What will be the next great inventions

With inventions like edible water bubbles and helium balloons that transport us to near space, our future looks very promising. Plastic water bottles may soon become a thing of the past if they are replaced by edible water blobs called the Ooho!. Water bubbles come encased in an edible membrane made of a natural seaweed extract that decomposes if not consumed in 4 to 6 weeks.

The brainchild of Skipping Rocks Lab — a team of students from RCA and Imperial College London — this invention is one we can get behind if we want plastic to stop degrading our environment. Enter Zero2infinity and World View Enterprises — two ambitious firms hoping to utilise pressurized capsules strung beneath helium balloons to take tourists into near space.

BMW announced a research-and-development project and Delphi put all its brains behind the wonder that is autonomous driving. If things pan out as, we would soon be embracing fully-automated driving that lets us work on the run and reduces congestion.

One of the most revolutionary initiations in the last decade, 3D printing brings us the potential to have our imaginations run wild. Remember the 3D printed castle that was made entirely of concrete? Andrey Rudenko, who was behind this awesome project, sees it only as a prequel to a full-fledged 3D printed home.

As more companies hop on board to use 3D printers to manufacture their products, the availability of affordable printers in household will beautifully change futures. An alarm clock that allows you to trample on it whenever it goes off.

Okay, not exactly trampling but firmly standing on the carpeted clock will do the trick. This pressure-sensitive invention eliminates the act of hitting snooze every time your very boring and very regular alarm clock goes off, deafening you in the process. But the beauty of this Winson Tam invention is that it forces you out of bed which is precisely what the aim is always. Hyperloop is a project so ambitious, it may just redefine the speed of travel. While it gets debated by engineers and their like, we can only hope for it to become a reality sooner than later.

This Rs. The 4,crore project will soon ferry people via ropeway connected driverless pods in Gurgaon. Futuristic and one-of-its-kind, this public transport project will decongest the National Highway 8 — a popular route for officer goers — by transporting passengers along a What would you give to lay your hands on a device that offers unlimited data, 4G network, free roaming, zero sim cards, and accessibility in over countries worldwide? Enter GeeFi , a wi-fi device that can offer you unlimited connectivity anywhere in the world.

There are more technological devices on earth than human beings. When the majority of them becomes smart and starts sharing information this will bring the internet of things to a new level. Among other things this will change our manufacturing processes and improve manufacturing on demand. In our fast-paced digital world, I think we have to realize the importance of mental health. Every employee, every person has to focus on emotional and mental stability in order to be able to thrive in a digital world.

AI will be the next big thing for smart transportation architecture. AI will play an important role in transportation platforms, but also contribute to autonomous driving and also enable the whole transportation infrastructure to run more safely and convenient. And culture change means behavioral change and we all know how difficult behavior changes are. Neuroscience made such great advances in the last decade that we should use these findings in order to affect better cultural change — and thus the Digital Transformation.

For me, this is Desertec. We have to mobilize the potential of those huge deserts that lie in the sun belt and ground does cost essentially nothing. We have to produce solar energy where there is a lot of sun. With large solar power plants in the Sahara, we could, for instance, supply energy to North Africa, the Middle East, Europe, and Russia.

The nextbigthing is a more pedestrian friendly city environment. The idea that we are moving towards surroundings that are designed for people and are not so dependent on cars is really exciting. We will increasingly live and work technological in ecosystems. By this I mean that everything is connected — people with people and machines, and machines with each other.

Ecosystems are digitized, work with open standards, and turn competitors into partners through coopetition. This highlights the importance of the northern German coastal region as a hub for a future national and European hydrogen economy.

Inventions for the Future. Thanks to flexible electronics, clothing will soon house computers, sensors, or wireless receivers. But most of these need to connect to a smartphone to work. The real explosion of wearable tech might happen once these are able to break free and work independently.

Refrigerators, toasters, and even trash cans could be computerized and, most importantly, networked. This Wi-Fi-connected thermostat allows you to remotely adjust the temperature of your home via your mobile device and also learns your behavioral patterns to create a temperature-setting schedule. Another company, SmartThings, which Samsung acquired in August, offers various sensors and smart-home kits that can monitor things like who is coming in and out of your house and can alert you to potential water leaks to give homeowners peace of mind.

Big data analytics can reveal insights previously hidden by data too costly to process. With more and more information being stored online, especially s the internet of things and wearable tech gain in popularity, the world will soon reach an overload threshold. Sifting through this massive volume is thus imperative, and this is where machine learning comes in. Similarly, your Facebook feed is filled with posts from your closest friends because an algorithm has learned what your are preferences based on your interactions — likes, comments, shares, and clickthroughs.

The algorithm would go through the vast records and correlate with medical information. For instance, a cancer patient might come in for treatment. The doctor would then be informed that since the patient has a certain gene or set of gen es, a customized treatment would apply.

Today, there are thousands of cryptocurrencies. Unlike government-backed currencies, which are usually regulated and created by a central bank, cryptocurrencies are generated by computers that solve a complex series of algorithms and rely on decentralized, peer-to-peer networks. While these were just a fad a few years ago, things are a lot more serious now.

In , California was the first state to formally legalize driverless cars. The UK is set to follow this year. Some 1. Tests so far have shown that driverless cars are very safe and should greatly reduce motor accidents. In fact, if all the cars on a motorway were driverless and networked, then theoretically no accident should ever occur. A 3D printer reads every slice or 2D image of your virtual object and proceeds to create the obj ect, blending each layer together with no sign of the layering visible, resulting in a single 3D object.

With it, you can print spare parts for your broken machines, make art, or whatever else suits your fancy. Digital libraries for 3D parts are growing rapidly and soon enough you should be able to print whatever you need.

The technology itself is also advancing. Scientists believe they can eventually 3D print functioning organs that are custom made for each patient, saving millions of lives each year. The roots of virtual reality can be traced to the late s, at a time when computers where confined Goliaths the size of a house.

But if we were to try on the proverbial VR goggles what insight into the future might they grant? Where VR might be most useful is not in fabricating fantasies, but enriching reality by connecting people like never before. When sequencing is applied to a mass population, we will have mass data, and who knows what that data will reveal? There is increasing optimism that nanotechnology applied to medicine and dentistry will bring significant advances in the diagnosis, treatment, and prevention of disease.

Many researchers believe scientific devices that are dwarfed by dust mites may one day be capable of grand biomedical miracles.