What if Steve Jobs isn't deathly ill?
- TAGS:dying, Expo, ill, macworld, sick, Steve Jobs, weight loss
- IT TOPICS:Macintosh & Apple, Mobile & Wireless, Personal Technology
To look around the web these days, you have to believe Steve Jobs is on his deathbed. He can't even bring himself to appear before the Macworld 2009 audience and Apple's succession team is about to spring into action. Hold on a minute...
I don't have any inside information to this effect, but it doesn't sound like the Macworld Expo-Apple relationship is ending on a high note. In fact, I'd say there is some long term animosity between the two organizations. Up until now there was a mutual need for the other, a symbiotic relationship. Apple deciding to cut the ties is a pretty brutal blow to the Expo. In 2010, Apple's WWDC will be competing with Macworld Expo for the eyes and ears of the Apple world.
So, to be even more brutal, Apple has decided to cancel its headline act, Steve Jobs, from the show. While initially this is huge news, especially to us Apple watchers, to the general public, it will make the show a lot less interesting. Apple's PR, if they are ever to be believed, have said as much. Why roll out their heavy hitter to a show that they are no longer vested in?
As for Steve Job's gaunt appearance over the past year, I proffer an explanation. Joe Nocera knows the truth - and it isn't cancer. What if Steve Jobs is undergoing a special diet? One that many people have been doing lately: The longevity diet. It is based on a model of severe caloric restriction to below what the body wants. The diet dramatically increases lifespans and quality of life in everything from fruit flies to primates, according to its researchers.
If that is the case, why wouldn't Apple or Steve Jobs release this information publicly? Well, this diet is still on the fringe of normal behavior, and the general public probably would think it was a bit nuts. Then there is the "this is none of your damned business!!" factor.
Think about it though: is Steve Jobs the kind of person who would put himself on a very special diet? Would he be willing to sacrifice being hungry for a longer, healthier life? Would the effects of such a diet mesh with what we've seen lately?
This scenario doesn't seem so far fetched to me.
Some excerpts from the book:
I was well aware of Clive McKay's seminal research on dietary restriction, in the 1930s at Cornell University. His rodents were put on their regime early in life, one in which they were severely and abruptly restricted. Much has transpired since Dr. Richard Weindruch and I postulated and proved in my laboratory that adult-onset CR [Calorie Restriction] in mice, if done gradually, would trigger the health benefits described above.
At that time, I started writing books explaining the scientific principles behind CR, making the case that CR, even when started in adulthood, will almost certainly have the same effects in people as those seen in laboratory animals. We are compelled to say "almost" because the studies needed to prove this would of course take more than a century to conclude. But, as so far tested, CR works across nearly the whole animal kingdom, so it would indeed be surprising if it did not work in humans. Moreover, studies on monkeys currently underway in three laboratories in the United States very clearly show that the extensive physiologic and biochemical changes seen in CR rodents are also found in CR monkeys, to whom we are extremely closely related. In addition, the human studies I personally participated in, monitored, and published results upon, while the medical officer in side the experimental habitat Biosphere 2, also show the same changes.
More studies are underway, and preliminary results all point in the same direction: the CR effect appears to be universal in the animal kingdom. Researchers at Washington University, for example, have just published a report in the journal Nature showing that people on CR manifest the same changes in cholesterol, fasting glucose, insulin levels, and other parameters of health as those seen in nonhuman animals on CR.



