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Social Media Abuse Can Take Its Toll On Your Lives

With the swarming numbers of social media users across the globe, it is hard to arrive at a certain amount of usage that can inflict your lives. Statisticsays there are more than billions of active users on an everyday basis. It does not end with checking your account on Facebook, and rather it keeps going on and on. There is an endless hunt when it comes to the social media presence. One of the leading marketing analysts, Nicole Behnke puts forth that clutching and glancing the online forum is a constant activity. Nobody has ever made a personal conviction in that regard.

Most often, people keep switching on between Twitter, Instagram, Facebook, and other instant messenger sites for every 20 minutes. It has set in a pattern of dependency. When you do not check your accounts, it feels like you are not connected and this is a growing issue among adolescents and young professionals. It is being referred to as an addiction by the health experts. One of the leading specialists of Aurora Health Care, Dr. Munther Barakat, speaks about the 80 percent teens who are already in trouble due to abusive social media use. A majority of the youngsters check their accounts for more than ten times in an hour.

The obsessive patterns of social media usage can lead to anxiety, stress, and depression. Sleep disturbances are found to occur in many. A few of the youngsters also get into social media debates and arguments which can bring about emotional distress. It can also contribute to a significant number of eye-related problems. It is better late than never to safeguard the younger generation. Many get hooked on to social media to kill their boredom. Identifying a good pastime or cultivating a hobby can overcome the monotony in a much better way. It is better to spend a quality time with the family and friends in real environments.

Read Also: Interesting Facts About The Invention Of The Microwave Oven

Tiny Sweat Sensors Use Perspiration to Keep Track Of Health


Scientists agree that sweat can be collected in a far less invasive method than blood, since it forms outside our body. Now imagine using sweat to get regular updates on one’s health and that the entire process was as easy as applying a sticker onto a patch of skin. Scientists have found a way to create a minuscule adhesive sensor which can read body statistics based on an analysis of sweat, and relay all health-related information to a synced smartphone. Since perspiration is a rich concoction of ions and complex proteins, this wearable sensor could act as a daily-use alternative to blood tests and shed light on the internal workings of the body.


The silicone rubber disc is embedded with chemical sensors amongst other and can easily attach to the skin. This wearable mini lab contains “microfluidics” which are designed to route fluids within themselves in pretty much the way that many microelectronics work with electrons. Each one of the four chambers in the device measures a particular biomarker like chloride, pH, lactate or glucose. The device collects and analyzes perspiration for key biomarkers. For example, the device can indicate how various people respond to exercise which can include information on whether someone needs to change certain habits like drinking more water. The researchers said that this technology also had the potential to use other fluids like saliva and tears in a few years.

What Regulates And Defines Artificial Intelligence?


For most people, AI (artificial intelligence) is a pipe dream that became a reality in their favorite movies. From Star Trek’s Data and Terminator T-800 to Ex Machina’s Ava, there has never been a lack of imagination when it comes to AI, whether they are humanity’s ally or foe. However, the definition of an AI is not something that is easily answered for a computer scientist. To be fair, AI do not necessarily think the same way as humans and the fact that most of them wear a human façade in the movies is simply a way of making them more ‘real’ and relatable as opposed to actually making them realistic.

Artificial Intelligence

For one, AI can be computer programs designed to engage in a specific mission with the sole task of finishing it perfectly. For example, AlphaGo was designed to beat the human world champion at Go and Watson was designed to beat humans at Jeopardy, though neither of these AI acted or ‘thought’ out its moves in the game through the way humans do. Instead, predetermined pattern recognition software aided the Ai in accurately guessing their opponents move in a way humans cannot. Rather than saying Ai think and execute tasks like humans, it would be more accurate to say they think and act rationally.

These days, scientists are defining AI as carrying out tasks that humans do automatically and subconsciously on computers. Converting common sense into binary code is one of the most difficult snags scientists have come across, despite the exponential growth of computer systems. Teaching machines how to live in 3D when their existence is based on converting all their sensory input into 0’s and 1’s is a task of no little importance. Newer AI are programmed to learn through interaction, however their shortcomings when it comes to making spontaneous choices has not gone unnoticed. The upside is that there are AIs that can handle certain tasks very well but their limited situational use is slated to expand soon.