Although it may be a fact that newer properties run on lesser energy, the amount of emissions, especially CO2, released by homes and buildings are still considerably greater than it should be for our planet.
In the scenic mountain ranges of Rjukan in Norway, tourists can go and see the evidence of work on using hydrogen as a fuel source. This location contains waterfalls that were harnessed for hydroelectric power in the 1920s. The energy generated from this plant would be used to split water into hydrogen and water using electricity through a process known as electrolysis, in an adjoining factory. Many researchers in Norway still think this is the way of the future, and that hydrogen can power any modern concern, from housing to industry.
Many people have negative psychological effects that are associated with getting dental work done, or even in some cases, merely going to the dentist. This may be based on memories of fear, anxiety or pain that were experienced in a dental surgery. In some cases, these can develop into genuine phobias, or psychological disorders that cause those affected to avoid dental treatment at all costs.
Many wearable devices can now track your heart rate, steps, speed, balance, body temperature and sleep. Smart devices are definitely the future and will be used in people’s everyday lives. A new generation of brain-reading technology was created by the company NeuroSky, with the help of electroencephalography (EEG) biosensors.
When we think of mind reading, we may imagine a process by which an entity, perhaps aided by super-advanced technology, ‘listens in’ on our thoughts to capture or record them. However, thoughts and how they manifest in the brain are much more complicated than simple voices in our heads. Currently, the best of our scientific tools that come close to representing how it works are non-invasive techniques that can produce accurate 2D, 3D or 4D (i.e. ‘real-time’) images of a person’s brain and which specific regions are involved in thought formation.
As we move towards creating a more sustainable future, the automotive industry is already taking steps to reduce its impact on the environment, including the development of electric cars such as those made by Tesla. TU/ecomotive, partnering with Eindhoven University in the Netherlands, have taken things one step further by creating the world’s first biodegradable car.
Imagine never having to worry if your phone was fully charged before heading out to run or cycle your favorite trail, because you could charge it whilst exercising. Well, we could be literally one step closer to this reality thanks to a new technological advance which allows for the charging of electronic devices using something we all produce when exercising: sweat.
It has been established that robots can easily perform tasks that we give them. But, it was noticed that the digits of their robotic arms were missing a certain dexterity when the bots held or picked up objects with odd structures and those of smaller configurations, sometimes squashing or destroying them.
Google’s project, Magenta, uses artificial intelligence to create great compositions. Artificial intelligence (AI) is intelligence exhibited by machines. So, with the appropriate scientific and technological innovation, we can have an extended evolution in the field of music.
The Sun is the abundant renewable energy source that we as humans have not harnessed to its full potential. Solar radiation powers all of the surface phenomenon on Earth; it warms oceans to cause currents, heats up the air and drives the water cycle, and it sustains life on Earth. Plants take in solar radiation and use it to convert carbon dioxide and water into sugars. Herbivores feed on the plants and predators (humans included) eat the herbivores.
Numerous autonomous vehicles are being developed in the automotive and technology industries but none of them had ever been used in public roads, under challenging, real life conditions. After all, a vehicle capable of navigating without human input is a rather hard concept to achieve. The industry has been testing autonomous public transportation vehicles for years, but they were only able to use special single trajectory lanes.
The positive identification of a person has been identified as a need of our growing society for centuries, together with crime and law enforcement. First there was facial recognition and detection of walking style. Now, with our ever-increasing human population the need for “more accurate” identification appeared, including fingerprints and handwriting analysis, either to identify or to authenticate (e.g. bank transactions) certain individuals.
How often in movies have you seen futuristic desks and thought, ‘I need that.’ Something with a sleek design, loaded with technology, a holographic display perhaps and of course AI support. Well, with advances in technology, a desk like that is probably not too far off. Office 21 is a new design project that is trying to incorporate the newest technology into a functional design to create a sustainable and practical work environment that increases office efficiency.
Google Glass debuted on April 4, 2012, with a warm reception that slowly waned by January 2015. The project did not shut down altogether, but was moved to its own department and is still available through the Glass at Work program. So why did Google Glass do so poorly? Some reasons include safety concerns, there was no real progress after the beta stage and no clear function.
The past few years have seen innovators, scientists and tech-developers take an interest in, more than just designing games and apps for entertainment, but bettering the quality of life of humans and the world they live in by employing newer techniques in healthcare, technology, business, etc.
Facebook has finished running F8, their annual conference where they explore the potential technologies of the future. Many of us have been waiting for some pretty exciting revelations as to where they see the company heading in the future and as usual, they did not disappoint.
Quantum computers represent a massive leap forward for computing capabilities, essential in this modern age where so many of our daily activities rely more and more heavily on our computers and the information we expect them to store. All this requires significant computing power which our standard computers are now struggling to provide.
Kids accidentally swallow inedible objects a fair number of times and parents reflexively panic hoping for it to pass through the body soon and not get caught in the esophagus or gut, the waiting raising their anxiety levels! The United States records about 3,500 cases every year of hazardous button batteries, found in toys, watches etc, that are being ingested resulting in a detriment to the consumer’s health like chemical burning of tissues and sometimes even death.
Diagnostic tests, although vastly improved in the recent years, seldom identify abnormalities in the body early enough (usually beneficial only in later phases) in order to employ appropriate treatment options and care. Apart from this major issue, challenges such as slow processing, false-negatives, high costs and side effects, pose an incredible danger to patients with life-threatening conditions, who require quick turnover periods.
There’s been an explosion in online courses recently, with many top colleges and universities offering students all over the world the opportunity to study with the, no matter where they might live in the world and what time of day they have time to attend lectures.