Pictures of Something
‘Slick Town’ was the nickname of Wilhelmshaven. Founded by the Prussian Navy and completely depending on the German Navy until today, the town was generally considered ugly and charmless, but nevertheless had developed into a booming commercial centre, fuelled by the needs and requirements of the navy and of thousands of sailors.
The Imperial Shipyard formed the core of the town, around which all other facilities had been arranged. The naval station had repeatedly been enlarged; another extension was just under construction, which also would create a fourth lock gate exit.
Hidden somewhere in all those naval facilities, the top secret Naval Research Institute was situated, the technological hatchery of the SKL.
Wolfgang Grimm had done his doctorate at the Aachen University of Technology, specialising in electrical engineering. His doctoral adviser had suggested that the German Navy might be interested in hiring Grimm’s expertise for their research programmes.
Today, Grimm had a five-year contract with the War Office and was working on the problem of FUMEO display.
The apparatus already introduced and in service aboard the new ‘Dortmund’ class cruisers used the analogue Nipkow Disc technology, replacing the original holes with mirrors and producing a 96 lines display. Grimm thought that the Braun Tube, a cathode ray tube, could – once the problems of steerage and amplifying had been solved – provide a much better and far more compact display.
Grimm was aware of Dieckmann’s ‘Kathodenstrahl-Relais’ and was in contact with Max Dieckmann, who worked for LKL at their research centre north of Berlin.
However, there was another feature, which had sprung into Grimm’s mind one night. Several tubes could be combined with relays for control, relays were in ‘on’ or in ‘off’ mode, thus simulating a binary code. Could this possibly be used to simulate calculation operations?
Would it be feasible to use the data determined by FUMEO – distance, direction and speed of an object – to directly adjust direction and elevation of the guns? And to indicate to the gun crew what type of charge had to be used?
‘Slick Town’ was the nickname of Wilhelmshaven. Founded by the Prussian Navy and completely depending on the German Navy until today, the town was generally considered ugly and charmless, but nevertheless had developed into a booming commercial centre, fuelled by the needs and requirements of the navy and of thousands of sailors.
The Imperial Shipyard formed the core of the town, around which all other facilities had been arranged. The naval station had repeatedly been enlarged; another extension was just under construction, which also would create a fourth lock gate exit.
Hidden somewhere in all those naval facilities, the top secret Naval Research Institute was situated, the technological hatchery of the SKL.
Wolfgang Grimm had done his doctorate at the Aachen University of Technology, specialising in electrical engineering. His doctoral adviser had suggested that the German Navy might be interested in hiring Grimm’s expertise for their research programmes.
Today, Grimm had a five-year contract with the War Office and was working on the problem of FUMEO display.
The apparatus already introduced and in service aboard the new ‘Dortmund’ class cruisers used the analogue Nipkow Disc technology, replacing the original holes with mirrors and producing a 96 lines display. Grimm thought that the Braun Tube, a cathode ray tube, could – once the problems of steerage and amplifying had been solved – provide a much better and far more compact display.
Grimm was aware of Dieckmann’s ‘Kathodenstrahl-Relais’ and was in contact with Max Dieckmann, who worked for LKL at their research centre north of Berlin.
However, there was another feature, which had sprung into Grimm’s mind one night. Several tubes could be combined with relays for control, relays were in ‘on’ or in ‘off’ mode, thus simulating a binary code. Could this possibly be used to simulate calculation operations?
Would it be feasible to use the data determined by FUMEO – distance, direction and speed of an object – to directly adjust direction and elevation of the guns? And to indicate to the gun crew what type of charge had to be used?