C (45:14)
No, it's a very good paper and it's actually almost maybe three papers in one, to be honest. So there's an awful lot of content here. Now the, it's been written by three people and I have to say it's now been so long since I've been away from AHL that I don't know any of these people are, I've never met any of them. But so that, that also means I shouldn't be biased in loving this paper because it's not like it's been written by an old friend of mine who's going to buy me a beer in exchange for mentioning it. So be reassured. So the, I guess the main thing that they sort of do in this paper is say, well, actually there are kind of different kinds of markets, right. And we've already discussed, you know, the fact that different markets have different levels of liquidity, for example, and they, what they say is, well, we're going to divide our market universe into three categories, traditional markets, alternative markets, and alternative esoteric markets. And I guess although a lot of that is liquidity. So you know, they've got this really nice graph. It's Figure 5, if you're following along at home, which shows liquidity on one axis and complexity on the other axis. So ESOTERIC markets may be less liquid, but not necessarily so. One of their esoteric markets they've labeled as China. I think they might mean futures markets in China rather than the whole country. Another one is physical cryptocurrencies, many of which are relatively liquid, of course, but those are quite high on the complexity axis. Whereas onto traditional markets they put cotton futures, which are. They put low complexity because here I guess complexity means more like a future. But they have actually on their graph those are less liquid than China and physical cryptocurrencies. So it's quite. There's a bit richer than the normal categorization around liquidity or around. Are these futures not futures? They look at both, but then what they do is say, well, the interesting thing about these different markets is kind of where the money comes from. Now, finance people love doing something called a factor decomposition. And basically what a factor decomposition does is say, well, given that I'm making some money from this portfolio, can I identify sort of where the key sources of those returns are from? And in trend following? One thing you can do is to say, well, it looks like if you do something like a PCA or principle of the bank analysis, it looks like a lot of the return in my trend following portfolio is actually coming from a kind of risk on, risk off factor, which I'm trend following. So if you look at 2008, for example, CTAs made a lot of money. Bonds went up, equities went down. That was a perfect example of that factor in action. And then you basically, then what you can do is say, well, what's left over? What do they get left over that isn't explained by that factor return? And they call that the idiosyncratic return. So you could argue that the returns we saw in January, whereas we've said bonds have gone nowhere, equities slightly up, February's looking a bit different maybe, but financial markets generally didn't. That kind of first principle component didn't contribute much. So maybe it was more something idiosyncratic around gold and silver or something else, or in natural gas. So what they do is say, well, if we look at this idea of decomposing into the main things explaining a portfolio return and the idiosyncratic return. The key thing that's interesting about these alternative and esoteric markets is that a much bigger proportion of their returns are idiosyncratic. They're not coming from these, these big factors and in hard numbers. So roughly Speaking, in traditional CTAs, about half the returns are from factors and about half of idiosyncratic. Actually, it's probably more like 45, 55, 45% idiosyncratic, 55% factors. But in these unusual markets, these alternative and esoteric markets, it's more like one third, two thirds. So only about one third is coming from the main factors and two thirds is idiosyncratic. So the main thing about alternative markets is they give you an exposure to weird stuff, to weird sources of return. Now, if you're doing any kind of portfolio construction, you like weird stuff, okay? You like diversifications, we've discussed you like idiosyncratic returns. If the only returns in your portfolio are coming from trend following, a kind of equity risk on, risk off return, that's going to be not very helpful. You want to be able to be trend following other things as well, getting idiocentric returns from lots of different places. So what that means is in a completely unconstrained portfolio, if you do a standard portfolio optimization, you are going to want to have quite a lot of these alternative and esoteric markets. And of course this is one of the common themes of, I think ever since I've been talking to you Niels. Alternative markets, which obviously has been a big thing for ahl, but also for people like Florincourt for example, is a very successful CTA that focused just on alternative markets. And most big CTAs have gone into alternative markets to a greater or lesser degree. So this is kind of something that's not a surprise that we already know about. And if they do this kind of sort of standard portfolio optimization, they find that only about 30% of their portfolio needs to should be going into these traditional markets, which isn't a lot. Right? And just to emphasize, again, this is unconstrained. So this, this assumes you've got no issues with liquidity and you can put as much into the weird stuff as you as you possibly want, which a big CTA of course can't do, right, because they're just too big. And then they have the rest of that portfolio, the 70% is in a mixture of alternative and alternative esoteric. And there's a bit of a breakdown. And I can see that they put 5% into crypto, for example, so the crypto bulls would love that, I'm sure. Now, one question that again we keep returning to is why should we invest in ctos? Why should we invest in trend following? And it depends, I think I've mentioned this before, it depends on whether you are looking at it as a standalone product or as something that goes alongside an existing 60, 40 or some other traditional kind of assets. Right now if you're doing as a standalone product, you want to the first order approximation, you want a maximum Sharpe ratio of, you'll do this kind of standard portfolio portfolio optimization. And so as a standalone product, as a cta, without constraints around liquidity, what you would do is offer something that was 30% traditional, 70% alternatives, and that would be the best product for the investor to buy. But most people of course don't, aren't doing that. Most people are putting a slice of trend following into their 60, 40 portfolio. We'd like it to be a bigger slice, of course, but you know, that's life. And that means what they're looking for is an element of tail protection. And it's a pity we don't have Katie with us because of course she, she wrote the book and. But they're looking for, for some kind of, you know, crisis alpha tail protection, whatever you want to call it. So what the these guys did was say, well, what if we, instead of looking at a portfolio optimization that basically just treats all, all states of the world the same, let's focus in on periods when equity markets fell. Because what we want to do is find the best portfolio for that scenario because that's when people really want to benefit from what CTA performance is like. So they constructed their correlation matrix differently to account for that. And what they found was that the traditional portfolio, the traditional trend for things you trend for like, you know, so.