Guide for creating/editing content
Step by step instructions
Field  Guidelines  
Title  The title used by the Garden for reference purposes.  
Statement  A concise statement of the conjecture. Please keep this short, even at the cost of postponing essential definitions to the body.  
Importance 


Authors  The authors of the conjecture in a list separated by semicolons. Please use the format Lastname, Firstname I., and please pause to let autocomplete "guess" author names to prevent multiple copies of the same author.  
Area » Topic » Subtopic  The subject the open problem belongs in. Every problem must be assigned an Area, but problems need not be assigned a Topic or Subtopic. Please assign your problem the most reasonable classification possible, and contact us ("Contact" button in upper right hand corner) if the appropriate subject does not exist.  
Keywords  key words used for reference purposes. Separate by semicolons.  
Recommended for undergrads  "yes" if the problem looks suitable for an undergraduate and "no" otherwise.  
Prize  If there is a prize for this conjecture, a description of it, and who offered it.  
Status  "open" if the problem is unsolved, and "solved" otherwise. If the problem is solved, indicate the solver and reference for the paper in the extra field.  
Discussion  A discussion of the problem. This is a LaTeX field where you can use all of the commands in the table below. We encourage you to use Wikipedia for definitions of standard terms. If Wikipedia is lacking here, update it!  
Related Problems  A list of related problems.  
Bibliography  A bibliography for the problem. We indicate original appearances of the problem with an *, and provide links to the paper and to MathSciNet when possible. 
Supported LaTeX
Command  Appearance 
emph{italics}  italics 
textbf{bold}  bold 
$e^{i \pi} in {\mathbb Z}$  
$$e^{i \pi} in {\mathbb Z}$$  
begin{problem} $P = NP?$ end{problem} (also works for conjecture, question, theorem, proposition, observation, statement, lemma) 
Problem

begin{enumerate} item line item plane end{enumerate} 

begin{itemize} item triangle item square end{itemize} 

begin{proof} induction on $n$. end{proof} 
Proof induction on .

begin{definition} $zeta(s) = sum_{n=1}^{infty} frac{1}{n^s}$ end{definition} 
Definition

Note: LaTeX includes the files amsmath, amsfonts, amssymb, latexsym, and mathrsfs.
Links
Link to  Command  Appearance 
Wikipedia  Def[graph]{graph theory}  graph (links to the Wikipedia page for graph theory) 
Open problem in the Garden (by number)  OPrefnum[5Flow Conjecture]{126}  5Flow Conjecture (links to the open problem with node 126*). 
Open problem in the Garden (by name)  OPref[5Flow Conjecture]{5_flow_conjecture}  5Flow Conjecture (links to the open problem whose url ends with 5_flow_conjecture). 
General external link  href[link to google]{http://www.google.com}  link to google (links to http://www.google.com) 
The ArXiv  arxiv[The strong perfect graph theorem]{math.CO/0212070}  The strong perfect graph theorem (links to the ArXiv paper math.CO/0212070) 
MathSciNet  MRhref{0579077}  MathSciNet (links to the MathSciNet Review MR0579077) 
* To find the node number of an open problem, either enter the name of the problem in the "Related Problems" field when adding a new open problem (this is especially easy since the computer will use autocomplete to "guess" the problem for you), or click to edit the problem, and then grab the node number from the url.
Images
 First, upload the image(s) (using "File attachments" at the bottom).
 Then you can use Image{file name} or Image[alternative text]{file name}
Example: Image[A bidirected orientation of the Petersen graph]{bi_pet.jpg} yields