I had finished. I had no further observations to make.

Step 2 Observations

These observations are simplistic.

And I have four observations

I want to start my talk today with two observations about the human species.

Our observations have a flux limit.

One of the other interesting observations about customer development is this notion of the pivot.

Professor Van Allen told me about observations of Venus, that there was intense microwave radiation.

That is, a theory that is consistent with our earlier observations, and that also predicts future observations.

Science is based on very careful observations.

This does explain all of our observations.

BL Right? So we've got our observations.

Therefore, this scenario was rejected by observations.

So whatever the ratio the top, the observations of heads must be exactly half the total number of observations.

It's a very blurry line, and it's getting more blurry all the time as we make even more observations.

The title is Observations of In Utero Masturbation.

This has nothing to do with total probability and all with Bayes Rules, because I'm talking about observations.

With galaxies we're talking about Einstein ring radii of the order of an arc second. Observations with the

His observations are sharp, but he doesn't say much.

So then that has to be compared with observations.

Make no mistake about that.

These observations about the finiteness of easily accessible, local, secure fossil fuels, is a motivation for saying, Well, what's next?

If you're practicing insight, you'll able to use observations about character behavior to figure out their true emotions and motivations.

That seems to be a much better agreement with observations.

This is just to indicate how difficult these observations are.

Now, this idea was tested in 1919 through astronomical observations.

I worked with other scientists to analyze Earth climate observations.

We make the total about 50.

Don't make a fuss about trifles.

How about I make some eggs?

And it also is a framework that explains and predicts observations.

The observations show that cold dark matter, composed of massive particles.

Then we can compare the simulations with actual observations like surveys.

But you do it, by what I just you know, you do experiments, and you write down things sometimes, you make observations, you know.

The data presented in his book are not based on scientific observations.

So a couple of observations stand out for me from this slide.

If the total number of observations is 111, that's just not possible.

This is being seen in numerical simulations and starts on the observations.

May I make a suggestion about it?

That takes about two seconds to make.

You make them feel bad about themselves.

This Hidden Markov Model has 2 possible measurements or observations, X and Y.

Then comparing them with observations of real universe is an even, trickier yet.

So, here a quiz. Which hypotheses are consistent with our observations so far?

We replace old models with new ones if they better explain our observations.