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There are quite a few iPhone apps that are too slow now. Appigo’s ToDo.app needs to sync with tooldedo. That takes too long, I hate it.
Evernote needs to sync and/or upload. Way too slow.
There are other apps that are incomplete, because making them complete would make them unusable. I’d like my Voice Memos to be transcribed, but I want zero delay on launch and dictate.
In all of these cases the time consuming task doesn’t need to take place while I have the UI in front of me. They can take place after I leave the app.
Multitasking solves all of the above. The sync/communicate tasks can occur in the background while I move to do something else.
That’s why I want iPhone multitasking. We’ll see in the fall if Apple’s version of limited multitasking is good enough. I fear it will be too limited for another year.
Update 4/14/10: Good news. The functions I want fall under the "task completion" domain. That should be available to all apps.
iPhone OS 4 has been announced. Among other things, we is now clear that Apple considers the iPhone/iPad domain theirs alone. They reserve the right to eliminate any apps that pose any strategic or competitive threat. This was pretty clear after Apple banned Google Voice, but there was still a bit of wiggle room. Not any more.
Only antitrust action is going to change that, and Apple is not yet dominant enough in mobile to worry about antitrust. Maybe in a few years.
For now, it’s Apple’s way or the highway. On the less dim side, I was impressed by what they’ve added to their way. OS 4 is a good upgrade.
Given what they announced, here’s the current state of my personal wish list compared to OS 3. X means never – I’m dropping those items.
Wish | Rel 3 | Rel 4 |
Multiple exchange accounts | N | Y |
Keyboard | N | Y |
Calendar API | N | Y |
Google Voice app | N | X |
Google Latitude location sharing | N | X |
Cable/wireless sync API for 3rd party apps. | N | ? |
Fix the Notes fields in Calendar and Contacts | N | ? |
Fix broken iPod playlists | N | ? |
My two biggest “wishes” have been granted and there’s a decent chance Apple will fix the two big bugs I experience routinely.
Maybe we’ll see the cable sync API, but at this point wireless sync would be fine too. We won’t see Google apps on the iPhone, but Apple did do a location sharing API – so half points there.
Apple also added several other nice features – but they weren’t on my wish list.
Now it’s all about how Apple makes up for the Google services they’ve blocked. That will be tough, though Google’s declining competence does lessen the sting.
See also
Gut bacteria in Japanese people borrowed sushi-digesting genes from ocean bacteria| Discover MagazineBecause Nori is now cooked, and because persistence seems fragile, the genes will probably disappear from Japanese gut bacteria. It's a fascinating example, however, of the power of the microbiome. The therapeutic implications are obvious. Science fiction writers, incidentally, have long described the use of tailored gut bacteria to enable novel diets. When we run out of beef, cooked grass might be yummy.Japanese people have special tools...... The tools in question are genes that can break down some of the complex carbohydrate molecules in seaweed ... They are wielded by the hordes of bacteria lurking in the guts of every Japanese person ... Some gut bacteria have borrowed the seaweed-digesting genes from other microbes living in the coastal oceans....... Within each of our bowels live around a hundred trillion microbes, whose cells outnumber our own by ten to one. This ‘gut microbiome’ act like an extra organ, helping us to digest molecules in our food that we couldn’t break down ourselves. These include the large carbohydrate molecules found in the plants we eat. But marine algae – seaweeds – contain special sulphur-rich carbohydrates that aren’t found on land. Breaking these down is a tough challenge for our partners-in-digestion. The genes and enzymes that they normally use aren’t up to the task.Fortunately, bacteria aren’t just limited to the genes that they inherit from their ancestors. They can swap genes between individuals as easily as we humans trade money or gifts. This ‘horizontal gene transfer’ means that bacteria have an entire kingdom of genes, ripe for the borrowing. All they need to do is sidle up to the right donor. And in the world’s oceans, one such donor exists – a seagoing bacterium called Zobellia galactanivorans.Zobellia is a seaweed-eater. It lives on, and digests, several species including those used to make nori. Nori is an extremely common ingredient in Japanese cuisine, used to garnish dishes and wrap sushi. And when hungry diners wolfed down morsels of these algae, some of them also swallowed marine bacteria. Suddenly, this exotic species was thrust among our own gut residents. As the unlikely partners mingled, they traded genes, including those that allow them to break down the carbohydrates of their marine meals. The gut bacteria suddenly gained the ability to exploit an extra source of energy and those that retained their genetic loans prospered....... [the human gut bacteria] B.plebeius seems to have a habit of scrounging genes from marine bacteria. Its genome is rife with genes that are more closely related to their counterparts in marine species like Zobellia than to those in other gut microbes. All of these borrowed genes do the same thing – they break down the complex carbohydrates of marine algae...... To see whether this was a common event, Hehemann screened the gut bacteria of 13 Japanese volunteers for signs of porphyranases. These “gut metagenomes” yielded at least seven potential enzymes that fitted the bill, along with six others from another group with a similar role. On the other hand, Hehemann couldn’t find a single such gene among 18 North Americans....... People might only gain the genes after eating lots and lots of sushi but Hehemann has some evidence that they could be passed down from parent to child. One of the people he studied was an unweaned baby girl, who had clearly never eaten a mouthful of sushi in her life. And yet, her gut bacteria had a porphyranase gene, just as her mother’s did.... “Today, sushi is prepared with roasted nori and the chance of making contact with marine bacteria is low,” she said. The project’s other leader, Gurvan Michel, concurs. He notes that of all the gut bacteria from the Japanese volunteers, only B.plebeius as acquired the porphyranase enzymes. “This horizontal gene transfer remains a rare event,” he says....... Rob Knight, a microbiome researcher from the University of Colorado... “This result reinforces the need to conduct a broad and culturally diverse survey of who harbours what microbes. The key to understanding obesity or IBD might well be in genes or microbes acquired under circumstances very different to those we experience in Western society.”
How to connect mining disasters and climate change - How the World Works - Salon.com
... And then there's the famous memo sent by Blankenship in October 2005 to all 'Deep Mine Superintendents.' ...Libertarians, this is why we need government.
"SUBJECT: RUNNING COAL
If you have been asked by your group presidents, supervisors, engineers, to do anything else other than to run coal (i.e. - build overcasts, do construction jobs, or whatever) you need to ignore them and run coal. This memo is necessary only because we seem not to understand that the coal pays the bills."
Mine 'overcasts' are critical to proper mine ventilation, and for many miners, Blankenship's memo made it abundantly clear exactly what Massey's 'top priority' was, and is."
The Large Hadron Collider: Phew! | The EconomistTo make it worthwhile though you need to bet $100K to earn $1K. A CD would have comparable returns, which probably has something to do with the odds.
...Paddy Power, an online bookmaker, is offering odds of 11 to 10 that dark matter will be found before black holes and 8 to 1 that black holes will be first. Dark energy, a mysterious force thought to drive the expansion of the universe, trails at 12 to 1. And for those who fancy a real outside bet, the firm is also offering 100 to 1 that the machine will discover God....
Official Google Research Blog: Lessons learned developing a practical large scale machine learning systemI can think of several reasons why they named it Seti. For one, HAL was taken.... Several years ago we began developing a large scale machine learning system, and have been refining it over time. We gave it the codename “Seti” because it searches for signals in a large space. It scales to massive data sets and has become one of the most broadly used classification systems at Google.
After building a few initial prototypes, we quickly settled on a system with the following properties:
Binary classification (produces a probability estimate of the class label)
Parallelized
Scales to process hundreds of billions of instances and beyond
Scales to billions of features and beyond
Automatically identifies useful combinations of features
Accuracy is competitive with state-of-the-art classifiers
Reacts to new data within minutes...
April 1860 -Scientific American - Electrical Theory
... The results of the experiments instituted by Sir William Grove are exceedingly curious, and must be regarded as all but proving the truth of the modern theory, which assumes that electricity is not, in any sense, a material substance but only an affection (state) or motion of the particles of ordinary matter.
If electricity is unable to pass over or through a vacuum, it is probable that all the other so-called imponderable forces—light, heat, magnetism, and possibly attraction—obey the same law, and as these agencies freely travel the interplanetary spaces, the supposition of Newton that such spaces may be filled with an ethereal form of matter receives an indirect but powerful support....There is no ethereal form of matter in the 19th century sense however. Electricity has a relationship to fundamental electromagnetic forces, but it is not the same sort of thing. Once electricity was divided from "light" it was possible to find common models for light and magnetism.
arXiv blog: Gravity Emerges from Quantum Information, Say Physicists..
One of the hottest new ideas in physics is that gravity is an emergent phenomena; that it somehow arises from the complex interaction of simpler things.In short, one way to deal with the gravity problem is to make gravity go away. It's merely a confusing epiphenomena.
A few month's ago, Erik Verlinde at the the University of Amsterdam put forward one such idea which has taken the world of physics by storm. Verlinde suggested that gravity is merely a manifestation of entropy in the Universe. His idea is based on the second law of thermodynamics, that entropy always increases over time. It suggests that differences in entropy between parts of the Universe generates a force that redistributes matter in a way that maximises entropy. This is the force we call gravity.
What's exciting about the approach is that it dramatically simplifies the theoretical scaffolding that supports modern physics. And while it has its limitations--for example, it generates Newton's laws of gravity rather than Einstein's--it has some advantages too, such as the ability to account for the magnitude of dark energy which conventional theories of gravity struggle with.
But perhaps the most powerful idea to emerge from Verlinde's approach is that gravity is essentially a phenomenon of information.
Today, this idea gets a useful boost from Jae-Weon Lee at Jungwon University in South Korea and a couple of buddies. They use the idea of quantum information to derive a theory of gravity and they do it taking a slightly different tack to Verlinde.
At the heart of their idea is the tricky question of what happens to information when it enters a black hole. Physicists have puzzled over this for decades with little consensus. But one thing they agree on is Landauer's principle: that erasing a bit of quantum information always increases the entropy of the Universe by a certain small amount and requires a specific amount of energy.
Jae-Weon and co assume that this erasure process must occur at the black hole horizon. And if so, spacetime must organise itself in a way that maximises entropy at these horizons. In other words, it generates a gravity-like force.
That's intriguing for several reasons. First, Jae-Weon and co assume the existence of spacetime and its geometry and simply ask what form it must take if information is being erased at horizons in this way.
It also relates gravity to quantum information for the first time. Over recent years many results in quantum mechanics have pointed to the increasingly important role that information appears to play in the Universe.
Some physicists are convinced that the properties of information do not come from the behaviour of information carriers such as photons and electrons but the other way round. They think that information itself is the ghostly bedrock on which our universe is built.
Gravity has always been a fly in this ointment. But the growing realisation that information plays a fundamental role here too, could open the way to the kind of unification between the quantum mechanics and relativity that physicists have dreamed of..
Analyzing Financial StatementsI've put time on my calendar to read and study these posts. (In my life only scheduled things happen. Your life may vary.)... This topic could be and is a full semester course at some business schools. It is a deep and rich topic that I can’t cover in one single blog post. But it is also a relatively narrow skill set at its most developed levels. If you are going to be a public equity analyst, you need to understand this stuff cold and this post will not get you there.
But if you are an entrepreneur being handed financial statements from your bookkeeper or accountant or controller, then you need to be able to understand them and I’d like this post to help you do that. I’d also like this post help those of you who want to be more confident buying, holding, and selling public stocks. So that’s the perspective I will bring to this topic.
In the past three weeks, we talked about the three main financial statements, the Income Statement, the Balance Sheet, and the Cash Flow Statement. This post is going to attempt to help you figure out how to analyze them, at least at a cursory level...
Remote-control warfare: Droning on | The EconomistEven if this particular implementation doesn't succeed, it makes a great deal of sense to build in this kind of automated oversight.
... If they have not been so commandeered, attacks on such sites may constitute war crimes. And drone attacks often kill civilians. On June 23rd 2009, for example, an attack on a funeral in South Waziristan killed 80 non-combatants.
Such errors are not only tragic, but also counterproductive. Sympathetic local politicians will be embarrassed and previously neutral non-combatants may take the enemy’s side. Moreover, the operators of drones, often on the other side of the world, are far removed from the sight, sound and smell of the battlefield. They may make decisions to attack that a commander on the ground might not, treating warfare as a video game.
Ronald Arkin of the Georgia Institute of Technology’s School of Interactive Computing has a suggestion that might ease some of these concerns. He proposes involving the drone itself—or, rather, the software that is used to operate it—in the decision to attack. In effect, he plans to give the machine a conscience.
The software conscience that Dr Arkin and his colleagues have developed is called the Ethical Architecture. Its judgment may be better than a human’s because it operates so fast and knows so much. And—like a human but unlike most machines—it can learn.
The drone would initially be programmed to understand the effects of the blast of the weapon it is armed with. It would also be linked to both the Global Positioning System (which tells it where on the Earth’s surface the target is) and the Pentagon’s Global Information Grid, a vast database that contains, among many other things, the locations of buildings in military theatres and what is known about their current use.
After each strike the drone would be updated with information about the actual destruction caused. It would note any damage to nearby buildings and would subsequently receive information from other sources, such as soldiers in the area, fixed cameras on the ground and other aircraft. Using this information, it could compare the level of destruction it expected with what actually happened. If it did more damage than expected—for example, if a nearby cemetery or mosque was harmed by an attack on a suspected terrorist safe house—then it could use this information to restrict its choice of weapon in future engagements. It could also pass the information to other drones.
No commander is going to give a machine a veto, of course, so the Ethical Architecture’s decisions could be overridden. That, however, would take two humans—both the drone’s operator and his commanding officer...
AOL - Wikipedia, the free encyclopedia
... In May 1988, Quantum and Apple launched AppleLink Personal Edition for Apple II and Macintosh computers. In August 1988, Quantum launched PC Link, a service for IBM-compatible PCs developed in a joint venture with the Tandy Corporation. After the company parted ways with Apple in October 1989, Quantum changed the service's name to America Online ...I used AppleLink, it was pretty good. So too was 1990 AOL for that matter. Since then, not so good. Online hasn't been Jobs thing.