Project Breathebook, created by designer Anthony Yu, is a tablet kontset made in the style of Fujitsu. Author’s attention was focused on the possibility of changing the flexible screen. In addition to flexible screen concept is equipped with two cameras and an inductive charger.

An excellent proof of that was today’s news about the successful creation and implanting the jaw for 83-year-old woman. She – the world’s first patient, who received a titanium jaw, produced by the method developed by BIOMED Research Institute, located in the University of Hasselt (Belgium).

The method involves condensation of titanium dust by means of a laser controlled by a computer. The technique was first applied in this perspective, allowed to return the patient to almost full to eat and speak the next day after surgery, despite the fact that the final product weighs a little more of this “precursor”.

1. Hyper-Sub.
The cost of this undersea motorboat is 3,5 million dollars. This ship was designed by Marion HSPD, and will soon be sent to the production assembly.
The boat is a heavy duty cruiser with a closed cabin length of 31 feet. Equipped with a double diesel engine of 440 horsepower with a total capacity of 880 HP, Hyper-Sub can develop a maximum speed on the surface at 40 knots and cover maximum distance of 500 miles. In immersion Hyper-Sub can sink to a depth of 250 feet with the possibility of autonomous diving apparatus.

2. Yellow Submarine.
That submarine can accommodate only two people. It can dive to 1000 feet under water, and life support systems is sufficient for 6 hours. It also has a battery life of 120 and 24 volts, the two main motor 3 hp, two vertical engine 3 hp, 4 external halogen lamp, high frequency radio communications, GPS, as well as climate control.
Its cost is 2 million dollars.

3. Compact semi-submersible boat EGO.
Technically, this is not a submarine. But this does not mean that the semi-submersible boat EGO can not be submerged. In fact, its cabin is always under water, and the upper part – on the surface.
Transparent cockpit allows you to see the amazing marine life, ideal for those who want to see the fish close and not get wet. The best advantage of the EGO is that it is environmentally friendly thanks to its motor. From 6-10 hours the charge can make a 4-hour cruise. Compact semi-submersible boat EGO manufactured by RAONHAJE and the official site price of this boat is not specified.

4. Seabreacher X.
Seabreacher X is an incredible submarine in the shape of a shark which boasts a “supercharged engine to 260 hp, thanks to which the ship speeds up to 50 miles per hour on the surface and up to 25 miles per hour under water.”
Seabreacher X has a high speed dive, as well as high-speed surfacing from the water. An entirely new thrust vector system mimics the actual movement of sea creatures such as sharks and dolphins. Exhaust system with customizable simulates a growl when driving on the surface.

5. Deep Flight Super Falcon.
The latest creation of marine engineer Graham Hawkes Deep Flight Super Falcon is a winged submarine on battery for 1,5 million dollars, which looks like an airplane, except that it “flies” underwater.
It established a single engine, molded back, which is more like an electric fan, and lithium – phosphate battery of 48 volts, which provides meals. Its body is made up of carbon-epoxy mixture, allowing two passengers to sit in the cockpit, bow and stern, watching the water environment through the thick canopies of plexiglass.
According to Hawkes, the ship “flies like a jet aircraft with electric motors that control the roll, pitch and deviation from the direction of the course. The vessel can dive at 200 feet per minute, and emerges two times faster than this speed. The duration of such “safety” is 5 hours. Aquatic biology department chairman John McCosker of the California Academy of Sciences said that the fast submarine for the first time will allow him and his colleagues to follow the “whales and dolphins and even sharks, and may be behind the mysterious giant octopus.

6. Scubster.
Scubster is a personal submarine, which is made of carbon fiber. The vessel, which was developed by Stephen Rawson to participate in the International Race of submarines, a top speed of up to 6 miles per hour, and plunges to a depth of 20 feet.

7. The submarine made of pig trough.
14-year-old from Switzerland, and the marine enthusiast Aaron Cryer spent 4 years to build his own submarine parts of the pig trough.

8. Nautilus VAS Luxury Submersible.
Nautilus VAS Luxury Submersible is a private submarine with the possibility of launching a boat. It has a military structure of the bullet-proof iron, so if you find yourself in the situation where you will shoot, you will surely be security. In a submarine there is a mini-bar and stereo system! The cost of such luxuries is 2,7 million dollars.

9. Trilobis 65.
Italian naval designer Jean Carlo Terr wanted to design a house that would be a half boat and half a submarine. It seems that his dream came true called – Trilobis 65. At first glance, this house looks like a computer image of flying saucers from science fiction movies 1950. Drawings Trilobis are a maritime heritage, while embracing technology of the 21 st century, which include high-strength composite materials and environmentally friendly fuels from hydrogen.

10. RC Steampunk Nautilus Submarine.
Founded by Bob Martin, the submarine with a remote control, a copy of the submarine from the cartoon “20,000 Leagues Under the Sea». A submarine with a remote control in length, 66 5 inches is a copy of Disney’s boat with a scale of 1 to 32. Steampunk submarine was built with careful observance of the smallest details in the design and function. It has a waterproof cylinder, ballast tank, automatic transmission and all supported with power from lithium-ion battery.

LG has introduced one more ‘very thin’ monitor LG E2290V in the race of slim technology . It is Measuring at just 7.2mm thick, the 21.5-inch LG E2290V features a full HD 1920 x 1080 pixels resolution and uses LED back-lit. The slim E2290V LCD monitor also supports a fast 2ms response time, a brightness level of 250 cd/m² and a dynamic contrast ratio of 10,000,000:1. You can connect the LG E2290V with several connectivity options such as D-Sub, DVI and HDMI.

LG E2290V claims to be the world’s slimmest LCD display by Korean Electronics giant. You can grab 21.5-inch LG E2290V LCD monitor for €329 or around $440 each.
via

Click here to view the embedded video.

This is the result of TAT’s Open Innovation experiment. It is an experience video showing the future of screen technology with stretchable screens, transparent screens and e-ink displays, to name a few.

Technology has made huge strides over the past few hundred years, but it could be argued that the last decade or two has seen the most significant areas of technological advances, especially in the area of communication. Twenty years ago, communication was primarily limited to letters and phone calls. If you had to send something quicker than a letter, then you might be able to fax it. If you wanted a better option than a telephone for non-written communication, you didn’t have a lot of options.

Well, times have changed dramatically since then. One new innovation which most of us now take for granted is that of conference calls. Conference calling allows whole groups of people to be in on one call, where all parties can hear and speak and have conversation with all others on the call. This ability eliminates the need to have that group all be somewhere in person to talk, which drastically enhances efficiency.

Teleconferencing services are used for many different scenarios, though the primary use is in a business setting. Instead of the traditional face to face meetings, it is now possible to have these meetings in a phone setting. Conference calls can facilitate communication internally within a company, or externally. Some examples of how they are used include team meetings, sales presentations, and training classes.

Although conference calling is used primarily in a business setting, there is a growing use of conference calls for social reasons as well. These social conference calls are sometimes called party line calls, or group calls. In fact, these calls are not always with a defined private group. Sometimes they are public, providing a way to meet other people and socialize.

Like many fairly new technologies, conference calling has its share of technical issues. Most people who have been on at least a few conference calls have run into technical glitches. These are quite often due to a lack of familiarity, whether with the technology or interfaces of conference call programs, or with just the etiquette and protocol of conference calls. Background noises and disturbances are other issues that sometimes cause problems with conference calls. However, perhaps the most common type of problem is simply a lack of bandwidth to support the calls.

Despite the imperfections of the technology, conference calling is a great technological breakthrough we’ve seen in recent years. Although it’s easy to take it for granted, we didn’t have this even just a few years ago.

Over the years, technological innovations have swept over our society like a wave cresting on the beach. Technology has often improved so rapidly it seemed like it is constantly threatening to drown us in a sea of new features and incredible applications. Today, we are going to be examining the roots of two of the most revolutionary technological advances of our time, plasma televisions and iPod Nanos.

We are used to iPod Nanos and comparable MP3 devices bringing us top-notch quality sound, but few people think about the roots from which this technology grew. The first digital recording devices used in the music industry were developed in late 1977 by Sony. This technology was embraced by a number of different recording studios and quickly became the standard in digital sound quality. The year following this digital recording device, Sony introduced the world to the first portable music player, the Sony Walkman. The Sony Walkman would go on to sell over 100 million units and was embraced by a public looking for an audio player that was portable and offered great sound. The technology would eventually give way to the compact disc in 1988, mini-discs in 1992 and Apple’s iPod in 2001. In 2006, the first generation of iPod Nanos were released to the public.

The latest generation of iPod Nanos are simply amazing. The latest generation iPod Nano runs on lithium ion battery technology, and has a whole suite of different features. These features include a 1.5″ color LCD, built-in accelerometer, multi-touch technology and flash memory (up to 16 GB). They play a number of different media formats including AAC, MP3, Wav and MP4. They are truly the Swiss army knives of media players.

The television had a similar evolution. Though televisions are based on technologies that were set forth by inventors such as Vladimir Zworykin and Karl Braun, the general consensus is that the first electronic television was invented by Philo T. Farnsworth. From that humble beginning, television sets would constantly evolve into a variety of different forms. First there was black & white televisions, then color televisions. Then the technology changed into a variety of forms which have included LCDs, LEDs and finally plasma televisions. As hard as it is being able to keep up with techonological advances, it does benefit the consumer to an extent. New models are released so fast that previous models haven’t had time to make room for them, forcing stores to lower prices and making cheap televisions accessible to everyone.

Plasma televisions have screens that range from 32 inches, all the way to 100 inches. They generally have wide-screens that are capable of a 16:9 ratio and have refresh rates that are far superior to either LCDs or LEDs. They are the new bench-mark of television technology.

While screens are continuously getting thinner, it is hard to imagine what the next stage for TV’s will be. Hologram screens perhaps? While early prototypes have been made, the technology seems far from complete with many obstacles to overcome. Only time will tell.