Google’s Dream Robot Can Create Art

In case you didn’t know technology has come such a long way that now Google’s dream robot can create art. If you haven’t noticed the hype around the psychedelic pictures that have been all over the internet, in this article we’ll break down the process that is behind the software that powers Deep Dream, the weird photos and we’ll  try to answer the question on everyone’s lips: do computers have imagination? You can wait a little longer before hitting that imaginary panic button in your mind. The Deep Dream robot is far away from taking over the world, and just because it can deliver a few picture invariably embellished with puppy images, it does not mean we’ll all soon be its slaves.

Google's Dream Robot Can Create Art

In order to understand the concept behind Google’s Deep Dream robot, let’s take a closer look at what it does step by step, how it can “create art” and how it learns to distinguish images one from another. You’re probably familiar with Google’s image recognition feature. We’re talking about that one that allows you to google a picture of your washing machine in an attempt to find its instructions manual online.

Still with me? Moving on… The image recognition software uses hundreds of reference pictures for comparing it to the picture to be recognized. How does it do that? After looking at dozens of pictures of a watermelon, the software starts to understand that a watermelon is usually round, green with stripes, that it has a red interior dotted with black seeds.

Google's Dream Robot Can Create Art

Let’s say you upload an image of a cake, the software will go ahead and try to find a reference picture by identifying the similarities. But let’s say you tell the software to look for a dog in a picture that doesn’t have a dog. It will identify whatever looks remotely as a dog and let you know it’s found it. Can you see where this is going now? The program will transform all the features that look a little bit like a dog into even more prominent feature, adding puppy faces here and there.

By feeding an image through a layer of artificial neurons, images can become more and more distorted until they don’t look like their source at all anymore. The software just enhances particular features, for examples edges, adding noise and morphing everything together.

Google's Dream Robot Can Create Art

Experimenting with Deep Dream was certainly fun for the Google team but it’s infinitely more fun for the internet to play with it. After Google realized the software can be used to generate images of the things it had previously recognized, a spark became a blazing fire. Deep Dream is still a few painting lessons away from delivering visually appealing content, but it’s still weirdly insane to have a peek inside a software’s dreams.

What really raised waves on the internet was Google releasing the code for the system online. So you’re just steps away from uploading a selfie and watching it transform into an image that will look like a Dali painting. Curious to see how others are having fun with Google’s Dream software? Check out #DeepDream on any social media and prepare to be blown away. Also, prepare to see a lot of puppies mashed in landscape pictures.

Google's Dream Robot Can Create Art

While we’re having fun uploading baby pictures and metamorphosing them into crawling things, we’re missing the bigger picture at hand here. This artificial intelligence program is a glimpse into our future. This could possibly further develop and turn into a powering tool that can help us evolve and explore new horizons.

Source images 1, 2, 3, 4

The Mysterious Sickness In Kazkhstan That Made People Fall Asleep

Imagine you’re minding your own business, going about your daily chores, thinking about what you’ll have for dinner when all of a sudden your brain switches off, and you slip into a coma without ever knowing what hit you. You wake up 5 days later in the hospital, surrounded by doctors who don’t have an explanation for you other than the mere fact that you… fell asleep. If you think this is a horror movie scenario, think again! This actually happened in Kalachi, a tiny, quiet village in Kazakhstan that lies 300 miles west from Astana. Kazachenko, the man whose case we just described experienced the mysterious sickness in Kazkhstan that made people fall asleep.

The Mysterious Sickness In Kazkhstan That Made People Fall Asleep

He went through a sleeping sickness that left many wondering at what it was happening. Kazachenko was driving his motorcycle accompanied by his wife when he blacked out all of a sudden. This wasn’t the first time he was experiencing the queer slumber. The two episodes left him with high blood pressure, headaches and disorientation.

It wasn’t an isolated case either. The ghost illness started claiming victims on the streets, with residents falling asleep unaware on the streets or even worse, while driving. This puzzling mystery left people wondering what had happened with them. One second they were walking down the street and the next they woke up in a hospital bed.

The Mysterious Sickness In Kazkhstan That Made People Fall Asleep

The sickness spread to another small village, Krasnogorsk. The number of victims in both places summed up to over 150 people. The longest period of time a man stayed in a coma stretched to 6 days. Besides causing residents to fall asleep, this nameless sickness also caused other temporary symptoms like hallucinations.

Everybody was in the dark in the early days of the “epidemic”, with some pointing fingers at counterfeit vodka and others simply dismissing it as mass hysteria. However, after medical researchers concluded their tests they managed to get to the root of the problem: carbon monoxide.

This was coming from the nearby uranium mines which had been closed a good many years ago. The carbon monoxide that had been trapped inside the Soviet mines escaped, leading to the symptoms the residences of Kalachi and Krasnogorsk were experiencing. Kazakhstan’s Deputy Prime Minister, Berdybek Saparbayev, confirmed the cause of the illness.

The Mysterious Sickness In Kazkhstan That Made People Fall Asleep

The combination of carbon monoxide and some other hydrocarbon gasses worked together to reduce the levels of oxygen in the affected areas. This left the local authorities wondering what can be done for the villagers of Kalachi and Krasnogorsk. One option would be to move the residents to another place in order to prevent further exposing them to the dangerous carbon monoxide and other gasses.

The process was started and over 100 villagers were relocated across Akmola, in Northern Kazakhstan. However, around 425 other people are still residing in the poisoned village, awaiting the help of local administrations for relocating them. No one was forced to accept the move, which means some villagers are more hesitant than others to leave the place where they were born and where they lived for decades.

Kazachenko, the motorcycle driver, is one of these people. He refuses to move from the village where he has lived for more than 40 years and seems undaunted in the face of the strange symptoms caused by the uranium mines. He has the support of his wife who, in her turn, spent 60 years in her village.

The Mysterious Sickness In Kazkhstan That Made People Fall Asleep

Some of the remaining villagers seem inclined to prefer receiving a compensation, while the rest plainly refuse to abandon Kalachi and Krasnogorsk. With the authorities trying to accommodate everybody, the schools and hospitals were promised to remain fully functional until every single villager agrees to relocate.

Image sources 1, 2, 3, 4

3 Million Years Old Stone Tools Found In Kenya

Scientists have recently found 3 million years old stone tools in Kenya, in a discovery that will improve upon a lot of existing theories. These are the oldest such artifacts that have been discovered at the time and this age is very long before the arrival of modern humans. The stone tools found in Kenya push the date of such artifacts by 700,000 years. It’s possible that the makers of these stone tools may or may not have been ancestors of modern humans. The recent discovery has been described in a paper published in the journal Nature.

Stone Tools Found In Kenya

The astounding discovery is the very first evidence which proves that an earlier group of humans may have possessed thinking abilities that allowed them to create sharp tools. The authors of the paper say that the tools are a new beginning in the existing archaeological record.

A co-author of the study, Chris Lepre, a geologist of the Lamont-Doherty Earth Observatory and the Rutgers University said that the site is surprising and that it rewrites the book on many things that people thought to be true.

The recent find was almost an accident: Lewis and Harmand claimed that they wondered off on a wrong path in 2011 on July 9 and that they climbed a hill in order to find a route leading back to their initial track. They wrote that they felt something special about the place and they scattered to examine a patch of outcrops nearby. They also said that by teatime, Sammy Lokorodi, a Turkana tribesman helped them discover what they were looking for.

By the end of the field season in 2012, the excavations on the site, called Lomekwi, had revealed 149 artifacts made of stone that were linked to tool making. Those artifacts range from rocks used as hammering tools to flakes and stone cores and other tools used probably as anvils.

Stone Tools Found In Kenya

Lead author Sonia Harmand from the Turkana Basin Institute said that the tools shed a new light on a previously unknown and very unexpected period of the hominin behavior and that those tools can tell a lot about the cognitive development of our ancestors that it’s impossible to understand just from studying fossils alone.

Hominins are a class of species that includes Homo sapiens, our closest ancestors and modern humans. Anthropologists have thought for a very long time that our ancestors inside the Homo genus were the first ones able to craft such tools. The Homo genus is the line that leads directly to Homo sapiens. However, researchers have been revealing incredible clues that indicate that some earlier species of hominin might have been able to craft those sharp tools.

The scientists don’t know at the time who crafted those extremely old tools but earlier discoveries do suggest a possible answer: the skull of a 3.3 million years old hominin was found around a kilometer away from the site where the tools were found in 1999. The discovered hominin is called Kenyanthropus platyops. Another bone from the skull of said hominin and a tooth were also found a couple of hundred meters away from the dig site and another unidentified tooth has been discovered around 100 meters away.

The exact family tree of the modern humans is controversial and at the time no one really knows how Kenyanthropus platyops is related to other hominins. Kenyanthropus platyops predates the earliest Homo species by 500,000 years. That species could have crafted the tools, or, it is possible that the unknown toolmaker could have been another species living around the same era, like an undiscovered early kind of Homo or Australopithecus afarensis.

Stone Tools Found In Kenya

Lepre said that a coating of volcanic ash below the site matches some other ash that was found elsewhere and that has been dated to around 3.3 million years in the past. This deduction was made by analyzing the ratio of argon isotopes inside the material. Co-author Dennis Kent and Lepre examined the magnetic minerals beneath the site, above and around the place where all the tools were found in order to define the time period more accurately.

Another co-author of the study and Lepre’s wife, Rhoda Quinn studied the carbon isotopes inside the ground, which together with the fossils from animals found at the site allowed the scientists to remodel the vegetation in the area. By doing this, the scientists uncovered yet another surprise: the area was a shrubby, partially wooded environment at the time. The scientists deduced that the tool making came as a response to a climate change that brought the spread of vast savannah grasslands throughout the area and the evolution of certain animals that could have served as a food source for the ancestors of humans.

Another co-author of the study, Jason Lewis from the Turkana Basin Institute and Rutgers thinks that hominins may have started banging a rock against another in order to make sharp edges so they could use the tools to cut meat off of animals. However, the markings found on the rocks and the size of the recently discovered tools imply they were doing something else, especially since the hominins were in a wooded environment and had access to numerous plants. The scientists believe that the tools may have been used for opening tubers and nuts, bashing logs in order to get access to the insects found inside, or maybe something entirely different that no one has yet thought about.

Some earlier dating work done by Kent and Lepre helped lead to another study in 2011: a paper claiming that Homo erectus was using advanced tool making techniques 1.8 million years in the past. This is at least 300,000 years earlier than was previously thought.

Lepre said that even though he realizes that when those things are figured out, nothing is actually solved and new questions are just being opened up, he still gets really excited thinking that there is a lot more work to be done.

Images source: 1, 2, 3

By 2025 NASA States we Will Find Alien Life

Nasa logo

In a recent panel hosted by NASA, head scientists have stated that this generation will see the discovery of alien life forms in our own galaxy – or at least near our galaxy.

NASA chief scientist Ellen Stofan has stated – ” I think we’re going to have strong indications of life beyond Earth within a decade, and I think we’re going to have definitive evidence within 20 to 30 years. We know where to look. We know how to look. In most cases we have the technology, and we’re on a path to implementing it. And so I think we’re definitely on the road.”

Those are some risky claims NASA scientists are willing to make – not because it is impossible, we all know that we aren’t alone in the universe, but because it is dangerous on so many levels.

in Zero Gravity NASA

Stephen Hawking, the world renowned theoretical physicist, and cosmologist has warned us countless times not to seek alien life forms – because they will be our demise. “Such advanced aliens would perhaps become nomads, looking to conquer and colonize whatever planets they could reach,” Hawking said. “If so, it makes sense for them to exploit each new planet for material to build more spaceships so they could move on. Who knows what the limits would be?”

The answer lays in our own history – think of the European colonialism era. We butchered, we destroyed entire civilizations just so we could get their resources and their lands. Native Americans were terrorized by Christopher Columbus’ thirst for blood and glory; English, French, Portuguese an Netherlands colonies have sucked everything from Africa. We took slaves just because they look different, and they didn’t poses the technology to fight back. Why would anyone think that there is a limit?

But nobody is listening. We even sent a probe into deep space with Earth’s coordinates, our physiognomy, details about our planet’s resources, our art, our infrastructure – our world.


Keppler satellite is used by NASA to calculate how many stars are there in the Milky Way galaxy – and the result was in billions. In all this vast space, there surely must be life. Scientists have found a name for a region around a star that makes it just right for life to potentially exist on a planet – its name is Goldilocks.

Our solar system seems to be one of the few Goldilocks regions in the galaxy – NASA’s Curiosity rover has evidence of fixed nitrogen and carbon-containing organic molecules on Mars. It is also known that ancient Mars was covered in vast oceans, and waterways.

But is it a good thing that we might discover life in our own solar system? There is a theory called The Great Filter which states that, in context with the Fermi paradox, that at some point from pre-life to intelligence, there’s a wall that all or nearly all attempts at life hit. There’s some stage in that long evolutionary process that is extremely unlikely or impossible for life to get beyond. So if we find countless life forms around our solar system it can mean that we haven’t managed to get pass the barrier, that other inferior life-forms are emerging, and we will be stuck at a certain level of intelligence. If life forms are scarcely found in our solar system, and even in the Milky Way galaxy, then we are amongst the lucky ones that have managed to break trough the Great Filter. If you want to fully understand this theory, has a great article explaining it.


“We can see water in the interstellar clouds from which planetary systems and stellar systems form. We can see water in the disks of debris that are going to become planetary systems around other stars, and we can even see comets being dissipated in other solar systems as [their] star evaporates them.” Paul Hertz, director of NASA’s Astrophysics Division, has stated during the panel.

This hope to find the answer to the question ” Are we alone in the universe?” is materializing in NASA missions – a $2.1 billion mission to Jupiter’s ice moon Europa is to take place in 2022 to study its habitability and  plumes of water vapor.

What can the average Joe do? He can just hope that we encounter highly-intelligent creatures that have passed their space colonialism era, and they are willing to help us pass the Great Filter.

Image source: 0, 1, 2, 3, 4

4 Ways the Internet is Warping Our Brain

Does the title of this article shock you? Well, it shouldn’t, because the internet is really warping our brains and it permanently affects the way we process information, think and even behave.

Today, we’re going to take a look at some of the way the internet is doing the damage that it is doing on our brains.

4. The Internet Gave Us FOMOfomo

FOMO is not a venereal disease, it’s another type of illness. FOMO is the acronym of Fear of Missing Out and it’s as real as an illness can be. You’ve probably experienced FOMO on a higher or lesser degree at least one time in your life.

Have you ever sat alone one evening, refreshing your Facebook page, seeing how most of your friends are attending parties or events and felt depressed or anxious about it? If you have, then you’ve had FOMO. Some people will take this even further and end up changing their entire lives, just so that they don’t miss out the next big thing, the next big party or launch.

Try your best to avoid becoming the type of person that would dress up and attend even the opening of a bottle.

3. The Internet Has Trained Your Eyes How to Movehuman eye

As horrifying as that may sound, it is completely true. It was discovered in 2005 that our eyes have stopped reading and skimming the way they did for ages and have adapted to the Internet. Normally, information would be taken in by a reader in a horizontal manner, from right to left (if your language reads that way).

But since the Internet has gotten us accustomed to hundreds of pieces of new information every day, our eyes have modified the way they take in the information.

Now, our eyes do an F-shaped pattern when they read things online. Let’s say you’re reading this article: you read the first few lines, because you want to know what the article is about, but as you make your way down on the page, you lose focus and skip lines, read some more and then skip to the end. Naturally, this isn’t the case for everybody, but most people do this at least once a day when reading articles online.

2. The Internet is Making Us Shallowthe shallows

In order for you to better understand the concept, we highly recommend the book by American journalist Nicholas G. Carr, The Shallows: What the Internet Is Doing to Our Brains. The gist of it is that the Internet is changing the way people’s brain are receiving and processing the information it receives. It literally changes the way our brain is, its structure and the connections our neurons create.

1. We’re Losing Our Face-to-Face Skillscommunication

Because of all the emails, tweets, statuses and texts, human beings are losing their ability to sustain a face-to-face conversation with another living person. It doesn’t take a sociology expert to notice that more and more people prefer to stick their noses into their smartphones, instead of staring in someone’s face.

Back in the day (the day, being when there weren’t any smartphones), teens would hang out like there was no tomorrow and talk about various things. Now, most teens cannot unglue their hands from their smartphones.

This is a bit more serious than we can imagine. Psychologists believe that a distancing phenomenon has been created and because of it, we’ve not only become less communicative, but we’ve also lost our ability to communicate face-to-face with another person. Think about it, right now would you tell someone some news to their face, or would you rather do it in an email?

Have you noticed any changes in the way you think, process information or behave since the internet came into your life? Share them with us!