Shocking radar footage shows Hellfire missile fired by US military bounce off UFO over ocean

This is also talked about in this video.

 

First of all, I'm not so sure that the bending space for high speed travel is impossible... from everything I have read, it is certainly theoretically possible.

But, let's suppose it's not. What if you had life forms who lived 10,000 years plus? To them, spending a few years, or a century or two getting somewhere would be no big deal.

Much of the speculation in this thread involves the belief that "life" needs to look like life on earth. Nonsense! There could be forms of "life" which are pure energy, for all we know.

 

Image Unavailable, Please Login

It is estimated that there are between 200 billion (2×10¹¹) to 2 trillion galaxies in the observable universe.
A typical galaxy contains between 10 million and 1 trillion stars.

We’re talking a lot of stars here…
Inconceivable…

 

2 years ago I was having dinner with a major federal contractor, there were roughly 10 of us so lots of sidebar discussions. I asked the guy that I have a relationship with about his next project, in my head Im just looking for more work. Anyways, he tells me they are working on reverse engineering night vision from a craft. We couldn't go much deeper but this guy doesn't bs. Believe what you like.

 

Night vision technology evolved from the 1800s discovery of infrared radiation to the early 1900s development of image converter tubes, with early military use by the Soviets in the late 1930s and World War II Germans with devices like the FG 1250 tank sight. The technology advanced significantly through the Cold War with the development of smaller, more efficient generations, becoming more mobile during the Vietnam War and reaching tactical prominence with Gen 3 devices in Operation Desert Storm in the 1990s. Modern Gen 4 technology uses gated/filmless systems for superior low-light performance, and both image intensification and thermal imaging are now used in military, law enforcement, and civilian applications. [1, 2, 3, 4, 5, 6, 7]

Early Development (1790s-1930s) [1]

• Infrared Radiation Discovery: British astronomer Sir John Herschel discovered infrared radiation in the late 1790s.
• Bolometer and Photoconductivity: American inventor Samuel Langley invented the bolometer in 1878 to detect infrared, followed by Theodore Case's discovery of photoconductivity in the infrared band in 1917.
• First Image Display: The evaporagraph, developed in 1929, displayed the first image from infrared radiation.
• Image Converter Tube: The foundational image converter tube was developed in 1941 by G. Holst and Horst at Philips, using a photocathode to convert infrared to a visible image on a phosphor screen.

World War II and Cold War Era

• Early Military Use: The British military experimented with early, bulky infrared devices in the late 1920s, while the Soviet Union was the first to advance night vision for military vehicles in the late 1930s. [2, 4]
• WWII Devices: Germany used infrared devices on vehicles and tanks, such as the FG 1250, and the Vampir on handheld weapons during World War II. [3, 4]
• Post-War Advancement: ITT Corporation began providing night vision tools to the U.S. military in 1958, leading to smaller, more reliable Generation 2 devices in the 1970s that amplified light without needing external IR sources. [3, 5]

Modern Advancements (1970s-Present)

• Vietnam War: Night vision became more mobile and practical for units dealing with guerrilla warfare. [4]
• Operation Desert Storm (1990s): Generation 3 devices, with their advanced gallium arsenide photocathodes, offered superior clarity and range, making night vision a key tactical advantage. [5, 6]
• Gen 4 and Beyond: The introduction of gated/filmless technology in Gen 4 goggles significantly improved target detection and resolution at low light levels. [5]
• Applications: Night vision is now used by military forces, law enforcement, and civilians, often amplifying ambient light like starlight for image intensification or detecting heat for thermal imaging. [7, 8]

AI responses may include mistakes.
[1]
[2]
[3] https://www.agmglobalvision.com/When-Was-Night-Vision-Invented-and-by-Who
[4] https://www.evolutionhelmets.com/When-Was-Night-Vision-Invented_b_21.html
[5] https://nightvisionguys.com/articles/post/a-night-vision-goggles-introduction-origins-evolutions-and-more
[6] https://www.peaknano.com/blog/the-evolution-of-u.s.-night-vision
[7] https://www.smithsonianmag.com/innovation/seeing-dark-history-night-vision-180963357/
[8] https://rebtechnvg.com/about/nvg_history/