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Lab-Grown Meat? How Food Technology Could Change What’s On Your Plate

Vegetarians have long been familiar with meat substitutes — including “meat” patties made from soy or “crispy chicken” that is actually plant protein. But if you’re a carnivore, a steak is a steak, and it comes from a cow. Or does it? These days, advancements in technology aren’t limited to just your smartphone or appliances. Food technology is a growing business, meaning lab-grown meat could be headed to your plate soon. According to a December 2020 Bloomberg report, lab meat is getting closer to hitting supermarket shelves. But is lab-grown meat bad for you, and what does lab grown meat taste like. Let’s dig in to these questions, as well as the potential pros and cons of the rise of artificial meat. What Is Lab-Grown Meat? Traditionally, getting meat means breeding an animal, sending it to slaughter and then packaging up the meat to sell. So what is lab-grown meat made of? Instead of raising live animals for their meat, to make artificial meat (also known as “slaughter-f

What is a wireless network

Technically, WiFi is a set of specifications for wireless local networks (WLAN Wireless Local Area Network) based on the IEEE 802.11 standard. The name WiFi is an abbreviation of the English term "Wireless Fidelity". nanobiztech It is common to find the term WiFi written as "Wi-Fi", "Wi-fi" or even "wifi". All those names refer to the identical generation.


With WiFi technology, it is possible to implement networks that connect computers and other compatible devices such as cell phones, video game consoles, printers and other devices that are geographically close.  globalmarketingbusiness These networks do not require the use of cables, since they carry out the transmission of data through radio frequency.

How WiFi works

One of the most widespread technologies in recent times, and that with greater momentum and speed is incorporating into our daily lives without a doubt is as we have been allinonetechs  mentioning in this article is WI-Fi, which allows us to interconnect different kinds of devices between them without the need for cables or for them to be fixed in one place. In this article we will get to know this concept a little more closely to gain insight into what it can offer us.

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Basically, wireless WiFi links are a connection methodology that allows us to interconnect devices and access the Internet without using cables or complicated configurations, allowing mobility and simplicity of use unprecedented in the history of computing. answerhop


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Currently, it is almost an obligation that new devices that come on the market offer a wireless WiFi connection, that is why we can find Blu-Ray or DVD players and home entertainment equipment such as consoles, smartphones, tablets or smartphones. leadmarketingbusiness in addition to laptops or desktops and many others.


The possibility that the Wi-Fi wireless connection provides all these devices gives them unlimited flexibility to be connected, giving rise to even other technologies born from this concept, such as SmartTV.


It is incredible what a connection to the  Internet or other devices through WI-Fi can add to a simple media player , just look at some of the new models recently released to realize the possibilities it offers us.


Technical data

Wi-Fi technology is based on the IEEE 802.11 standard, however, that does not mean that every product that works with these specifications is Wi-Fi. For a certain product to receive a seal with this mark, it  must be evaluated and certified by the Wi-Fi Alliance.  This is a way of assuring the user that all products with the Wi-Fi Certified seal  follow functionality standards that guarantee compatibility with each other .


However, that does not mean that devices that do not have the seal will not work with devices that do (but, it is preferable to opt for certified products to avoid problems). The basis of Wi-Fi is in the 802.11 standard. We will explain this topic to you below.


The 802.11 standard


The 802.11 standard establishes standards for the creation and use of wireless networks. The transmission of this network is carried out by radio frequency signals, which propagate through the air and can cover areas of hundreds of square meters.  As there are countless services that can use radio signals, it is necessary that each one operate in accordance with the requirements established by the government of each country. This is one way to avoid problems, especially with interference.


There are, however, some frequency segments that can be used without the need for the direct approval of the appropriate entities of each government: the ISM (Industrial, Scientific and Medical) bands   which can operate, among others, with the following intervals: 902 MHz - 928 MHz; 2.4 GHz - 2.485 GHz and 5.15 GHz - 5.825 GHz (depending on the country, these limits may vary). The last two bands are those used by Wi-Fi,  however, this characteristic may vary according to the version of the 802.11 standard.


It is good to know that, for a network of this type to be established, it is necessary that the devices (also called STA - for "station") connect to devices that provide the access.


These are generically called Access Point (AP). When one or more STAs connect to an AP, therefore, a network is obtained, which is called  Basic Service Set (BSS).  For security reasons and because of the possibility of having more than one BBS in a given location (for example, two wireless networks created by different companies in an event area), it is important that each one receives an identification called Service Set Identifier (SSID ).

Basically, the SSID is a set of characters that, after being defined, is inserted into each data packet on the network  In other words, the SSID is nothing more than the name given to each wireless network.

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