During the last decades, many resources have been invested in quantum computing. This research field has grown immensely and amazing results have been obtained. The plans for the future are highly ambitious, but at the same time, there are serious questions that need to be addressed.
With ever-growing possibilities and interconnectivity on the internet, we rely more and more on it being secure. However, our classical internet is not provably secure, could a quantum internet solve our problems?
It is undeniable that natural, integer, rational and real numbers are necessary to explain what happens in our daily life, but in high school some of us also hear about some weird objects called imaginary numbers, also known as complex numbers. What do we need these numbers for?
Being connected to the internet is second nature to us. But what happens if the network that connects us breaks down? To prevent such a catastrophe, we need to understand how the network behaves. Find out how we can model and simulate a 5G network!
If, after reading the title, your immediate response is to shout "1/6-th", then you have correctly answered the question. Well done! However, in this article we will focus on the meaning of this question. What exactly is this "chance" of which you've just exclaimed it equals 1/6-th?
