Dividend theory at work, MSFT shareholders want their money back

On a down day on the market, Microsoft is up today, demonstrating a neat piece of market finance theory. Microsoft is up because they announced they’ll be giving back to shareholders a whole whack of money, 40Billion in share buybacks and an increased dividend rate. Theoretically speaking, share buybacks are functionally equivalent ways to return money to shareholders.

And so the stock is up. But here’s the kicker, MSFT is only paying shareholders their own money. Notionally, the market cap of the firm should stay the same or go down proportionate to the same value of money shifted from one pocket to the other.

Implicitly the market is saying that it believes the same 40B is worth more (Worth 6.75B more to be exact) outside of the hands of Microsoft management than in it. This effect is not actually not uncommon. The market has a tendency to discount the value of large cash balances do to the uncertainty and agency cost/risk of what management might do with it. Empirically studies have shown that firms with higher dividend payout ratios outperform those with lower dividends even if it means they have to go back to the market more often to raise funds for projects (increasing the transparency and accountability of management to market or so the theory goes).

Microsoft could have spent that cash buying up a thousand great startups. They could invest it inventing the next wildly successful ipod, xbox, web OS or they could blow it on the next Vista, Zune or Windows Bob. You just don’t know. That’s the theory anyway.

If Google or Apple gave back 40B to shareholders do you think their stock’s would go up or down?

In the 90’s MSFT minted many millionaires, but this century has got to have been a frustrating ride for employees and shareholders. The stock is still where it was in 1998. In some ways, it’s just hard being a big company. Every year they make piles more money, but only just enough to keep up with the market’s ever-diminishing level of growth expectations (as expressed by an ever diminishing PE multiple). If MSFT was trading at the same multiple as google, today the stock would be over 50.

Microsoft graciously invited me to a big event next month in LA, possibly including sneak peak at Windows 7 and a reinvented Microsoft. I’m sorry I’ll have to miss it, one can hope for great things. It’s funny but I can still remember the days (anyone remember the win95 launch?) when Microsoft was cool. With a new OS, a new browser and many other things on the way, it can only be up from here right?

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Toronto tech week is coming

In case you haven’t heard, Toronto Tech week is almost upon us. My top picks for next week:

THE CORPORATE ADOPTION OF WEB 2.0 Monday, Sept 22. Sounds like a good panel, and a bunch of great Canadian web companies will be represented as this event is (somehow) combined with the Pick20 web2.0 awards.

Entrepreneurial Summit Tuesday Sept 23, with lots of content all day.

The future forward event Thursday and Friday. Highlight here could be the chance to hear Ross Mayfield of SocialText on Friday morning.

This ain’t quite SXSW or Cebit yet, but the idea behind TTW is a good one. A concentrated week of events to help connect Canadian innovators and to help raise the profile for a lot of great stuff that’s already happening in this part of the country. Lastly it’s a way for mainstream users and businesses to find out about and get caught up on social media and other recent new web technologies.

In theory, that’s a set of goals all of us in the industry should be getting behind.

Here’s the registration page for all the official TechWeek events

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LHC and the end of the universe

So they fired up the Large Hadron Collider today, the gigantic particle accelerator 150m deep beneath a not-small chunk of Switzerland and France. Despite some people’s expectations, and as no-doubt a great disappointment to the media, the world and the planet did not explode out of existence. Last I checked anyhoo.

There, was however the possibility of it. At least in theory, sort of. The possibility that a particle collision could trigger a chain reaction inadvertently hitting the “delete” key on all matter in the planet/universe. Like a black hole version of ice9.

Being, to a fault, precise people by nature, the best the good physicists at Cern would admit is that such a reaction was “very unlikely”. Much to their consternation, a lot of lay-people didn’t seem to find comfort in what a proper physicist would wryly explain as “very unlikely”.

If you are wondering, here’s how our guide explained it to us. The sun every second produces a gidgiazoolian (I forget the exact unit) times more high energy particles than CERN ever will in it’s lifetime. Every second these solar particles are slamming into, for example, objects the size of the moon. And in the 4.5 billion years the sun has been doing that, no catastrophic universe-destroying reaction has occurred. Empirically, this evidence suggests that the existence of the universe is reasonably pretty and reasonably resistant to accidental self destruction. The logic then follows that most probability one more particle beam won’t tip the probability scales over the edge. Hence what a physicist means by “very unlikely”.

Why is the LHC so cool? It’s basically a giant race track for tiny subatomic particles that scientists can use to study and drill into the very heart of matter. Particle experiments have been going on for a long time at CERN, the LHC is just the latest and largest accelerator to be built there.

As a researcher you can go to CERN and rent “beam time” small or large portions of the accelerator to do all kinds of experiments. For example there is some cool work being done there to study how solar radiation on cloud formation affects cloud formation climate change on earth.

And then there are the big questions, to find out the universe is really made of and to enhance our fundamental understanding of physics.

Sez the super awesome Brian Cox, for one thing if the theories are right, and Higgs Boson is really the particle that gives mass to all matter in the universe, then the LHC will find it.

Thanks btw to Laurent and Lift over the years for the chance to learn about and visit the LHC. Truly inspiring!

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