As a passionate autodidact, I already developed a great affinity for software development in my early years. Starting with smaller software projects eight years ago, my curiosity moved me ever further into the field of digital information processing - a fascination that is still growing today. I learned early to not only focus on higher levels of abstraction in programming, but always strived to understand systems and their context from the ground up in order to build the deepest possible understanding of the technical realities. Furthermore, I think it is not all about attaching great importance to a technically knowledge base, as this represents only a tool for realisation. In my opinion, it is equally essential to understand the dynamics and resulting processes that a information system should depict, because their technical implementation can only take place in combination of both domains at a appropriate level. Currently I am attending the private university Steinbeis - School of Management & Innovation with the degree program IT-Management.
Startups, Strategic Analysis, Data-driven business models, CRM, Infrastructure
Machine-Learning, Neural Networks, Data-Analytics: Predictive Maintenance
HTML5, SCSS, AngularJS, NodeJS, Neo4j, Kubernetes, Java, Python, C++
Parallel Processing, Machine-Learning Hardware, FPGA, CUDA, VHDL, Verilog
Research
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Nature
Coherent consciousness creates order in the world.
When human consciousness becomes coherent, the behavior of random systems may change. Random number generators (RNGs) based on quantum tunneling produce completely unpredictable sequences of zeroes and ones. But when a great event synchronizes the feelings of millions of people, our network of RNGs becomes subtly structured. We calculate one in a trillion odds that..
Why the brain could be a big cloud computer and why we wouldn’t see it: A theory about quantum grid learning
When we speak about the quantum world, we enter a place with infinite possibilities. Particles spin in infinite directions at once (superpositon) and wouldn’t that be enough, they are also able to interact with each other instantly over infinite distances. In a human mind state this is..
An imagination experiment about the computational power of the human brain
Even if it is likely impossible to estimate the gigantic quantity that is provided by the only 20 W consuming interconnected neuron computer in our heads, or trying to convert that to something like a numeric value..
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