to 50%. This technique may have been used by the ancient Egyptians to transport the blocks from the Nile port to the pyramid site.

Another aspect of physics that can reveal some mysteries of the pyramids is the electromagnetic response. This refers to how the pyramids interact with radio waves of different frequencies and wavelengths. An international research group applied methods of theoretical physics to investigate this phenomenon in 2018. They used numerical modeling and analytical methods to calculate the electromagnetic field distribution inside and around the Great Pyramid of Giza. They found that under resonance conditions, meaning when the wavelength of the radio waves matches the size of the pyramid, the pyramid can concentrate electromagnetic energy in its internal chambers and under its base. This effect may have some applications for designing nanoparticles that can manipulate light at the nanoscale.