I'm friends with an incredibly smart kid. He's 14, but has been put up three grades in school at one point. He does all the obvious enrichment things which are available in the relatively small Australian city he lives in.
His life experience has been pretty unusual. He doesn't really know what it's like to be challenged in school. All his friends are way older than he is. (Once, I asked him how being constantly around people older than him made him feel. He replied, "Concerned for my future.")
He doesn't know anyone like him, which I think is a shame: he'd probably get along very well with them.
Does anyone know any similar kid geniuses? If so, can I give them my friend's details?
Thanks.
If he is considering or interested in a career in academia – especially in science or math – he might want to start doing research over the summer. 14 is young, but not too young to start. Besides the obvious benefits from getting experience and publications, this is also what he needs to do to win the major high school/undergraduate research awards (I don't know about Australia, but in the US, these awards are: Siemens, Intel, Goldwater).
Getting started on a successful research project in high school is not trivial, and is impeded by a lack of information from the typical educational sources one encounters before college. One way is to independently find a faculty member who is willing to act as a research advisor; it is probably best to find someone who has prior experience with this (a publishing record with high school students as co-authors would be very promising – if they care about this, they will mention it in their CV or webpage).
Another way to start, which worked for me, is to get involved in summer camps that give students research opportunities. I know there are quite a few in the US, and most of these accept international students. I believe the most prestigious and competitive science/math program is the Research Science Institute at MIT (according to one of faculty mentors: "The typical RSI student is comparable to the very best MIT sophomore physics major."), but it seems like they only accept students going into their final year of high school study (i.e., rising high school seniors).
Some summer math camps offer research opportunities to returning students. I did research as a second-year student at the Honors Summer Math Camp (HSMC), and I can attest that good research work gets done there – since 2006, at least four research papers get selected each year as semifinalists in the Siemens Competition. All students who are invited back for a second year are assigned a research project and faculty mentor if they wish to be. Ross and PROMYS are similar in math content to HSMC (i.e., number theory for all first-year students), but I'm not sure what research opportunities they provide. [Edit: Just remembered that HSMC only offers research projects to US citizens because these projects enter the Siemens Competition, which unfortunately only accepts submissions from US citizens... This might be worth keeping in mind for international students.]
Regarding age: I can only speak about HSMC as I am only familiar with that, but I expect other programs not to differ too much. HSMC recommends applicants to be at least rising high school sophomores, but I know there were several rising freshman who were probably 14 during my second year there. Some of these young students went on to be regional finalists in the Siemens Competition for research done during their second year there. So some 15 year old students certainly have the ability to produce a good research paper.
Regarding research: There are pretty much limitless problems in math that can be approached by someone with only a (pre?)undergraduate-level knowledge of a single field. But it would be very helpful to have a mentor who can pick out suitable problems and provide any necessary guidance. Computational fields in the sciences may also be suitable for students with some programming skills. This is what I worked on for my first research project – I simply wrote a simulation of gas diffusion in nanocomposites, ran that for a month on a supercomputing grid, co-authored the results in a research paper, and that was enough to be selected as a regional finalist in the Siemens Competition. Before that project, the only programming experience I had was from my first summer at HSMC, so one could get started very quickly on a successful computational/programming project.