Or how much we paid or them

@@notanymore9471 F35 is the future of air combat

@@Part_121_Wannabe did I say it’s not? I just commented on the cost

@@notanymore9471 did i say you didn't?

They will be upgraded of course, especially the software

the f-35 flying torch is just pure marketing

TRUE. May I add that much of US Supremacy came from Asian Americans. I just wanted to say this because we are always left out of the History Books. I don't know if on purpose or just because we were marginalized because of the time period that these events occured in.

In 1959, Dawon Kahng and Martin M. (John) Atalla at Bell Labs invented the metal-oxide-semiconductor field-effect transistor (MOSFET) as an offshoot to the patented FET design. Operationally and structurally different from the bipolar junction transistor, the MOSFET was made by putting an insulating layer on the surface of the semiconductor and then placing a metallic gate electrode on that. It used crystalline silicon for the semiconductor and a thermally oxidized layer of silicon dioxide for the insulator. The silicon MOSFET did not generate localized electron traps at the interface between the silicon and its native oxide layer, and thus was inherently free from the trapping and scattering of carriers that had impeded the performance of earlier field-effect transistors. Following the development of clean rooms to reduce contamination to levels never before thought necessary, and of photolithography and the planar process to allow circuits to be made in very few steps, the Si-SiO2 system possessed such technical attractions as low cost of production (on a per circuit basis) and ease of integration. Largely because of these two factors, the MOSFET has become the most widely used type of transistor in integrated circuits. Dr. Dawon Kahng was an inventor in field of Solid-State Electronics.

Dr. Dawon Kahng was an inventor in field of Solid-State Electronics. Dawon Kahng was born on May 4, 1931 in Seoul, South Korea. He studied Physics at Seoul National University, Seoul, South Korea, and emigrated to the United States in 1955 to attend Ohio State University, where he received a doctorate in physics. He was a researcher at Bell Telephone Laboratories in Murray Hill, New Jersey and he invented MOSFET (Metal Oxide Semiconductor Field-Effect Transistor), which is the basic element in most of today's electronic equipment, with Martin M Atalla in 1959. He, along with his colleague Simon Sze, also invented the floating gate memory cell, the foundation for many forms of semiconductor memory devices.

He also conducted research on high frequency Schottky diodes, ferro-electric semiconductors, and luminous materials, and made important contributions to the field of electroluminescence. He also invented Floating Gate non-volatile semiconductor memory in 1967. After retiring from Bell Laboratories, he became the founding president of the NEC Research Institute in New Jersey. He was a fellow of the IEEE and a fellow of the Bell Laboratories. He was also a recipient of the Stuart Ballantine Medal of the Franklin Institute and the Distinguished Alumnus Award of the Ohio State University College of Engineering. He died of complications following emergency surgery for a ruptured aortic aneurysm in 1992. There inventions were left out of History for several reasons . National Security and of course racism. It was after all 1959? These 3 are the Fathers of Modern Solid State Electronics and need to get the Nobel Prize for bringing us out of the STONE AGE!

The landing on the Moon could NOT have happened without these scientists inventing Solid State Electronics for the US Military!

You don't need stealth all the time. You only need it until your opponent's anti-air capability is neutralized. Even then, if you have a stealth air fleet, you can hang ordnance on the wings if the mission doesn't require stealth, or carry all of it inside if the mission does. You can even mix and match components of a single strike mission with stealthy aircraft leading the way with SEAD loadouts and the rest of the package non-stealth with the big stuff. But, if you don't have stealthy aircraft at all, leaving the external ordnance off doesn't do anyone any good. See? Options!

Once SEAD is achieved stealth becomes moot.

It definitely makes it much less stealthy but they would not be flying a stealth mission in that config.

🇺🇸🦅🦅🦅

Quite the opposite if you ask all the dead civilians.

Fr 🇺🇸🦅💪

💩

Fuckin A!

April 24th to be exact. I was there.

I believe the Corps is getting C's at some point too. But you're right, their main mount is the B.

"The US marines received the F-35B, not the F-35C. "(sic) Incorrect. VMFA-314 completed a 7+ month deployment aboard Abraham Lincoln back in August flying the F-35C. Try and keep up.

You have 0 idea what you’re talking about lmao

The F35 is a US fighter! 😂😂

They can’t

Stealth works by reflecting an extremely small amount of energy, so you wouldn’t be seeing a golf ball going 500 knots, you’d just see nothing.

@@vincentphan5097 no i mean that a stealth aircraft would look the size of a tennis ball on radar or small bird but they do not travel at 500 mph so computer would flag it and so ASTRA (anti stealth track require anomalies ) radar would recognize what it could be and blow it our of sky maby

@@thomasscullion9449 The problem is actually getting it on the radar. I don't think it would matter anyways too. By the time it takes for actual acquisition and identification a stealth aircraft has already fulfilled its mission. I am no expert so you'll have to ask someone else.

@@vincentphan5097 tell that to the Serbs who shot a F1/11 out the sky in 99 about their old radar

@@thomasscullion9449 It’s called the F-117 not the F-111 which is not a stealth plane. The Serbs shot it down because the Nighthawk had flown the same route for several weeks and was dangerously close to the radar. Believe it or not it’s actually kind of easy to detect stealth aircraft.