#m=image%2Fjpeg&dim=1920x1208&alt=Power+law+formula+f%28t%29%3Dt%5E%28pi%2Be%29%2F200&blurhash=r5S%7Ex5xu%3FbIU-%3B%25M9FfQt7t7WBayofWBayofWBay%7EqWBD%25xuD%25M%7B-%3BofWBRjt7ofM%7Bt7ofRjt7of9FRjxuxuxuj%5BRjRjRj%25MRjRjxuRjWBxuM%7BWB&x=3b520abc19d74db6f8ce3f97481b6d8d73d25ecc054513ead824cda3fb53b645
#m=image%2Fjpeg&dim=1920x1030&alt=The+mentioned+formula+plotted+over+a+btc+chart.&blurhash=i05%3B%7E%2B-%3AR%3At7E3IpD%2BoIM%7C%7Eo9bE4xaNHt6ae-ms%2CkD4%3B%25M%5E%25t5xXM%7Bn%23M%7BWXo%23%7EV-TE1IV4%3BE2IpM%7Dxu-oD*D%2B%251S5ozxs&x=6fb567bf99a90632a2beb11521893fe25861efc95bb1d58de3aabf08d77268f6Trying to capture even more of the signal with a formula as short as possible.
First component: power law growth
Second component: oscillation with period of 4
I've heard people call these data points being "random" - they only see the third component: noise.
#m=image%2Fjpeg&dim=1920x930&alt=Variation+of+the+previous+formula+with+added+oscillation&blurhash=Z3TI%2Caof%3Fbt7ofM%7BayxuM%7Bj%5Bj%5Bj%5Bayj%5Bayayj%5Bay%7Eqay9FWBRjxuj%5BRjxu%25MWBWBofRjj%5BofWBof&x=93a7eb0febd34f81af354ae69a8a5651ce38fead85cbee2e95c8b7a72019e5f3
#m=image%2Fjpeg&dim=1920x1030&alt=A+plot+of+the+formula&blurhash=i05%23eI-%3AWFxaE2IpD*ayM%7D%7Eo4%3DE3xtRkt6e--ms%2CX94%3B-p%3FZt6xZM%7BjrMyWEt7%7Eo%251E2IV4%3AE3IVIqxt-o9aE2%251WBozxY&x=5ff458c9669c3ab1dfd21222f6a358d7a29c78fedfa09b82d1a06ab67dd1bd38