C (61:47)
Yes, yes, and that's what that. What gives me solace. Anyway, this is now actually thing is, I have said that this is the algorithm that runs Bani system. And the most universal phenomenon of rules interacting with each other in bani drama is that of conflict. Because, you know, the, the, the easiest way to deal with bani's rules is you think about only one step without worrying about what happens in the previous step or in the future, in the. In the next step. And that is a boon because when you. And if you start trying to figure out the present step in the context of what happened before and what might happen after, that opens a whole can of worms. Fortunately, with Pani's Rama, we don't have to do that and there is no benefit to be accrued from doing that. In fact, there are only complications to be, to be derived from that sort of approach. So, so you have to only worry about what happens at that step. And when two rules interact, it is it. I, I call it conflict colloquially. So that's so. So, so that is a very, very important part of the system. Now the problem is. Sorry, let me finish my first point first. Now, for the first time, we actually have what can be called an algorithm that can be used to teach Pani's drama to the computer. So so far what we used to do is we used to take, you know, you're familiar of course with the Siddhanta Kaumudi, so we used to take certain sections of Panini's rules, certain types of rules that can be put together in chapters if you are willing to, to disturb the original ordering, you know, and then we used to try to teach those to the computer so that the computer could, you know, deal with Sandhi, for example, you know, so for logical rules and such, or it could deal with compound construction. And so we were trying to take certain types of Paninian rules and teach those to the computer. Now we can just trust Panini for once, now that we have the correct understanding of 142 and teach the whole thing to the computer. So this is really important and I really hope that computer, that computational linguists, computer scientists who are interested in Panini will take this up and do it seriously, irrespective of whether I found the correct meaning of 142 or they did. I hope this doesn't become a battle of egos. I hope most certainly that it doesn't become battle of caste because unfortunately, the way at least some orthodox pundits have received this in India is, oh, this guy's at Cambridge. He speaks English and he doesn't tire choti. And yes, I'm not a Brahmin either actually. And this guy is up to no good. So that's one problem. But I really hope that my identity or where I wrote this or which language I wrote it in does not influence what happens next. I really hope that we can teach this rule based system to the computer. It will change how computationalists, informaticians look at the usefulness of rules and rule based systems to teach things to the computer. Because what happens is during the second World War we were trying to use rule based systems to teach language to what was then a very primitive version of the computer and that failed. And so subsequently computer scientists have moved towards more statistical and eventually more machine learning based approaches, which is what our computer scientists do now today. And I'm not trying to suggest that we need to go back to the rule based system. I don't have the expertise to make that sort of a comment anyway. But certainly we will be able to demonstrate the power of rule based, the resilience of rule based systems and also the genius that is Panini and what he's produced. So I really hope that a project is undertaken at the earliest to start teaching Pani Sigma now to the computer. Would it, now let's ask the question, would it have been possible to use the traditional method to teach Pani's rules to the computer? No, because how do you resolve rule conflict using the traditional method? Well, you try 100 different tricks and every time a trick fails you produce one more frustrating exception, meta rule and say oh, actually in this case it's actually like this. Oh no, but here it is like this. You can't teach the computer to act like a human and use all these, you know, tricks. I don't want to call them disingenuous, but, but, oh, but then, then, then that is another ball game altogether. Yeah, if it's AI, it's going to convince you to go get the panini sandwich. You know, in five minutes it will change the topic and take you there. That's a different can of worms to open. But the whole problem with the tradition has been, and more so today than before. I think the predecessors of current traditional scholars were much more open minded. I'm sorry I have to say this, but they were. The thing is, scholars today are faced with a challenge which is accepting and this is a challenge for them. I don't see it as a challenge at all. Accepting that their ancestors got something wrong. And why is that a challenge for them? Because they associate their pride, their self worth, the value of who they are and what they bring to modern India with being descendants of people of certain, of a certain stature, of a certain Varna and so on. That's not my problem and I don't think they should because I think we must evaluate ourselves on the basis of what we bring, you know, who we've helped, whose life we've brought love and kindness to, whose lives we've been able to touch. Positively not what our ancestors did and so on. But there is this tendency in India, whenever we are told by outsiders or by our own folks about what's not working or what's gone wrong, we immediately go back to ancient. But our ancestors were great. Well, then that makes you look even worse because you haven't even been able to keep up with what your ancestors were doing. So this is the problem now. And I really hope this will again, I really hope this too, alongside other factors, will not come in the way of Indian computer scientists, many of whom might be Brahmins, taking this up and actually teaching Pani's grammar to the computer with this new interpretation. Because without this interpretation of 1, 4, 2, you have no algorithm at all. How can you teach Pani's drama to the computer without the algorithm that runs the grammar? Earlier, you had hundreds of meta rules. And you see, the funny thing is, whenever I've spoken with pundits, they say, oh, we love the antaranga bahiranga paribhashas. Now, those are some of the most complicated matter rules dealing with rule conflict that have been introduced much later, which Parni doesn't talk about at all. But they are so complex that the pundits pride themselves upon being able to memorize, internalize and then subsequently apply them. And I'm not talking about a couple of rules here. Six or seven rules. No, no, no. There's one tool which is framed as a meta rule. Yeah. And then there are 10 exceptions to that, some of which are exceptions to other meta rules. It's a big web, a big network of meta rules which has been interpolated shamelessly into Panee's infrastructure. So what we need to do is ask the question, well, are you willing to admit that Paranese system is mediocre and you're just shoving all of this stuff into it, or are you willing to admit that his system is perfect? In which case, why are you tampering with it? So my question remains, you know, and I feel, in that sense vindicated, because as an innocent undergraduate, I was. That is precisely why I was running away from Panini twice or thrice. I just said, I'm giving up. I called quits because it was so frustrating. Either you call it perfect and don't tamper with it, or you admit that it is imperfect, which is fine with me, and then you can tamper with it. But you can't both call it perfect and tamper with it. It makes no sense at all. You know, and that's the whole point I'm trying to make through this book as well, by offering mountains worth of evidence to show that we must use common sense and logic and, and, and just go where the evidence takes us. Not our castes and not our educational qualifications or, or the strata of society that we come from and so on.