KillerSaurus (2015)

KillerSaurus: Directed by Steve Lawson. With Julian Boote, Adam Collins, Helen Crevel, Steven Dolton. When a scientist runs short of funding for his life-saving medical Bio-Printing research, he accepts an offer of investment from a shadowy military organisation. In return, he is forced to use his technology to create the ultimate battlefield weapon – a full size Tyrannosaures Rex. After a horrific accident in which the dinosaur massacres his research team, the scientist shuts down the project. However, his investors demand results and it can only be a matter of time before the deadly T-Rex is unleashed upon the world.

“2015 did not have the Technology, Medical Research Science of 2020.u003cbr/u003eu003cbr/u003eAt that time the idea of a 3d Ink Jet Printer to print organic tissue layer upon layer was only in Articles as Theoretical written in Scientific American, that obviously most Reviews donu0026#39;t read.u003cbr/u003eu003cbr/u003eThe idea of a 3rd Laser Printer was impossible 2015, as every Color Laser Printer was Low Resolution compared to above 2160 as Ultra High Resolution of 2020 , so high Resolution that you needed a microscope to see the u0026quot;pixelsu0026quot;., almost what you would need to do a Laser 3d Print, the problem is that these still require a roller drum and fuser. as not possible to build layer upon layer of matter until you have a 3d object.u003cbr/u003eu003cbr/u003e2015 every computer was slow as Gigahertz compared to todayu0026#39;s 2020 NSA Computers multiple processor each processor being zetaflop speeds, that most do not nor never even heard of that kind of speed even 2020. The speed of the computer processors do not only control the computer speeds but also the computer processors inside the printers.u003cbr/u003eu003cbr/u003eThe creation of the Solid State Drive made possible the rapid transfer of data from Drive to Random Access Memory to Processor with a larger Data Path Width. So instead of waiting Days for the Data to go from a Mechanical Hard Drive to a Computer Processor. the Solid State Drive was below the nanosecond read write speed ranges of Mechanical Hard Drives.u003cbr/u003eu003cbr/u003eThe ideas of using chemicals to create amino acids to create strands of DNA and RNA, became a reality once people figured out the u0026quot;recipesu0026quot;, and u0026quot;gene splicingu0026quot;, u0026quot;genetic engineeringu0026quot;. The technology of 2015 could not see that and only by using DNA RNA Tests could indicate the DNA RNA Sequences, that looked like oblong circles on printouts, instead of a strand a double helix strands in 3 dimensions as 3d of 2020.u003cbr/u003eu003cbr/u003eThere were many other inventions that made everything possible even things that seemed unrelated like the common use of the Light Emitting Diode (LED) Light bulbs, as used in High Resolution Computer Monitors, Ultra High Definition (Resolution) Large TV Screens instead of a florescent tube back light, the mass production capability of making micro computers as smartphones, iPhones, etc.. High Definition Low Light cameras smaller than a dime (Ten Cents) coin, like used in smartphones and iPhones, that could then be worn and attached to a small transceiver and memory like micro SD Card of a large amount of memory as hours of video and audio the audio used a microphone speaker the diameter of a pencil eraser and still is considered High Fidelity Audio.u003cbr/u003eu003cbr/u003eThe first functioning human organs printed were kidneys.u003cbr/u003eu003cbr/u003eThe Japanese came up with a new method, as using organs from deceased, then stripping the a layer of tissue off and using the recipients tissue growing cells and having the cells attach themselves to the remains of the deceased organ(s), so that there would be NO rejection of the transplanted Organ(s). T he first Organ that the Japanese succeed with were Lungs, then Liver, believed that they are still trying this with a human heart.”