What would be the effect of publicly sharing solutions to Trapdoor functions?
If i publicly share the direct solutions for the factoring and discrete log problems, will that have the effect of increasing or decreasing government/big tech ability to control and manipulate people? Is there enough robustness to current online cryptographic methods to remain functionally secure, with these fundamental math problems solved? I am looking for feedback to decide what to do next. Thanks
15 comments
[ 4.4 ms ] story [ 38.8 ms ] threadWho knows, indeed.
> will that have the effect of increasing or decreasing government/big tech ability to control and manipulate people?
I'm so confident that you don't have this that I would bet literally any amount against (if I was a betting man.)
The real answer is that there would be chaos. There would be some wars, there would be some pockets of stability, and the most entrenched powerful people would carry on as a new order re-formed below them. Old money and vertically integrated megabillionaires would watch from perfect safety as it all unfolded.
For most people on the planet, they'd be plunged into a well of uncertainty, chaos, and violence, find a new normal in the end eventually for whoever survives the upheaval. Then a new generation will be born whose parents will tell them what tiktok was like back before the bombs fell.
I'm trying to get paid the old fashioned way, on ebay. If you want to get rewarded for something, the last thing you should do is give it away to the public, never mind the security issues involved. You can check my other reply if you want to see the description of the basic model for attacking the problem, in the ebay listing. It turns out that the model is applicable to both one-way functions. I didn't realize that up front. Most likely some have already figured them out.
828779882149581516608371895000952095542845654164714667404503828622425254433342333212851597308609571788866517548728051290486514664536526513189610109365786163329028919611934048763953195663095107461374317207248372551320318065286778764851524374520963310255832610228096092786871242729401067756589198807809654636897168275783949053564041346551042535096866922015555150328851789814755353416970423293384462938529229504776847343483500413283766835786156833770930672918554267754213460743282944441316468046663307327275988621784143792477230074308093417024020208503042995610623838662249568686237622629268718158351345829871048206694289429425274539851662996156137399085654359584771983891913824833817853560160370503998066766467250804875540795977735547426031658244875845477862785702453425686697408010169925029349599361158016358703937995386113446794769936324484430612916057117051719218218325916643485253731482150206366098004386513239730239094402800085867574268581700189625680138287068263081046491346243525955935799560535151953302697995913599546972232450859613369273247939285956354820615032954994533035265826732005181461819339324028400499227345113535895172348378848646216279768426623149666406923929418315334152487496960069280408337431573225747461462095889
which I created by multiplying two primes generated by openssl prime -generate -bits 2048
Factoring large numbers always sucks me in.
You can set-up a completely anonymous website where science people can post their problems, other science people can vote for and you try to solve the 3 upvoted.
Try to stay covered as much as possible - I think you'll be a target, when bad actors know about you.
So, you'll give a chance for a soft transition to new math in cryptography.
(If I understood your text properly ..)
Here is the link, if you want to look:
https://www.ebay.com/itm/186720648147
and than, me too, once, thought that i found a way to reduce the complexity of factorization to the levels, where the factorization is done in days instead of days. But, I'm mathematical zero and did not persue it further. So, may be its possible. And, if, then...
let us wish the best for factor-master!