Writing a paper about some findings or not [closed]












-1














If you develop a new mathematical expression for a function in an open usolved problem in mathematics, do you write a paper about it, or do you bring it into the mathematics community first? What about if someone else rips off the essential concepts and equations/expressions and write a paper about the findings before the original author does it? What would be your best advice to do in a situation like this? Since I feel the maths community is rather open and free I would think showing his or her work would not be an issue, but still I have not much knowledge about it.



Is it not best to keep the cards close to oneself before one actually reveals something that may do progress in some maths problem if someone elses rips it off like mentioned above? The person might not know what usage a mathematical expression might have or if it is not useful at all. For someone like myself writing a paper is alot of hard work because I need to learn math and terminology from scratch along the way. I do only know bits and pieces from different fields. Does math-people who write papers only write proofs in their papers or can one write about some particular mathematical expression one has derived from some other simple expression?










share|cite|improve this question













closed as too broad by Peter, B. Mehta, Lord Shark the Unknown, dantopa, Brahadeesh Nov 24 at 5:12


Please edit the question to limit it to a specific problem with enough detail to identify an adequate answer. Avoid asking multiple distinct questions at once. See the How to Ask page for help clarifying this question. If this question can be reworded to fit the rules in the help center, please edit the question.















  • How would one bring some idea to the community without publishing a paper on it?
    – rafa11111
    Nov 24 at 0:53
















-1














If you develop a new mathematical expression for a function in an open usolved problem in mathematics, do you write a paper about it, or do you bring it into the mathematics community first? What about if someone else rips off the essential concepts and equations/expressions and write a paper about the findings before the original author does it? What would be your best advice to do in a situation like this? Since I feel the maths community is rather open and free I would think showing his or her work would not be an issue, but still I have not much knowledge about it.



Is it not best to keep the cards close to oneself before one actually reveals something that may do progress in some maths problem if someone elses rips it off like mentioned above? The person might not know what usage a mathematical expression might have or if it is not useful at all. For someone like myself writing a paper is alot of hard work because I need to learn math and terminology from scratch along the way. I do only know bits and pieces from different fields. Does math-people who write papers only write proofs in their papers or can one write about some particular mathematical expression one has derived from some other simple expression?










share|cite|improve this question













closed as too broad by Peter, B. Mehta, Lord Shark the Unknown, dantopa, Brahadeesh Nov 24 at 5:12


Please edit the question to limit it to a specific problem with enough detail to identify an adequate answer. Avoid asking multiple distinct questions at once. See the How to Ask page for help clarifying this question. If this question can be reworded to fit the rules in the help center, please edit the question.















  • How would one bring some idea to the community without publishing a paper on it?
    – rafa11111
    Nov 24 at 0:53














-1












-1








-1







If you develop a new mathematical expression for a function in an open usolved problem in mathematics, do you write a paper about it, or do you bring it into the mathematics community first? What about if someone else rips off the essential concepts and equations/expressions and write a paper about the findings before the original author does it? What would be your best advice to do in a situation like this? Since I feel the maths community is rather open and free I would think showing his or her work would not be an issue, but still I have not much knowledge about it.



Is it not best to keep the cards close to oneself before one actually reveals something that may do progress in some maths problem if someone elses rips it off like mentioned above? The person might not know what usage a mathematical expression might have or if it is not useful at all. For someone like myself writing a paper is alot of hard work because I need to learn math and terminology from scratch along the way. I do only know bits and pieces from different fields. Does math-people who write papers only write proofs in their papers or can one write about some particular mathematical expression one has derived from some other simple expression?










share|cite|improve this question













If you develop a new mathematical expression for a function in an open usolved problem in mathematics, do you write a paper about it, or do you bring it into the mathematics community first? What about if someone else rips off the essential concepts and equations/expressions and write a paper about the findings before the original author does it? What would be your best advice to do in a situation like this? Since I feel the maths community is rather open and free I would think showing his or her work would not be an issue, but still I have not much knowledge about it.



Is it not best to keep the cards close to oneself before one actually reveals something that may do progress in some maths problem if someone elses rips it off like mentioned above? The person might not know what usage a mathematical expression might have or if it is not useful at all. For someone like myself writing a paper is alot of hard work because I need to learn math and terminology from scratch along the way. I do only know bits and pieces from different fields. Does math-people who write papers only write proofs in their papers or can one write about some particular mathematical expression one has derived from some other simple expression?







soft-question






share|cite|improve this question













share|cite|improve this question











share|cite|improve this question




share|cite|improve this question










asked Nov 24 at 0:37









Natural Number Guy

430517




430517




closed as too broad by Peter, B. Mehta, Lord Shark the Unknown, dantopa, Brahadeesh Nov 24 at 5:12


Please edit the question to limit it to a specific problem with enough detail to identify an adequate answer. Avoid asking multiple distinct questions at once. See the How to Ask page for help clarifying this question. If this question can be reworded to fit the rules in the help center, please edit the question.






closed as too broad by Peter, B. Mehta, Lord Shark the Unknown, dantopa, Brahadeesh Nov 24 at 5:12


Please edit the question to limit it to a specific problem with enough detail to identify an adequate answer. Avoid asking multiple distinct questions at once. See the How to Ask page for help clarifying this question. If this question can be reworded to fit the rules in the help center, please edit the question.














  • How would one bring some idea to the community without publishing a paper on it?
    – rafa11111
    Nov 24 at 0:53


















  • How would one bring some idea to the community without publishing a paper on it?
    – rafa11111
    Nov 24 at 0:53
















How would one bring some idea to the community without publishing a paper on it?
– rafa11111
Nov 24 at 0:53




How would one bring some idea to the community without publishing a paper on it?
– rafa11111
Nov 24 at 0:53










1 Answer
1






active

oldest

votes


















1














Write a paper, stick it on ArXiV. This is the way to introduce it to the mathematical community. It's open, and nobody will steal it, because in putting it there, there's a public record that it's yours. Besides which, unless you've produced a significant result on a major open problem (and, given that you're asking this question, you haven't) nobody will steal it anyway, because there every single mathematician that I know has a "interesting things to work on" list that's far too long for them to get through it in their entire career and getting longer all the time: bluntly, nobody has the time to "steal" your ideas.



As a side-note: whatever this "expression" is, it isn't publishable, and isn't worth anything at all. What can you prove with it? Why do I care? Nobody cares in the slightest about some meaningless symbol-manipulations.






share|cite|improve this answer





















  • I would like to prove the Collatz with it. Which is wishful thinking I know. But maybe someone that is more drilled in math and smarter than me there can manipulate my expression and proof something?
    – Natural Number Guy
    Nov 24 at 1:19












  • The expression I have does not look a tiddy bit similar like the original one. My function has a couple of numbers and it use a sigma discrete sum for each number. I have not seen a similar expression anywhere. I have derived it from an automaton I had made earlier that generate collatz sequences.
    – Natural Number Guy
    Nov 24 at 1:23










  • No part of that makes it interesting. What can you prove with it? Until you've proven something, it doesn't mean anything at all. It's just meaningless symbols strung together into something that's still meaningless. It's like asking if the string ";asdoiadsifuasifusdar;oiuweard" has any value: of course it doesn't, because it doesn't mean anything. Prove something, then you might have something that somebody cares about (but probably not). Fiddling with some random symbols until it looks less simple than it started out is neither useful nor meaningful.
    – user3482749
    Nov 24 at 1:28










  • So, to publish a paper one has to have a proof of something or else it is meaningless?
    – Natural Number Guy
    Nov 24 at 1:31










  • Almost always, yes. There are occasional exceptions (papers bringing interesting open problems to the attention of the community, and making well-justified conjectures about them, being the only one that springs to mind).
    – user3482749
    Nov 24 at 12:25


















1 Answer
1






active

oldest

votes








1 Answer
1






active

oldest

votes









active

oldest

votes






active

oldest

votes









1














Write a paper, stick it on ArXiV. This is the way to introduce it to the mathematical community. It's open, and nobody will steal it, because in putting it there, there's a public record that it's yours. Besides which, unless you've produced a significant result on a major open problem (and, given that you're asking this question, you haven't) nobody will steal it anyway, because there every single mathematician that I know has a "interesting things to work on" list that's far too long for them to get through it in their entire career and getting longer all the time: bluntly, nobody has the time to "steal" your ideas.



As a side-note: whatever this "expression" is, it isn't publishable, and isn't worth anything at all. What can you prove with it? Why do I care? Nobody cares in the slightest about some meaningless symbol-manipulations.






share|cite|improve this answer





















  • I would like to prove the Collatz with it. Which is wishful thinking I know. But maybe someone that is more drilled in math and smarter than me there can manipulate my expression and proof something?
    – Natural Number Guy
    Nov 24 at 1:19












  • The expression I have does not look a tiddy bit similar like the original one. My function has a couple of numbers and it use a sigma discrete sum for each number. I have not seen a similar expression anywhere. I have derived it from an automaton I had made earlier that generate collatz sequences.
    – Natural Number Guy
    Nov 24 at 1:23










  • No part of that makes it interesting. What can you prove with it? Until you've proven something, it doesn't mean anything at all. It's just meaningless symbols strung together into something that's still meaningless. It's like asking if the string ";asdoiadsifuasifusdar;oiuweard" has any value: of course it doesn't, because it doesn't mean anything. Prove something, then you might have something that somebody cares about (but probably not). Fiddling with some random symbols until it looks less simple than it started out is neither useful nor meaningful.
    – user3482749
    Nov 24 at 1:28










  • So, to publish a paper one has to have a proof of something or else it is meaningless?
    – Natural Number Guy
    Nov 24 at 1:31










  • Almost always, yes. There are occasional exceptions (papers bringing interesting open problems to the attention of the community, and making well-justified conjectures about them, being the only one that springs to mind).
    – user3482749
    Nov 24 at 12:25
















1














Write a paper, stick it on ArXiV. This is the way to introduce it to the mathematical community. It's open, and nobody will steal it, because in putting it there, there's a public record that it's yours. Besides which, unless you've produced a significant result on a major open problem (and, given that you're asking this question, you haven't) nobody will steal it anyway, because there every single mathematician that I know has a "interesting things to work on" list that's far too long for them to get through it in their entire career and getting longer all the time: bluntly, nobody has the time to "steal" your ideas.



As a side-note: whatever this "expression" is, it isn't publishable, and isn't worth anything at all. What can you prove with it? Why do I care? Nobody cares in the slightest about some meaningless symbol-manipulations.






share|cite|improve this answer





















  • I would like to prove the Collatz with it. Which is wishful thinking I know. But maybe someone that is more drilled in math and smarter than me there can manipulate my expression and proof something?
    – Natural Number Guy
    Nov 24 at 1:19












  • The expression I have does not look a tiddy bit similar like the original one. My function has a couple of numbers and it use a sigma discrete sum for each number. I have not seen a similar expression anywhere. I have derived it from an automaton I had made earlier that generate collatz sequences.
    – Natural Number Guy
    Nov 24 at 1:23










  • No part of that makes it interesting. What can you prove with it? Until you've proven something, it doesn't mean anything at all. It's just meaningless symbols strung together into something that's still meaningless. It's like asking if the string ";asdoiadsifuasifusdar;oiuweard" has any value: of course it doesn't, because it doesn't mean anything. Prove something, then you might have something that somebody cares about (but probably not). Fiddling with some random symbols until it looks less simple than it started out is neither useful nor meaningful.
    – user3482749
    Nov 24 at 1:28










  • So, to publish a paper one has to have a proof of something or else it is meaningless?
    – Natural Number Guy
    Nov 24 at 1:31










  • Almost always, yes. There are occasional exceptions (papers bringing interesting open problems to the attention of the community, and making well-justified conjectures about them, being the only one that springs to mind).
    – user3482749
    Nov 24 at 12:25














1












1








1






Write a paper, stick it on ArXiV. This is the way to introduce it to the mathematical community. It's open, and nobody will steal it, because in putting it there, there's a public record that it's yours. Besides which, unless you've produced a significant result on a major open problem (and, given that you're asking this question, you haven't) nobody will steal it anyway, because there every single mathematician that I know has a "interesting things to work on" list that's far too long for them to get through it in their entire career and getting longer all the time: bluntly, nobody has the time to "steal" your ideas.



As a side-note: whatever this "expression" is, it isn't publishable, and isn't worth anything at all. What can you prove with it? Why do I care? Nobody cares in the slightest about some meaningless symbol-manipulations.






share|cite|improve this answer












Write a paper, stick it on ArXiV. This is the way to introduce it to the mathematical community. It's open, and nobody will steal it, because in putting it there, there's a public record that it's yours. Besides which, unless you've produced a significant result on a major open problem (and, given that you're asking this question, you haven't) nobody will steal it anyway, because there every single mathematician that I know has a "interesting things to work on" list that's far too long for them to get through it in their entire career and getting longer all the time: bluntly, nobody has the time to "steal" your ideas.



As a side-note: whatever this "expression" is, it isn't publishable, and isn't worth anything at all. What can you prove with it? Why do I care? Nobody cares in the slightest about some meaningless symbol-manipulations.







share|cite|improve this answer












share|cite|improve this answer



share|cite|improve this answer










answered Nov 24 at 0:46









user3482749

2,336414




2,336414












  • I would like to prove the Collatz with it. Which is wishful thinking I know. But maybe someone that is more drilled in math and smarter than me there can manipulate my expression and proof something?
    – Natural Number Guy
    Nov 24 at 1:19












  • The expression I have does not look a tiddy bit similar like the original one. My function has a couple of numbers and it use a sigma discrete sum for each number. I have not seen a similar expression anywhere. I have derived it from an automaton I had made earlier that generate collatz sequences.
    – Natural Number Guy
    Nov 24 at 1:23










  • No part of that makes it interesting. What can you prove with it? Until you've proven something, it doesn't mean anything at all. It's just meaningless symbols strung together into something that's still meaningless. It's like asking if the string ";asdoiadsifuasifusdar;oiuweard" has any value: of course it doesn't, because it doesn't mean anything. Prove something, then you might have something that somebody cares about (but probably not). Fiddling with some random symbols until it looks less simple than it started out is neither useful nor meaningful.
    – user3482749
    Nov 24 at 1:28










  • So, to publish a paper one has to have a proof of something or else it is meaningless?
    – Natural Number Guy
    Nov 24 at 1:31










  • Almost always, yes. There are occasional exceptions (papers bringing interesting open problems to the attention of the community, and making well-justified conjectures about them, being the only one that springs to mind).
    – user3482749
    Nov 24 at 12:25


















  • I would like to prove the Collatz with it. Which is wishful thinking I know. But maybe someone that is more drilled in math and smarter than me there can manipulate my expression and proof something?
    – Natural Number Guy
    Nov 24 at 1:19












  • The expression I have does not look a tiddy bit similar like the original one. My function has a couple of numbers and it use a sigma discrete sum for each number. I have not seen a similar expression anywhere. I have derived it from an automaton I had made earlier that generate collatz sequences.
    – Natural Number Guy
    Nov 24 at 1:23










  • No part of that makes it interesting. What can you prove with it? Until you've proven something, it doesn't mean anything at all. It's just meaningless symbols strung together into something that's still meaningless. It's like asking if the string ";asdoiadsifuasifusdar;oiuweard" has any value: of course it doesn't, because it doesn't mean anything. Prove something, then you might have something that somebody cares about (but probably not). Fiddling with some random symbols until it looks less simple than it started out is neither useful nor meaningful.
    – user3482749
    Nov 24 at 1:28










  • So, to publish a paper one has to have a proof of something or else it is meaningless?
    – Natural Number Guy
    Nov 24 at 1:31










  • Almost always, yes. There are occasional exceptions (papers bringing interesting open problems to the attention of the community, and making well-justified conjectures about them, being the only one that springs to mind).
    – user3482749
    Nov 24 at 12:25
















I would like to prove the Collatz with it. Which is wishful thinking I know. But maybe someone that is more drilled in math and smarter than me there can manipulate my expression and proof something?
– Natural Number Guy
Nov 24 at 1:19






I would like to prove the Collatz with it. Which is wishful thinking I know. But maybe someone that is more drilled in math and smarter than me there can manipulate my expression and proof something?
– Natural Number Guy
Nov 24 at 1:19














The expression I have does not look a tiddy bit similar like the original one. My function has a couple of numbers and it use a sigma discrete sum for each number. I have not seen a similar expression anywhere. I have derived it from an automaton I had made earlier that generate collatz sequences.
– Natural Number Guy
Nov 24 at 1:23




The expression I have does not look a tiddy bit similar like the original one. My function has a couple of numbers and it use a sigma discrete sum for each number. I have not seen a similar expression anywhere. I have derived it from an automaton I had made earlier that generate collatz sequences.
– Natural Number Guy
Nov 24 at 1:23












No part of that makes it interesting. What can you prove with it? Until you've proven something, it doesn't mean anything at all. It's just meaningless symbols strung together into something that's still meaningless. It's like asking if the string ";asdoiadsifuasifusdar;oiuweard" has any value: of course it doesn't, because it doesn't mean anything. Prove something, then you might have something that somebody cares about (but probably not). Fiddling with some random symbols until it looks less simple than it started out is neither useful nor meaningful.
– user3482749
Nov 24 at 1:28




No part of that makes it interesting. What can you prove with it? Until you've proven something, it doesn't mean anything at all. It's just meaningless symbols strung together into something that's still meaningless. It's like asking if the string ";asdoiadsifuasifusdar;oiuweard" has any value: of course it doesn't, because it doesn't mean anything. Prove something, then you might have something that somebody cares about (but probably not). Fiddling with some random symbols until it looks less simple than it started out is neither useful nor meaningful.
– user3482749
Nov 24 at 1:28












So, to publish a paper one has to have a proof of something or else it is meaningless?
– Natural Number Guy
Nov 24 at 1:31




So, to publish a paper one has to have a proof of something or else it is meaningless?
– Natural Number Guy
Nov 24 at 1:31












Almost always, yes. There are occasional exceptions (papers bringing interesting open problems to the attention of the community, and making well-justified conjectures about them, being the only one that springs to mind).
– user3482749
Nov 24 at 12:25




Almost always, yes. There are occasional exceptions (papers bringing interesting open problems to the attention of the community, and making well-justified conjectures about them, being the only one that springs to mind).
– user3482749
Nov 24 at 12:25



Popular posts from this blog

Plaza Victoria

In PowerPoint, is there a keyboard shortcut for bulleted / numbered list?

How to put 3 figures in Latex with 2 figures side by side and 1 below these side by side images but in...