Is WiFi DANGEROUS ⚠️

The Safety of Light Bulbs and Radiation

Any kind of light bulb would be able to hurt someone but it would just be from the heat and only the heat. This is in contrast to ionizing radiation like X-rays or gamma rays, which can cause harm even with low doses. Ionizing radiation works by stripping away electrons from atoms, creating free radicals that can damage living tissue. However, this kind of radiation requires a high energy input to break apart the chemical bonds in molecules.

On the other hand, microwaves and radio waves are forms of non-ionizing radiation, which do not have enough energy to break apart chemical bonds. These types of radiation work by heating up objects and causing them to expand or contract. This can be done through a variety of means, including electromagnetic waves like Wi-Fi signals or cell phone towers. In the case of microwaves, they use a specific frequency that water absorbs well, making it easy to heat food quickly and efficiently.

However, this convenience comes with some limitations. The lower the frequency of radiation, the more energy is required to achieve a certain effect. This means that visible light, which is a form of electromagnetic radiation with a relatively low frequency, requires a lot of energy to produce even a small amount of heat. In contrast, Wi-Fi signals or cell phone towers use much lower frequencies and require less energy to be effective.

To put this in perspective, consider the difference between Wi-Fi and cellular technology. While both are forms of electromagnetic radiation, they operate at different frequencies. Wi-Fi uses frequencies like 2.4 gigahertz or 5 gigahertz, which are relatively low compared to the frequencies used by cell phones, which range from around 600 megahertz to 800 megahertz. This lower frequency allows Wi-Fi signals to travel further and interact with a wider range of objects, but it also means that they require less energy to be effective.

The same is true for 5G technology. There are two forms of 5G: cellular and fixed wireless. The cellular form uses lower frequencies like those used by 4G networks, while the fixed wireless form uses much higher frequencies, typically around 60 gigahertz. This higher frequency makes it ideal for short-range communication, such as in a restaurant or office building.

However, even though these forms of radiation are considered non-ionizing, there is still some concern about their potential impact on human health. Some people worry that exposure to radio waves and microwaves could cause harm, particularly if they are exposed for extended periods. However, the scientific consensus is clear: these types of radiation do not pose a significant risk to human health.

In fact, many experts argue that the risks associated with ionizing radiation, such as X-rays or gamma rays, are much greater than the potential risks associated with non-ionizing radiation like Wi-Fi signals or cell phone towers. This is because ionizing radiation has enough energy to break apart chemical bonds and cause damage to living tissue.

Despite this, some people still worry about the safety of these technologies. They may be concerned that exposure to radio waves and microwaves could cause harm, particularly if they are exposed for extended periods. However, this fear is largely unfounded.

One way to put this fear into perspective is to consider what we actually know about radiation. We know that ionizing radiation can be deadly, even in small doses. This is why medical professionals take such great care to minimize exposure to X-rays and other forms of ionizing radiation. However, non-ionizing radiation like Wi-Fi signals or cell phone towers pose no significant risk.

Another way to think about this is to consider the amount of energy required to cause harm. In order for radio waves or microwaves to cause damage, they would need to be concentrated over a very small area and delivered in extremely high doses. This is not something that is likely to happen with everyday use of these technologies.

To put this in context, consider the following: when you're holding your phone up to listen to music, the amount of energy being emitted into your ear is tiny compared to the amount of energy required to cause harm. Similarly, when you're sitting near a Wi-Fi router, the amount of energy being emitted is minimal.

Of course, there is still some debate about the safety of these technologies. However, one thing that is clear is that the risks associated with non-ionizing radiation like Wi-Fi signals or cell phone towers are not as significant as those associated with ionizing radiation like X-rays or gamma rays.

In order to put this fear into perspective, let's look at some examples of everyday activities that involve exposure to radio waves and microwaves. For example, when you're making a microwave dinner, the amount of energy being emitted is incredibly high compared to what your body can handle. This is why there are strict guidelines in place for how long you should cook food in a microwave.

Similarly, when you're holding your phone up to listen to music or make a call, the amount of energy being emitted into your ear is tiny compared to what your body can handle. This is why cell phones are designed with safety features like loudspeakers and antennas that help to minimize exposure.

Finally, let's consider the difference between Wi-Fi signals and other forms of electromagnetic radiation. While both types of radiation have their own unique characteristics and risks, they operate at very different frequencies and require different amounts of energy to be effective.

In order to put this fear into perspective, let's look at some examples of everyday activities that involve exposure to Wi-Fi signals or cell phone towers. For example, when you're working in a office building with a lot of Wi-Fi routers, the amount of energy being emitted is minimal compared to what your body can handle.

In fact, most people are exposed to much higher levels of electromagnetic radiation from other sources, such as fluorescent lights or televisions. However, these forms of radiation are considered safe by regulatory agencies around the world.

Overall, while there may be some concern about the safety of non-ionizing radiation like Wi-Fi signals or cell phone towers, the scientific consensus is clear: these types of radiation do not pose a significant risk to human health. By understanding how they work and the amounts of energy being emitted, we can put their risks into perspective and enjoy the benefits of these technologies without fear.

"WEBVTTKind: captionsLanguage: enin a previous video I had talked about the differences between 5 gigahertz and 2.4 gigahertz Wi-Fi and why you should always use 5 gigahertz when you have the chance because it's got so many advantages to it but I was completely surprised by so many comments out of nowhere talking about how 5 gigahertz is dangerous that Wi-Fi is harmful it's literally deadly and I was so surprised by this absurdity that I thought I should probably address it now I'm not gonna do this video like just saying oh you guys are all idiots ha ha ha because I know there's a ton of misinformation out there and there are actual idiots out there spouting this nonsense and presenting it as fact so normal people who might not have that much background information about this kind of stuff would think oh well sounds like he knows what he's talking about even though it's totally absurd so this video is for anyone who has even the slightest Tiny's doubt about the safety of Wi-Fi and whether I don't know maybe these long exposures with why I find my house could be doing something this is for you and I did make a video about this on my old channel a long time ago so I thought it was good time for an update now the first thing I need to say is that there were a lot of people mixing up 5g and 5 gigahertz in my last video I did not talk about 5g at all it was exclusively about Wi-Fi 5 gigahertz 5g is means 5th generation and it refers to cellular technologies for your phone it's the fifth generation of wireless signal technologies for a cellular and 5 gigahertz is simply a spectrum of frequencies used by routers and other things like radar and that simply refers to the spectrum from 5000 megahertz up to five thousand 999 megahertz and has nothing to do with 5g it is a completely different thing and it's funny because the 5g technology does not even use the 5 gigahertz spectrum so those of you who are talking about 5g before look you weren't even understanding what I was saying so if you're gonna be trying to make these points you should at least be talking about the correct thing now 5g also is not a I'll kind of touch on that later we're focusing on Wi-Fi mostly so when it comes to Wi-Fi 2.4 gigahertz or five gigahertz a common thing you hear with these kinds of worrying claims is that well it's got gigahertz and it's gigahertz microwave radiation you know these are very harsh words you know it's like a billion times a second this radiation is fluctuating right into your body it's hurting you you know without any context that might sound plausible like yeah wow these are dangerous sounding words you know sounds pretty serious but in this video what we are going to do is add context and realize you can make a lot of things sound pretty scary and serious even though it's not at all the first thing I should clear up though and I'm sure most of you already know this hopefully but all light is radiation radio waves is light visible light is light gamma rays ultraviolet x-rays it's all light it's all radiation it's all the same stuff so don't let the term radiation scare you but anyway let's get into some of these concerns so you hear the term gigahertz and it sounds you know like pretty high energy stuff right well maybe until I ask you well why aren't you concerned about regular light which is on the order of hundreds of tera Hertz literally thousands of times more energetic than any radio waves a regular light bulb is putting out thousands of times more energy than a Wi-Fi antenna and you're never concerned about that of course frequency is not the entire story and you should definitely remember this this is going to be an important part in the rest of the explanations because there's also wattage and you can kind of think of this as how much light at a certain frequency there is coming off of something whether it's a light bulb and antenna or just passing through the room whatever so take an average light bulb which has a power that's the scientific term power of 40 watts that's regular incandescent 40 watt light bulb very average and that is putting off literally 40 watts of hundreds of terahertz radiation if you want to think of it that way so you're not worried about the light bulb hopefully not so therefore you should not be worried about the Wi-Fi antenna so you got this 40 watt light bulb hundreds of Terror Hertz as opposed to point 1 watts of gigahertz the light bulb is putting out way more energy and radiation now another thing you might say or might be thinking is well what about microwave ovens I mean they used the same 2.4 gigahertz as my router does and they can cook food that can't be good for you and sure if you don't know much about all the other stuff I was talking about and am going to talk about that might sound concerning but again remember the wattage is so important here now one quick refresher if you're not familiar with how microwaves work some context water h2o vibrates very well in resonance with 2.4 gigahertz microwave radiation if you shine enough microwave radiation at water it will vibrate very well compared to other frequencies and that's why we use microwaves because it heats up food by vibrating the water in there but microwave ovens are so many many many times more powerful than anything used for Wi-Fi or any router you can look at the label on your microwave oven probably and it will say something around a thousand watts so we have light bulbs at 40 Watts a router at point one Watts around there and then you have the microwave oven of a thousand Hertz yeah no wonder it's able to cook food now one other conspiracy I see related to this kind of now this is really cushy stuff is that the government is pushing Wi-Fi and stuff because they're using it in millimeter wave weapons which is another way of saying microwaves because when you convert the frequency to the wavelength it's about a millimeter but to that I respond yeah no duh you can what weaponize almost any type of light if you shove enough watts into it and this is especially so if you focus that light onto one spot which is what these weapons do you can look up millimeter weapons they do exist but you can weaponize a giant-ass light if you wanted to you can make a hundred kilowatt light bulb and put a reflector dish behind it and shine it at you standing in front of it and yeah you're gonna get cooked no microwave required so what if by now you're thinking well you know what I'm still not convinced and I just don't like the idea of all this microwave radiation going around so I'm not even get a router I'm gonna use all wired stuff and just not deal with microwaves at all well sorry to break it to you but that's impossible have you ever heard of the term cosmic microwave background radiation its microwave radiation that is left over from the Big Bang and it's literally everywhere and has always been there and always will this microwave radiation it's low level again so it's not harmful we talked about wattage it's almost negligible but the microwave radiation is there and has been forever there are not many things you can say that have been around forever and microwave background radiation is one of those things so if you're worried about long exposure to microwaves well sorry to break it to you but you've already been exposed to microwave radiation literally every second of every day of your entire life and so has every other human and every other living thing that has ever existed and we seem to have gotten fine until now you can't escape it from going to the moon you can't escape it from going to another planet you can't even escape it by going to another galaxy it's everywhere hell even our own bodies reflect and emit radiation the form mostly of infrared and so does every other object because every object has a temperature unless it's at Absolute Zero which is physically impossible literally everything produces radiation in some form don't let that term scare you what is way more important than the frequency is the amount of radiation coming off if there's a negligible amount it doesn't matter even if it's gamma rays if it's one gamma ray you probably won't have any effect on you at all but wait a minute speaking of gamma radiation why is gamma rays and ultraviolet rays and x---rays why are these considered dangerous while like visible light and radio waves aren't well that's we're gonna talk about next because if you had any doubt if you're still not convinced there is yet another reason why you should not worry about Wi-Fi or any of other type of less powerful radio waves or anything like that and that is because Wi-Fi just like visible light and infrared light and even radio waves are all so-called non ionizing radiation ionizing radiation starts in the UV spectrum and goes up in more energy levels shorter wavelengths so UV x-rays and gamma radiation and non ionizing radiation is visible light down and what is ionizing radiation obviously the question and that is that ionizing radiation is light that has a high enough energy level in terms of frequency so that it can actually knock an electron a bound electron off of an atom turning it into an ion by changing its charge when you remove an electron that charge is gonna be different and that's why it's called ionizing radiation and non ionizing radiation which is visible light down cannot do that it's not energetic enough no matter how much wattage no matter how powerful antenna you have and this is why we worry about UV rays getting sunburned because UV rays have enough to actually mess up the atoms in your skin and cause a lot of sunburn and mess up the electrons on atoms in your DNA and potentially cause skin cancer all sorts of stuff whereas visible light cannot and nor can microwaves nor can infrared or radio waves so non ionizing radiation cannot affect your body in any real way doesn't affect the makeup of your atoms at all the only thing it can do is heat things up which is pretty obvious if you ever hold your hand next to a light bulb typically that infrared radiation specifically is going to be warming up your hand and what's happening here is the photons from that light source are shining on to your hand and jiggling the atoms in your skin warming them up a bit raising the temperature which temperature is literally just how much something is vibrating and when it gets absorbed it makes it vibrate more so yes enough power any kind of light bulb would be able to hurt someone but it would just be from the heat and only the heat and going back to microwave ovens you know they use enough radiation in terms of microwave radiation to heat up food and we use that specific frequency just because water happens to absorb more of a frequency than others so it's more convenient but you still need a ton of it and you need to focus it all on the food in one place for it to even work the thing to remember is if you are being harmed by heat or any radiation causing heat on you you will feel it you can't just invisibly be hurt by not I eyes and radiation you will know it and that's unlike ionizing radiation like x-rays or gamma rays you can have a ton of gamma rays and going through you and you won't even feel it but you're gonna get radiation sickness and that's why we need things like Geiger counters and radiation detectors on the other hand if microwaves or radio waves or anything else we're hurting you you would know and remember that the lower the frequency the more energy you're going to need to put into something to heat it up so already we have visible light where you need a ton of it to heat someone up to the point of hurting them and then you have a lower frequency lower energy Wi-Fi that is harder to heat things up and you would also need a ton more power to do it so it just doesn't make sense to be worried about a Wi-Fi antenna now remember back when we were talking about 5g I kind of mention it with cellular technologies not 5 gigahertz 5g fifth-generation well here's a fun fact cell phones use a lot lower frequency even than Wi-Fi so Wi-Fi uses about 2.4 gigahertz or 5 gigahertz cellphones use the band about 600 megahertz or 800 megahertz about a third of what you would get with Wi-Fi or even less and that is because lower frequencies can travel further and travel through more things without interacting with them and that's why you can get a cell reception from a cell tower miles away when sometimes you can barely get a Wi-Fi signal from across your own house so 5g cellular is not anything to worry about still going to be using extremely low frequencies because it has to to travel any real distance and one thing that a lot of people are getting infused about there's two different forms of 5g there's two parts to it one is the cellular which is going to be using again like probably 600 megahertz the other one is fixed Wireless which is going to be very short-range and that's going to be about 60 gigahertz again nothing close to visible light and that's going to be basically field of view signal so it'll be like if you're in a restaurant or something you can have your cell phone out and if it's within view of the transmitter you're gonna get very very fast speeds and 60 gigahertz can't even pass through as many things it's a higher frequency relatively so it can't pass through walls it can barely pass through your skin it can't pass through you it's all line-of-sight and not that even if it is invisible side of you that is dangerous right it's still nowhere close to visible light it's just negligible and even if you're still worried about cellphones and 600 megahertz frequency radio waves and putting that next to your head to make a phone call again going back to the visible light thing you're worried about that but again why would you then not be worried about looking at the phone screen which is putting out a higher wattage higher amount of visible light which is thousands of times or more energetic and that's shining right into your face so I think I've talked about it enough guys radio waves Wi-Fi is not harmful at all it's completely harmless hopefully with the way I explain it in this video that should be pretty obvious and if you were worrying before you shouldn't anymore and look I know there's still going to be people out there who are still gonna come up with some absurd explanation how it's dangerous you know what this is not a debate I'm not gonna talk about this this anymore not gonna be responding to comments if you don't believe me go on using wired internet for everything be my guest but don't go spouting all this nonsense that is completely untrue but anyway hopefully you guys did enjoy this video if you enjoyed it and you thought oh wow that really helped out let me know what you think down the comments and if you want to keep watching I'll put some other videos right here and if you want to subscribe I make a couple new videos every week so thanks again so much for watching guys I'll see you next time have a good onein a previous video I had talked about the differences between 5 gigahertz and 2.4 gigahertz Wi-Fi and why you should always use 5 gigahertz when you have the chance because it's got so many advantages to it but I was completely surprised by so many comments out of nowhere talking about how 5 gigahertz is dangerous that Wi-Fi is harmful it's literally deadly and I was so surprised by this absurdity that I thought I should probably address it now I'm not gonna do this video like just saying oh you guys are all idiots ha ha ha because I know there's a ton of misinformation out there and there are actual idiots out there spouting this nonsense and presenting it as fact so normal people who might not have that much background information about this kind of stuff would think oh well sounds like he knows what he's talking about even though it's totally absurd so this video is for anyone who has even the slightest Tiny's doubt about the safety of Wi-Fi and whether I don't know maybe these long exposures with why I find my house could be doing something this is for you and I did make a video about this on my old channel a long time ago so I thought it was good time for an update now the first thing I need to say is that there were a lot of people mixing up 5g and 5 gigahertz in my last video I did not talk about 5g at all it was exclusively about Wi-Fi 5 gigahertz 5g is means 5th generation and it refers to cellular technologies for your phone it's the fifth generation of wireless signal technologies for a cellular and 5 gigahertz is simply a spectrum of frequencies used by routers and other things like radar and that simply refers to the spectrum from 5000 megahertz up to five thousand 999 megahertz and has nothing to do with 5g it is a completely different thing and it's funny because the 5g technology does not even use the 5 gigahertz spectrum so those of you who are talking about 5g before look you weren't even understanding what I was saying so if you're gonna be trying to make these points you should at least be talking about the correct thing now 5g also is not a I'll kind of touch on that later we're focusing on Wi-Fi mostly so when it comes to Wi-Fi 2.4 gigahertz or five gigahertz a common thing you hear with these kinds of worrying claims is that well it's got gigahertz and it's gigahertz microwave radiation you know these are very harsh words you know it's like a billion times a second this radiation is fluctuating right into your body it's hurting you you know without any context that might sound plausible like yeah wow these are dangerous sounding words you know sounds pretty serious but in this video what we are going to do is add context and realize you can make a lot of things sound pretty scary and serious even though it's not at all the first thing I should clear up though and I'm sure most of you already know this hopefully but all light is radiation radio waves is light visible light is light gamma rays ultraviolet x-rays it's all light it's all radiation it's all the same stuff so don't let the term radiation scare you but anyway let's get into some of these concerns so you hear the term gigahertz and it sounds you know like pretty high energy stuff right well maybe until I ask you well why aren't you concerned about regular light which is on the order of hundreds of tera Hertz literally thousands of times more energetic than any radio waves a regular light bulb is putting out thousands of times more energy than a Wi-Fi antenna and you're never concerned about that of course frequency is not the entire story and you should definitely remember this this is going to be an important part in the rest of the explanations because there's also wattage and you can kind of think of this as how much light at a certain frequency there is coming off of something whether it's a light bulb and antenna or just passing through the room whatever so take an average light bulb which has a power that's the scientific term power of 40 watts that's regular incandescent 40 watt light bulb very average and that is putting off literally 40 watts of hundreds of terahertz radiation if you want to think of it that way so you're not worried about the light bulb hopefully not so therefore you should not be worried about the Wi-Fi antenna so you got this 40 watt light bulb hundreds of Terror Hertz as opposed to point 1 watts of gigahertz the light bulb is putting out way more energy and radiation now another thing you might say or might be thinking is well what about microwave ovens I mean they used the same 2.4 gigahertz as my router does and they can cook food that can't be good for you and sure if you don't know much about all the other stuff I was talking about and am going to talk about that might sound concerning but again remember the wattage is so important here now one quick refresher if you're not familiar with how microwaves work some context water h2o vibrates very well in resonance with 2.4 gigahertz microwave radiation if you shine enough microwave radiation at water it will vibrate very well compared to other frequencies and that's why we use microwaves because it heats up food by vibrating the water in there but microwave ovens are so many many many times more powerful than anything used for Wi-Fi or any router you can look at the label on your microwave oven probably and it will say something around a thousand watts so we have light bulbs at 40 Watts a router at point one Watts around there and then you have the microwave oven of a thousand Hertz yeah no wonder it's able to cook food now one other conspiracy I see related to this kind of now this is really cushy stuff is that the government is pushing Wi-Fi and stuff because they're using it in millimeter wave weapons which is another way of saying microwaves because when you convert the frequency to the wavelength it's about a millimeter but to that I respond yeah no duh you can what weaponize almost any type of light if you shove enough watts into it and this is especially so if you focus that light onto one spot which is what these weapons do you can look up millimeter weapons they do exist but you can weaponize a giant-ass light if you wanted to you can make a hundred kilowatt light bulb and put a reflector dish behind it and shine it at you standing in front of it and yeah you're gonna get cooked no microwave required so what if by now you're thinking well you know what I'm still not convinced and I just don't like the idea of all this microwave radiation going around so I'm not even get a router I'm gonna use all wired stuff and just not deal with microwaves at all well sorry to break it to you but that's impossible have you ever heard of the term cosmic microwave background radiation its microwave radiation that is left over from the Big Bang and it's literally everywhere and has always been there and always will this microwave radiation it's low level again so it's not harmful we talked about wattage it's almost negligible but the microwave radiation is there and has been forever there are not many things you can say that have been around forever and microwave background radiation is one of those things so if you're worried about long exposure to microwaves well sorry to break it to you but you've already been exposed to microwave radiation literally every second of every day of your entire life and so has every other human and every other living thing that has ever existed and we seem to have gotten fine until now you can't escape it from going to the moon you can't escape it from going to another planet you can't even escape it by going to another galaxy it's everywhere hell even our own bodies reflect and emit radiation the form mostly of infrared and so does every other object because every object has a temperature unless it's at Absolute Zero which is physically impossible literally everything produces radiation in some form don't let that term scare you what is way more important than the frequency is the amount of radiation coming off if there's a negligible amount it doesn't matter even if it's gamma rays if it's one gamma ray you probably won't have any effect on you at all but wait a minute speaking of gamma radiation why is gamma rays and ultraviolet rays and x---rays why are these considered dangerous while like visible light and radio waves aren't well that's we're gonna talk about next because if you had any doubt if you're still not convinced there is yet another reason why you should not worry about Wi-Fi or any of other type of less powerful radio waves or anything like that and that is because Wi-Fi just like visible light and infrared light and even radio waves are all so-called non ionizing radiation ionizing radiation starts in the UV spectrum and goes up in more energy levels shorter wavelengths so UV x-rays and gamma radiation and non ionizing radiation is visible light down and what is ionizing radiation obviously the question and that is that ionizing radiation is light that has a high enough energy level in terms of frequency so that it can actually knock an electron a bound electron off of an atom turning it into an ion by changing its charge when you remove an electron that charge is gonna be different and that's why it's called ionizing radiation and non ionizing radiation which is visible light down cannot do that it's not energetic enough no matter how much wattage no matter how powerful antenna you have and this is why we worry about UV rays getting sunburned because UV rays have enough to actually mess up the atoms in your skin and cause a lot of sunburn and mess up the electrons on atoms in your DNA and potentially cause skin cancer all sorts of stuff whereas visible light cannot and nor can microwaves nor can infrared or radio waves so non ionizing radiation cannot affect your body in any real way doesn't affect the makeup of your atoms at all the only thing it can do is heat things up which is pretty obvious if you ever hold your hand next to a light bulb typically that infrared radiation specifically is going to be warming up your hand and what's happening here is the photons from that light source are shining on to your hand and jiggling the atoms in your skin warming them up a bit raising the temperature which temperature is literally just how much something is vibrating and when it gets absorbed it makes it vibrate more so yes enough power any kind of light bulb would be able to hurt someone but it would just be from the heat and only the heat and going back to microwave ovens you know they use enough radiation in terms of microwave radiation to heat up food and we use that specific frequency just because water happens to absorb more of a frequency than others so it's more convenient but you still need a ton of it and you need to focus it all on the food in one place for it to even work the thing to remember is if you are being harmed by heat or any radiation causing heat on you you will feel it you can't just invisibly be hurt by not I eyes and radiation you will know it and that's unlike ionizing radiation like x-rays or gamma rays you can have a ton of gamma rays and going through you and you won't even feel it but you're gonna get radiation sickness and that's why we need things like Geiger counters and radiation detectors on the other hand if microwaves or radio waves or anything else we're hurting you you would know and remember that the lower the frequency the more energy you're going to need to put into something to heat it up so already we have visible light where you need a ton of it to heat someone up to the point of hurting them and then you have a lower frequency lower energy Wi-Fi that is harder to heat things up and you would also need a ton more power to do it so it just doesn't make sense to be worried about a Wi-Fi antenna now remember back when we were talking about 5g I kind of mention it with cellular technologies not 5 gigahertz 5g fifth-generation well here's a fun fact cell phones use a lot lower frequency even than Wi-Fi so Wi-Fi uses about 2.4 gigahertz or 5 gigahertz cellphones use the band about 600 megahertz or 800 megahertz about a third of what you would get with Wi-Fi or even less and that is because lower frequencies can travel further and travel through more things without interacting with them and that's why you can get a cell reception from a cell tower miles away when sometimes you can barely get a Wi-Fi signal from across your own house so 5g cellular is not anything to worry about still going to be using extremely low frequencies because it has to to travel any real distance and one thing that a lot of people are getting infused about there's two different forms of 5g there's two parts to it one is the cellular which is going to be using again like probably 600 megahertz the other one is fixed Wireless which is going to be very short-range and that's going to be about 60 gigahertz again nothing close to visible light and that's going to be basically field of view signal so it'll be like if you're in a restaurant or something you can have your cell phone out and if it's within view of the transmitter you're gonna get very very fast speeds and 60 gigahertz can't even pass through as many things it's a higher frequency relatively so it can't pass through walls it can barely pass through your skin it can't pass through you it's all line-of-sight and not that even if it is invisible side of you that is dangerous right it's still nowhere close to visible light it's just negligible and even if you're still worried about cellphones and 600 megahertz frequency radio waves and putting that next to your head to make a phone call again going back to the visible light thing you're worried about that but again why would you then not be worried about looking at the phone screen which is putting out a higher wattage higher amount of visible light which is thousands of times or more energetic and that's shining right into your face so I think I've talked about it enough guys radio waves Wi-Fi is not harmful at all it's completely harmless hopefully with the way I explain it in this video that should be pretty obvious and if you were worrying before you shouldn't anymore and look I know there's still going to be people out there who are still gonna come up with some absurd explanation how it's dangerous you know what this is not a debate I'm not gonna talk about this this anymore not gonna be responding to comments if you don't believe me go on using wired internet for everything be my guest but don't go spouting all this nonsense that is completely untrue but anyway hopefully you guys did enjoy this video if you enjoyed it and you thought oh wow that really helped out let me know what you think down the comments and if you want to keep watching I'll put some other videos right here and if you want to subscribe I make a couple new videos every week so thanks again so much for watching guys I'll see you next time have a good one\n"