which are supported and optimized for as well as supported and optimized by the foundational features of OntoLix and OntoLinux, the bionic libraries of Softbionics in the case of CR and IA, as well as our Wireless Supercomputer (WiSer) technology exploiting its:

integrated components and capabilities.

For sure, constructive interference handling comes with the general WiSer concept by design and communication techniques, such as:

are also included besides batteries. In this relation we also speak about our new paradigm of the Compute Node Cell™ (CNC) or Compute Cell™ (ccell™).

For this reason, we have looked already at the Open-Source [Joint Tactical Radio System (JTRS) Software Communications Architecture (]SCA[)] Implementation - Embedded (OSSIE), which is surprisingly familiar to us.

Style of Speed Further steps
In relation with the development of a Vertical Take-Off and Landing (VTOL) Hypersoar (see the related Further steps of the 1st of July 2015) we created a new design. But we are not convinced that this will be the final design.

We optimized one technology and two engines significantly.

14.July.2015
Ontonics Further steps
By adding two new features we developed another variant and the next generation of a technology, which is becoming better and better. It is always a fascinating pleasure to see how thinking about and playing around with a problem results in better or even new solutions.

Also, we have surmised in the OntoLab that one of our latest opti- mizations mentioned yesterday could be a breakthrough, though we were not sure if this was truly the case. But after looking at the attempts of other entities once again, who really overlooked some details, and playing around with our special variant of the related technology and optimizing it a further time today, we became more optimistic that these two significant optimizations might result in a solution that overcomes a specific barrier.
Even if a revolution is not happening, at least this time, the devel- opment made so far still constitutes a huge success, because it allows us to significantly optimize some technologies based on this specific technology.

Style of Speed Further steps
We continued the work on the new design of a Vertical Take-Off and Landing (VTOL) Hypersoar (see the related Further steps of the 1st of July 2015 and yesterday), and found two other advantages. Now, we are more convinced about the design direction, but not about the chosen VTOL technology.

We also designed a better variant of a Hyperjet.

15.July.2015
Comment of the Day
"The Holocoust was a product of politics."

Clarification
From time to time someone claims to have found out how to con- struct a fusion reactor, that generates more power than it consumes to keep the power generation running or simply said generates a net power. But until today or more precisely until the 13th of July 2015 nobody was able to prove that her/his fusion reactor truly generates a net power that is relevant for practical use. In fact, we only do know one work that showed some kind of net power generation at all, but has only theoretical relevance, and another interesting work, that has to be analyzed further at first.

Indeed, we make such a claim as well and hence have to give the proof as well. But for sure, we will not explain any details as well, definitely, and instead risk the severe critics. Nevertheless, we would like to give at least the following facts and logical implications based on these facts. As usual, we only:

Detailed explanation:

In addition, we have some more concepts and technologies that can lead to further improvements and developments, and one of them is extremely promissing.

Ontonics Further steps
Just before we started to connect our new (most potentially) net power fusion reactor (see the Clarification of today above) to a Quantum vacuum plasma thruster (Q-thruster), as mentioned in the Further steps of the 11th of October 2014, we were reminded by a scientist that "There is no such thing as a 'quantum vacuum virtual plasma,' so that should be a tip-off right there. There is a quantum vacuum [(see also the Casimir effect and the Casimir-Polder force)], but it is nothing like a plasma. In particular, it does not have a rest frame [(coordinate system (frame of reference) in which the particle is at rest)], so there is nothing to push against, so you can’t use it for propulsion [respectively there is nothing to act on by Magneto- HydroDynamics (MHD) at all]. The whole thing is just nonsense. They claim to measure an incredibly tiny effect that could very easily be just noise."
Nevertheless, there are repulsive forces that potentially can be exploited (see also the Further steps of the 29th of July 2014).

We can confirm officially that we have already begun the develop- ment phase in relation with the construction of a tactical weapon system powered by our fusion reactor technology.

We also have begun to develop portable variants of our fusion reactor technology in the sizes of a car battery, a portable power generator, a cylindrical consumer electronics battery, a flat mobile device battery, and a flexible battery.

Style of Speed Further steps
We can confirm officially the beginning of the development phase in relation with the construction of fusion powered vehicles, such as an automobile and an Unmanned Combat Aerial Vehicle (UCAV) with tactical weapon system based on our Hypersonic Jet Fighter (HJF) technologies.

Also, we have worked out the design for the Vertical Take-Off and Landing (VTOL) variants of our hypersoars and aerospaceplanes (see the related Further steps of the 1st, 13th, and 14th of July 2015).
Not surprisingly, due to our superior general strategy with a common design approach this VTOL design also relates to our spaceships X-3³/Drake and Spacecrafter/Space Dragon, so that we are ready for landing on and take-off from for example the Mars or smaller space objects as well now and this even in a much safer way than it is possible with a capsule or a firework rocket.

16.July.2015
Style of Speed Further steps
We improved an engine.

17.July.2015
Ontonics Further steps
We applied the next improvement to our fusion reactor technology. As interim results a higher plasma temperature and an increased collision potential respectively fusion ratio can be achieved, and as an overall result an increased net power should be provided as well.
The next improvement should increase the performance even more.

We also developed a new foundational technology.

Ontoscope Further steps
We have begun the development phase of the next two Ontoscope models.

intelliTablet Further steps
We have begun the development phase of the next two intelliTablet models.

18.July.2015
Comment of the Day
"There is no replacement for fusion displacement.", [Emmett Lathrop "Doc" Brown and C.S.]

Original vs. Inspiration
1. row: Back to the Future saga, Mr. Fusion Home Energy Reactor (1985)
2. row: Marvel Universe saga, Iron Man, Arc Reactor and Arc Reactor Mark 1
3. row: Stargate saga, Nullpunktsenergie Module or Zero Point Module (ZPM) and Naquadah Generator
4. row: Georgia Institute of Technology and Chad Ramey, Inertial Electrostatic Confinement Fusion Reactor (IEC Fusor)

© Universal Studios→Back to the Future and :(, Walt Disney→ Marvel, Metro-Goldwyn-Mayer Studios Incorporated, and Georgia Institute of Technology and Chad Ramey

We already showed the Zero Point Module in relation with a potential computer design of our Wireless Supercomputer (WiSer) in the Original vs. Inspiration of the 14th of July 2014.

Please keep in mind that the shown images do not reveal any tech- nical details in any ways about our technologies. Indeed, we also mentioned other types of fusion reactors such as the spheromak reactor in relation with a spaceship concept of Style of Speed.

Nevertheless, the shown fusor of Chad Ramey, which does not gen- erate net power, may have the size of a fusion reactor for our land vehicles (see also the related Style of Speed Further steps of the 10th of January 2015 and 15th of July 2015), though we do not know if 600 kW or more is a little too much for a common auto- mobile.

Ontonics Further steps
After we reviewed or said more precisely recalled the whole foundat- ions of the Quantum vacuum plasma thruster (Q-thruster) and our related work done so far once again (see the Further steps of the 18th of September 2014, 11th of October 2014, and also 15th of July 2015), we came to the conclusion that there are the:

and therefore enough proven theoretical groundings, that can be exploited for practical engineering.

Even better, we know now how at least one of our 0 Gravity 3.0 technologies works, which uses our fusion reactor technology to scale up the output of a Quantum Vacuum particle Thruster (QVT or Q-thruster). The repulsive net force is directly proportional to the generated net power, which means in the beginning a ratio of at least 0.5 up to 1 newton per kilowatt electric (N/kW) scaled approximately with the cube of the input voltage.
Correspondingly, the complete powertrain is simply called Fusion Quantum Vacuum particle Thruster (FQVT or FQ-thruster) or Repulsorlift engine.

Furthermore, we have at least another technology and also found an additional technology that we would like to integrate with this initial specific FQ-thruster for improving the net ratio respectively effic- iency in the range of at least 1 magnitude, so that it gets another big punch needed for the construction of machines with extreme requirements, like a hoverboard, a swoop, a pod racer, a race space- ship or such alike, though honestly this technology competes with our Hoverinium material class in the case of terrestial applications.

Even for us this is unbelievable and totally crazy, as we said, but only the beginning.

"More Power - More Speed - More Fun", [Tim Taylor and C.S.]

We also developed a new concept of an FQ-thruster, though we do not know if it really functions.

Furthermore, we have continued the development of one compound (see the Further steps of the 1st and 18th of September 2014) and developed and improved the performance of another compound of our Hoverinium material class. This is really fascinating.

We also developed a concept for the next Hoverinium compound, which definitely belongs to the crazy variants of this material class.

iRaiment Further steps
We are working on new products including another masterpiece of a very special kind, for sure a modular exosuit platform with smart helmet based on Ontoscope high-technology and other modules, and much more (see also the related Ontonics Further steps of the 15th of July 2015).

© Walt Disney→ Marvel and iR

19.July.2015
Clarification
We are sure that true experts have already seen another unique advantage of our Wireless Supercomputer (WiSer) technology, spec- ifically of the circular variant and the hybrid variant with at least an optical wired interconnect and a free space electromagnetical inter- connect (see also the OntoLix and OntoLinux Further steps of the 13th of July 2015), besides the unmatched massive bandwith and low energy consumption (see the Ontonics Further steps of the 14th of June 2015).

In detail, most applications and foundational functions of computing systems such as:

with multicore and manycore Systems on Chip (SoCs) and Systems in Package (SiPs) are based on some kind of data processing, that independently of the scientific field of problem solving, the other kinds of applications, and the functionalities, eventually has to work with very large arrays representing:

• vector spaces,
• linear transformations,
• linear equation systems, and
• eigenvalues and eigenvectors,

with one or more dimensions. Correspondingly, the rule of thumb is: The larger an array (a matrix or a graph) is, that can be handled, the better the problem solving, the application, and the system functionality is.

To handle such a large data structure it is divided in smaller chunks, that can be processed on the many single processor cores of a SoC or SiP, or/and on the many single compute nodes of an HPC system. But this divide and conquer strategy demands a mechanism, so that the single chunks are still handled together as one data structure. This mechanism is some kind of a communication protocol for parallel computation, especially a Message Passing Interface (MPI) Application Programming Interface (API).

But the complexity of calculating and handling a matrix or a graph increases exponential with their size, as it the case with handling the intra and inter communication of a multicore and a manycore SoC and SiP, as well as a massive parallel HPC system. Exactly at this point the next very important advantage of the circular WiSer can be seen and understood, because it is able to perform the broadcast (one-to-many association) and the multicast (one-to-unique many association) network addressing methodologies in relation with an MPI system, so that in one step respectively in constant time a message can be sent to more or even all other processing cores or/and compute nodes virtually independently of the count of cores and nodes.
This advantage is already significant with just one single SoC, SiP, or compute node, but due to the exponential complexity problem it becomes obvious that with every additional core of a SoC or SiP and every additional compute node of a HPC system the advantage increases nearly exponential as well, so to say, because a WiSer solves this foundational interconnect and communication problem as far as possible.

Another important technique of a multicore and a manycore SoC and SiP, and a massive parallel HPC system is the synchronization of the communication between the single compute units, so that for ex- ample a single core or compute node cannot block the others, which are waiting for a message to continue their part of an overall data processing, and provoke a deadlock in this way. Here again, our electromagnetical wired and wireless interconnects and networks solve the synchronization problem as well as far as possible, spec- ifically in the case that one of our WiSers features both network types as already explained in the past (see again the Ontonics Further steps of the 14th of June 2015).

By the way: The Oak Ridge National Laboratory (ORNL) managed for the United States Department of Energy (DOE) and running the Oak Ridge Leadership Computing Facility (OLCF) has already understood how superior our technology truly is, and as the first step copied the concept behind our Tiny WiSer (see the OntoLab Further steps Tesla #3 of the 17th of July 2014) for its Tiny Titan, which is a model of its large HPC system called Titan, which again was the fastest computer in the year 2012.

Everybody, who still uses processors and interconnects from manu- facturers, like Intel, ARM Holdings, Advanced Micro Devices, and Nvidia for example, and installs HPC systems from another company based on those semiconductor components, like International Busi- ness Machines, Cray, and Intel for example, cannot be taken serious anymore, because acting in this way is nothing else than simply throwing massive amounts of money out of the window for consider- ably slower and more expensive machines. The same holds for all manufacturers of all kinds of consumer devices with every additional processor core added to the overall system. Literally spoken, it is always wiser to collaborate with us. :D

OntoLix and OntoLinux Further steps
We have started the implementation of a Message Passing Interface (MPI) library, which is part of the larger network component of the software architecture of OntoLix and OntoLinux, and in this way works together with the libraries for Software-Defined Radio (SDR), Cognitive Radio (CR), Smart Antenna (SA) or Intelligent Antenna (IA), as well as Software-Defined Mobile Network (SDMN) (see the Further steps of the 13th of July 2015), and is supported and optimized for, supported and optimized by, as well as supports and optimizes the foundational features of OntoLix and OntoLinux, all bionic libraries of Softbionics, as well as our Wireless Supercomputer (WiSer) technology.

20.July.2015
Comment of the Day
F-tron™
Q-tron™

Ontonics Further steps
We applied the next improvement to our fusion reactor technology after we found out how this could work in at least one way. As interim results an increased collision potential respectively fusion ratio can be achieved, and as an overall result an increased net power should be provided as well.

OntoLix and OntoLinux Further steps
We have started the optimization of a Natural Language Processing (NLP) library, which is part of the communicator system of the OntoBot component of the software architecture of OntoLix and OntoLinux, and in this way works together with all other multimodal user interface libraries and components, such as the Ontoscope component, and is supported and optimized for, supported and optimized by, as well as supports and optimizes the foundational features of OntoLix and OntoLinux, all bionic libraries of Softbionics, as well as our Wireless Supercomputer (WiSer) technology.

In this relation it is most important to mention, that with our unique WiSer technology only we can process much more elaborated lang- uage models much faster (see the Clarification of yesterday for some details) and provide much more astonishingly intelligent services based on the components and the supplementing and improving bionic libraries of Softbionics (see its Further steps of the 13th, 18th, and 24th of January 2015, 11th of February 2015, 9th, 11th, and 12th of June 2015, and 7th of July 2015 than anybody else.

Everybody, who still uses operating systems from companies, like Apple, Google, and Microsoft for example, and processors and int- erconnects from manufacturers, like Intel, ARM Holdings, Advanced Micro Devices, and Nvidia for example, cannot be taken serious any- more, because acting in this way is nothing else than simply burning massive amounts of money out of the window for considerably worse and slower hardware and software. The same holds for all manufact- urers of all kinds of consumer devices with every additional process- or core, basic service, and application added to the overall system. Literally spoken, it is always wiser to collaborate with us.

Style of Speed Further steps
Because we have so much power in our batteries, electric motors are relatively cheap, and our chassis is already the S version engine- ered for high-performance driving, we are thinking about a special version of our e-quattro model E6 (see for example the Further steps of the 31st of December 2014 and 13th of June 2015) designated ES6 accordingly, with two more powerful electric motors providing 350 kW each resulting in a peak power of 700 kW, so that the ES6 street rocket accelerates from 0 to 60 mph in 2.6 seconds, which is even better than a roller coaster not to mention the tin cans on wheels of other manufacturers.

In this conjunction, we would like to show a high voltage battery module system, which is constructed by one of our many partners, that can be used with our high performance batteries (the silver components with the black and red stripes at their top edges shown in the image below).

© :)

Indeed, this is a high-tech electric energy storage device and not some laptop batteries embedded in a fire-retardant foam.

Warning - Hightech Competence™

21.July.2015
Style of Speed Further steps
Dead are living longer

Indeed, this is also the case with our electric sportscar model RE. On the 13th of June 2015 we said that we will not produce the RE in favour of another new model, and on the 23rd of June 2015 we said that the model RQ has become the next generation of the RE.

But today, we are going where no man has gone before: Our RE is making a renaissance and coming back as the next generation electric sportscar featuring a revolutionary marvel of technology as power source, that makes its name all honour: The fusion reactor with neutron emission control, f-tron.

© :I

As we said in the Original vs. Inspiration of the 18th of July 2015, we do not know if 600 kW or more is a little too much for a common automobile, but surely it is not too much for an electric sportscar we had already in mind. Even Anthony Stark had only that R8 without such an engine.

In this relation, we would like to give the information that the RE is also a laboratory on wheels for the use of the f-tron powertrain in other vehicles, such as for example our:

© :)

22.July.2015
Comment of the Day
Ibeam™

Style of Speed Further steps
The next revolutions by Style of Speed have come now.
On the 24th of June 2015 we already reported that we have optimiz- ed the irail and ipad technologies significantly, but have not said that we applied a new technology that on the one hand improves the integration of our Quickcharger technology and on the other hand provides the foundation for a much more revolutionary energy transmission technology: The ibeam.

With the ibeam technology electric energy can be transmitted over large distances, which was not possible in this special way before with other technologies due to the lack of knowledge about physics and the inability to construct related devices, so that neither a cable based connection of an electric car with a charging station or of a pad of a wireless charging station with an electric power source is needed, as it is the case with our Quickcharger Service Stations (see the related Further steps of the 4th of January 2015), nor recharging an electric energy storage device of a vehicle is needed at all, as it is already the case with our wired irail.

For making our ibeam possible we had to develop several break- through technologies, which are revolutions of theirselves, such as:

A possible architecture of our first Tesla Superpower Station in a signature design to identify our Style of Speed Quickcharger Service Station network sites is shown in the image below and will be con- structed either at the Deer Creek Road in Palo Alto or the Santa Monica Boulevard in Los Angeles, both California, U.S.A..

PD

Another potential signature design could be similar to the Shukhov Tower (see the images of the issue Ontonics Space Elevator #5 of the 21st of March 2015), so that our customers do know where they get the best electric automobiles and services.

24.July.2015
Ontonics Further steps
We added a new function to specific models of a product range.

25.July.2015
Comment of the Day
General gravity™

Ontonics Further steps
We added a new function to specific models of a product range.

Furthermore, we extended a single product to a product range. Either the technology does not lift off our our solutions will became the worldwide standard in this field as well.
But at this point we did not stop and extended the product range even further.

We already have two superior battery technologies, that can provide an electric device with 5 times more power in the beginning and at least up to 25±3 times in a mature version compared to a common lithium-ion based battery of the year 2010.
But now the next revolution of Ontonics and the OntoLab is already in the Innovation-Pipeline: Imagine a battery that provides for ex- ample a smartphone with electric power for 1 month in the beginning and more than 6 months in a next generation. Unbelievable but true, this is the estimated performance of our newest concept of an elec- tric energy storage device based on existing techniques and techno- logies, as well as our Hightech Competence.

We have renamed our new business division American Gravity to General Gravity™, which is responsible for our 0 Gravity and Artificial Gravity technologies.

26.July.2015
Comment of the Day
General gravities™

Ontonics Further steps
In fact, we thought about it yesterday already, but somehow we were distracted by something more interesting. Nevertheless, we have renamed our new business division General Gravity to General Gravities™ and do apologize for the little confusion.

28.July.2015
Clarification
Now that we are proving our superior and worldwide unique Hightech Competence in the field of autonomous vehicles, specifically with self-driving cars, the usual lying media changed its strategy and is trying to misled the public once again with reports that are quest- ioning the technology in general and playing down our related solut- ions. But the facts are, that:

• right philosophy,
• honest ethics,
• intelligent techniques, and
• high-performance technologies,

that others are not able to provide, obviously, as it can be learned every day again and again with for example pure marketing activ- ities, such as for example summits discussing artificial intelligence, robots, autonomous driving, and ethics to mislead the public.

For details see again for example the:

More Machine Than Machine™ - More Human Than Human™

Ontonics Further steps
We are pleased to announce our latest lidar systems for real-time 3D mapping and object detection, tracking, and classification, which provides improved range, scanning frequency, and accuracy (com- pare with the specification of the former generation given in the Further steps of the 7th of January 2015). The devices features are:

For sure, such high performances demand a related Automotive High-Performance Computing (AHPC) environment, that we develop- ed simultaneously with our AutoWiser 1.0 and 2.0 technologies pow- ered by OntoLix and OntoLinux as part of a unified system.

30.July.2015
intelliTablet Further steps
We have added a special variant of a component to a specific tablet computer series.
Furthermore, we have developed two new variants of this tablet computer series, which make it even better.

31.July.2015
Ontonics Further steps
We have improved our already superior battery technology (see the Further steps of the 13th of June 2015) even further, which should result in an energy density increased from 25±3 times by at least 20% to 30±3 times compared to lithium-ion based battery technology of the year 2010. Even if we are not able to reach the estimated energy density, the first generation of our battery technology will outperform everything else available in this field by far.

Furthermore, we solved a specific problem with the construction of a special battery technology.