use the following search parameters to narrow your results:
e.g. subreddit:aww site:imgur.com dog
subreddit:aww site:imgur.com dog
詳しくは検索FAQを参照
高度な検索: 投稿者や、subredditで……
263 人のユーザーが現在閲覧しています
This subreddit is for discussion of mathematical links and questions. Please read the FAQ before posting.
Homework problems, practice problems, and similar questions should be directed to /r/learnmath, /r/homeworkhelp or /r/cheatatmathhomework, and will be removed.
Image-only posts should be on-topic and should promote discussion; please do not post memes or similar content here. Please be polite and civil when commenting, and always follow reddiquette.
Filters: Hide Image Posts Show All Posts
Recurring Threads and Resources
What Are You Working On? - posted Mondays
Everything About X - Posted Wednesdays (on hold)
Simple Questions - Posted Fridays
/r/math's Book Club - Posted Fridays (on hold)
A Compilation of Free, Online Math Resources.
Using LaTeX
To view LaTeX on reddit, install one of the following:
MathJax userscript (requires one of Greasemonkey, Tampermonkey, etc.)
TeXtheWorld Chrome extension
TeXtheWorld userscript
[; e^{\pi i} + 1 = 0 ;]
Post the equation above like this:
`[; e^{\pi i}+1=0 ;]`
You may need to add four spaces before or put backticks around math fragments.
Using Superscripts and Subscripts
x*_sub_* makes xsub
x*`sup`* and x^(sup) both make xsup
x*_sub_`sup`* makes xsubsup
sup
x*`sup`_sub_* makes xsupsub
Other Subreddits
Math
Tools
Related fields
Revolutionary Prime Number Distribution Discovery (self.math)
incorruptibal が 2時間前 * 投稿
The fundamentals to the distribution of prime numbers could never have been understood until now because we did not know how to properly frame the problem. Their order/behavior and their reason can finally be understood in their own context.
Please do not bother commenting unless you have read (and understand).
EDIT: I recommend reading the introduction, but you can skip down to the details under the header if you'd like. Also have a look under the bottom header for conclusions. It may also be helpful to refer to the abstract on the bottom of the post before and during the reading of the main text.
http://bagforpunching.blogspot.ca/2015/09/r-sheppard-prime-form-theory-novel.html
[–]AbstractCategoryAlgebra 2ポイント3ポイント4ポイント 2時間前* (3子コメント)
This is going to seem harsh, but I would like to give some honest feedback
Naming a discovery after yourself is bad 'form'.
Refusing comments from anyone who has not read and understood your enormous post is rude, and makes people less likely to request clarification.
Making an enormous preamble about how revolutionary your ideas are, instead of going straight into the details is arrogant, annoying, and shows a fundamental lack of understanding of how mathematicians operate.
EDIT: I read more. You don't adequately explain how you arrived at this form. Remember the burden is always on the author to make things as clear as possible, not on the reader to interpret unclear exposition.
Also, saying some idea about numbers explains the inner workings of the universe is almost sure to earn you a crackpot label.
[–]incorruptibal[S] -3ポイント-2ポイント-1ポイント 2時間前 (0子コメント)
Thank you for your feedback.
In immediately diving into details I feel I would lose the reader; the unorthodox nature of my discovery demands some sort of introduction. Without this introduction people would simply pass my idea as nonsensical because they would not know what the point is. I considered leaving it out, trust me, but in the end I felt it was a necessary primer.
I apologize if I seem arrogant by naming my discovery after myself. Maybe you are right and that is a little arrogant. My reasoning was that I didn't want to lose credit for something I singlehandedly unearthed, as I know has happened historically.
[–]incorruptibal[S] -3ポイント-2ポイント-1ポイント 1時間前 (0子コメント)
I will also point out that you are precisely the reason I requested people to read my idea before critiquing it.
People like you seek to invalidate ideas which challenge the status-quo not for scientific rigor, but for their own glory. Here we have a potentially ground-breaking discovery which infringes upon your own understanding (and, apparently, in your case, ego). Instead of welcoming a possible new discovery by taking the time to examine it, or allowing others to examine it, you attempt to ridicule it in a not at all subtle manner without the slightest intention of giving it a chance, then resort to insulting and trying to discredit the author personally.
If your interest is in discrediting the idea, great. But before you attempt to discredit it it is necessary to attempt to understand it. If you are unwilling, then please save your criticisms as they are coming from a place of personal pride, not of reason.
Thank you my friend.
[–]incorruptibal[S] -4ポイント-3ポイント-2ポイント 2時間前 (0子コメント)
I have arrived at this form intuitively by examining and reconciling all the fundamentals, as most profound discoveries often are. The onus is on me to prove it, true. But how does one prove the ultimate nature of numbers? Or any truly profound law or system? By examining it and observing that it is self-evident, and entirely consistent.
[–]MattMorphicTopology 2ポイント3ポイント4ポイント 1時間前 (1子コメント)
I've tried reading through it several times, but I just get lost amongst the waffle. It sounds like you're talking about the primes as if they are physical things; sentences like "With each expansion the Prime Form has two opposing and equal sides so as not to lose its coherency and scatter apart from itself into nothingness" don't mean anything.
Make it more concise, and give it some mathematical rigour rather than these descriptive paragraphs, because even if it is as revolutionary as you say it is, if we have no basis to be able to apply it to proofs, then it's useless.
[–]incorruptibal[S] -2ポイント-1ポイント0ポイント 1時間前* (0子コメント)
thank you for trying. And I assure you I believe or intend no such thing.
π Rendered by PID 27422 on app-330 at 2015-09-28 01:51:11.578895+00:00 running 72eab47 country code: JP.
[–]AbstractCategoryAlgebra 2ポイント3ポイント4ポイント (3子コメント)
[–]incorruptibal[S] -3ポイント-2ポイント-1ポイント (0子コメント)
[–]incorruptibal[S] -3ポイント-2ポイント-1ポイント (0子コメント)
[–]incorruptibal[S] -4ポイント-3ポイント-2ポイント (0子コメント)
[–]MattMorphicTopology 2ポイント3ポイント4ポイント (1子コメント)
[–]incorruptibal[S] -2ポイント-1ポイント0ポイント (0子コメント)