3D printing is also advancing at an astonishing rate. While 3D printing of fashion accessories and car parts is now old-school, cutting-edge technology is already being used to 3D print organs that use patient cells, potentially reducing waiting times for organ transplants. 3D printing is also being used to construct apartment blocks and could even bring down the cost of housing, while NASA has already made a 3D printed rocket injector, and the first fully 3D printed space rockets could be on the horizon

Living robots, made from real living tissue, could revolutionize medicine. Scientists have used stem cells from frogs to create tiny programmable organisms that can move independently and work together as a team. They could even self-heal their wounds, remove plaque from human arteries, or deliver medicine into patients' bodies. 

The AR is already being used in games like Pokemon Go, but its applications are much wider. AR manuals, for example, could provide real-time guidance on tasks like fixing a car engine or assembling furniture. 

Tactile virtual reality is also in development, which could revolutionize industries like healthcare, education, and entertainment. Users could experience sensations like touch, texture, and temperature while wearing a VR headset, opening up a range of new possibilities for immersive experiences. 

Self-driving vehicles could reduce accidents and make travel more efficient, saving time and automate tasks like deliverings and long distance travels. In the near future we Will have the chance to rest or work while traveling in our Cars and save time!

The Hyperloop works by using magnetic levitation to propel pods through a vacuum-sealed tube at speeds of up to 700 miles per hour. This means that travel times could be significantly reduced, with journeys that currently take hours or even days reduced to minutes. In addition, the Hyperloop is expected to be much cheaper than other modes of transportation, with estimates suggesting that it could be up to ten times cheaper than high-speed rail and up to three times cheaper than air travel.

Hydroyen Power is another exciting technology that could help to reduce our reliance on fossil fuels. Energy-storing bricks are also being developed, which could store energy from solar panels or wind turbines for use when it's needed most

These bricks are made from a special type of concrete that can store energy, making them a sustainable and eco-friendly alternative to traditional building materials. Energy-storing bricks work by using a system of embedded electrodes and electrolytes that can store and release energy as required.

One of the main advantages of energy-storing bricks is that they can be used to reduce energy consumption in buildings. For example, during the day, the bricks can absorb energy from the sun and store it for use later.

The future is looking incredibly exciting, with new technologies promising to transform almost every aspect of our lives. From robots and brain-computer interfaces to 3D printing and living robots, there's a wealth of innovation on the horizon. So, whether you're an aspiring billionaire or just someone who's interested in the latest technology, keep your eyes peeled for what's coming next!