Here we have to give some information about a scientist, which many people already name the modern Leonardo da Vinci and that is:

Prof. Dr. Gernot K. Brueck.

The first extraordinary work he made was in the field of computers and that was the fastest DOS in the world in 1976 what led therefore also to the fastest computer system in this time, far ahead of the IBM System/370 and Siemens 4004. This very advanced computer system was installed as DIHACO-Computer in the Federal Press and Information Office of the German government and designed for 32 users of which 26 had been operationally used with a response time for all users of less than 1 second.

In 1977 a tandem computer system with 32 users for a medical laboratory in Vienna had been produced and installed.

In 1978 also a personal computer was realized with his operating system, but just for 4 users.

Later he developed as laser-physicist special measurement systems in the field of medical diagnostics. With his laser-turbidimeter as double beam system, any antigen antibody reaction could be measured and also the pre-activation of thrombocytes. With this system also SP1 could be measured at an extremely low level, what means pregnancy could be indicated already 24 hours after reception or breast cancer at size where all physical measurement cannot show anything.

Another interesting measurement concerned the pre-activation of thrombocytes what is an indication for a dangerous situation concerning heart-attack or stroke and that at a very early stage.

Further activities in the field of lasers concerned special laser systems for special applications, which had been confidentially.

In 1999 he developed a liquid fluoropolymer. In this field the inner liner for the New Bangkok Airport was produced and delivered by his company. Today his liquid fluoropolymer is produced for various applications e.g. as transparent wood varnish, UV-stable and also with a 99.9% UV-absorption to protect the substrate.

This can also be produced with a lower content of solid matter to create a micro-coating of textiles for a high water repellency.

Today he is more active in the field of renewable energies, where he developed two ways to make use out of all kind of wastes.

One technology is using plastic waste as feedstock. Via a special way of thermal cracking the material is converted into diesel, gasoline und LPG. The other technology is using all kinds of organic matters, from household- up to agro-waste, which are converted into syngas (CO and H₂). In a following step this gas is converted via a special FT-synthesis into aliphatic fuels.Free carbon out of the cracking or gasification processes can also converted into aliphatic fuels by the Brueck-synthesis.

Besides this, he has developed a technology to cure any cancer, but this development is postponed to 2017, because in the moment he is concentrated in the projects as described before.

Another development is a storage for electrical power with capacities of some Megawatt-hours or more than 2,000km ranges for cars.

Also an advanced engine is in the pipe-line. Such a Brueck-engine in the dimension of a shoe-box will have a performance of 290PS at 6,000RPM.