We use elliptic curve digital signature algorithms to define electronic cash as a chain of digital signatures. This is a compressed version of Justin Moons video “ECDSACoin”. You should really check out Justins content because he has a great approach to teaching the basics of bitcoin. However his videos are almost 50 minutes each and I thought I make a compressed version so that you can decide if you really want to check them out or not!
Justin Moons website: https://buidlbootcamp.com/
Justins Video: https://www.youtube.com/watch?v=hujedHkaxLI
/>Source Code: https://github.com/superquest/digital-cash/blob/master/ECDSACoin.ipynb
Discrete Logarithm https://www.di-mgt.com.au/public-key-crypto-discrete-logs-0.html
Complexity of solving discrete logs: https://cs.stackexchange.com/questions/2658/how-hard-is-finding-the-discrete-logarithm
Elliptice Curve Cryptography: https://en.wikipedia.org/wiki/Elliptic_Curve_Digital_Signature_Algorithm
I will appreciate the kindness if you leave a (small!) tip.
BTC-address:
1KwjU4UknzbXh1rnP1jAKz9wwjcuYwe9AC
segwit: 38fWwbsxvVeBsJpH4bbHTBai8jT8RUa7DE
Leave an even more anonymous tip via the ⚡ Lightning ⚡ network (: Get the invoice with this curl statement:
curl -i -H “Accept: application/json” -d ‘{“amount”:ENTER_AN_INTEGER_AMOUNT_OF_SATOSHIS_INSTEAD_OF_THIS}’ https://ln.rene-pickhardt.de/invoice
Big thanks to Fulmo from Berlin for supporting some of my work!
My web site: https://www.rene-pickhardt.de and Twitter: https://twitter.com/renepickhardt as well as my lightning node: https://ln.rene-pickhardt.de
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