Hope to launch a Beta release in 2011.

I live in Santiago, where damage was not as severe as on these zones near the center of the tectonic movement. Personally, I have the experience of the 1985 earthquake and this new one was, by far, more poweful and disastrous. My apartment is on a 19th floor, so the movement was oscillating, intense and fast because the flexible nature (reinforced concrete) of the “anti-sismic” building. Despite things almost “flay away”, such as my big TV or the microwave oven, there was little damage (consider that not a single window glass was broken). Most of it were fissures across some wall decoratives.

Thanks to God, I was fortunate. My family is safe, plus our material possessions.

This is the opposite for thousands of families of the most affected areas. Many of them have life loss, missing relatives plus the almost total loss of homes and possessions.

I feel very sad for my fellow countrymen. The effort of emergency assistance is very hard, and the reconstruction will take years. Plus, their shock mental state for sure will generate depression and other psychological consequences.

Right now I feel the aftershocks. The alert state is constant.

After reading many (a lot) of diverse and amazing futuristic/sci-fi theories, I can imagine my “recipe for immortality”…

1.- Premises.

- A person is composed by his Body, Mind and Soul (immortal essence which has no proof of real existence, so ignore it if youre agnostic or something alike).

- Mind is the set of electric existing states and ongoing flows that our brain mantains active in its neurons.

- Soul: Suppose that it is implemented via an alter-dimensional set of particles (non detectable in the standard/Einstenian world, but existing at, let’ say, quantum-alike “fuzzy-spectrum” (you know, that level where crazy things happens)).

- Soul is connected to mind from that “fuzzy-spectrum” and we learned to redirect it.

- Time travel is not possible, we cannot change the past, but… maybe we can read it!

- We have super scanners, which can detect the presence/state of any particle or point in the space-time at any given coordinate (x+y+z+t).

- We have super computing power (at Technological-Singularity level) to process enourmous amount of data.

- Genetic engineering and nanotechnoly have evolved so far that it is possible to make physical perfect copies, at molecular scale, of any life form.

2.- Process.

- Select a person who is just previous to die (turn-off his brain, thus lossing its neural state/flows).

- Make a new body (rejuvenated and even improved) to support continuity of the same person via this new chassis.

-Read the state/flow of each neuron of the person. Plus read the Soul assignation from fuzzy-spectrum.

- Then dead happens.

-Reproduce the readed neuron states/flows in the new body. Re-assign the Soul in the fuzzy-spectrum to the new neuron states/flows in the new body.

-Voilá!  Full resurrection achieved.

3.- Considerations.

- If you don’t wait until dead, then this could be used also for making clones of a person (not just the body, but also the mind).

- If soul can be “assigned” to only one mind or simply soul-assignation not happens, then we could have persons with mind, but without soul!.

- If past-time reading is not possible, then only we could back to life (or copy) persons subjected to the scanning process.

- If the universe will collapse someday… then you’ve got only an extended life, not immortality.

Further reading…

Mind Upload, The Singularity, Transhumanism, Multiverse.

At the current early state, the product contains some core -unpolished- features such as…

• Creation of diagram Ideas: Concepts and Relationships.
• Use of different visual styles in connectors and shapes (yet to be changeable by user).
• Multiple document management, plus multiple views by document.
• Zooming of views.
• Idea open/close of composite content.
• Idea expand/collapse of its associated ones.
• Undo and Redo of commands.
• Autoupdate of the tree navigator depending on Idea changes.
• Edition of elemental properties, such as title/name and summary.
• Load and save of documents.

Let’s see a screenshot (click to expand)…

Instrumind ThinkComposer version Alpha 2009.11.16

Consider that the sample diagram exposed is just to show the visual capabilities of the software. So it has no restrictions nor follows a methodology, mapping rules or modeling technique.

Product: ThinkComposer. It is -or will be, when finished- a diagram based tool for organize thoughts, allowing analysis, storing and sharing of the underlying knowledge. It is intended to be an intermediate between visual thinking tools (such as Concept Mapping and Mind Mapping) and more specialized diagramming tools (like UML designers).

Click to expand the next screenshot…

Instrumind ThinkComposer prototype

 I’m working hard to bring it to life and make a better conceptualization in describing the product. I hope to leverage the first version in 2011, more than a year from now, considering all the techniques to learn, problems to analyze and solve, the code to write and test, plus the website creation.

Sometime ago, late-2007/early-2008 to be more specific, the sensation of being carried by the torrent invaded me… feeling that I was swiming well but toward the direction my river was going, which really wasn’t my path. I was working on that professional speciality I studied and I ever liked so much (software development), but I wasn’t *making* what I wanted to.  Imagine a musician dreaming about symphonies, but -by those circumstances of life- making jingles for toothpaste or cornflakes.

Then I noticed some tips, cues or ideas that started to changed my way of thinking:

- After read a newspaper article about some guy living his “sabbatical year” (traveling Europe, India, China and other exotic places), I wondered about “what if I could take a Sabbatical Year???” …where to go?  ..what to do?  Answer: Do whatever you want and never can because time or money. And what is that thing always has motivated me? Answer: CREATE things, in particular implemented as software. Since I saw for the first time the “Lotus 1-2-3″ on an XT, I got inspired by the infinite possibilities computing has.

- Investigating a little, discovered the world of the Micro ISVs. And learned about many companies, products, celebrities and experiences about creating software with such little (or much) resources as only one developer or a few.

- Having already reaching some financial stability and after making some preliminary calculations, I determined that I would have time to make something of that MicroISV scale.

- Remembered when years ago I intended to do some things (maybe “stages” in the live of a developer?)…

• a)  I tried to create a game/simulation software (of the War-Gaming strategic type). Result: Advance was scarce due to time constraints, then abandoned. That was *my* idea, and maybe someday with time/money can be done (ahhh my child at heart).
• b) I participated in an open-source project (a “Mini-ESB”). Result: The other developers -even the leader- abandoned (or really never take it seriously), so I did the same. Anyway, that wasn’t *my* idea.

- When working on my (at the time) job, trying to analyze a problem and designing its solution, I needed to express these ideas in a graphical way and started making shapes and lines on a paper. Then when the drawing reached some complexity I thought… hey! It’s time to stop this hand, pencil and paper thing and use software and its advantages (you know… undo/redo, saving, sharing, etc…). Then…

• I’ve most of the time used UML diagrams (with tools such as PowerDesigner or Enterprise Architect) to analyze and design solutions, but this time I wanted some more free, where I selected -arbitrary- the kind of shapes, lines, and arrows to draw, mainly because that complex problem has different perspectives and I haven’t enough time to make different diagrams for each one, as the UML methodology encourages.

In other words… I needed to draw some diagrams without being forced to follow some methodology with its predefined symbology. I needed FREEDOM. So I went to look for other kinds of software…

• Mind mapping software. Such as XMind, FreeMind, iMindMap, MindJet and many others. Pros: Easy to use for organizing ideas, automatic layout. Cons: Centered in one topic and too simple for work on complex subjects.
• Concept mapping software, like CMapTools. Pros: Not centered in one topic as mind maps. Cons: Like mind maps, too simple for complex subjects.
• General diagramming software. Like Visio, Smart Draw, E-Draw and others alike. Pros: You can draw almost anything, including mind and concept maps, specialized diagrams (flowcharts, UML, etc.). Cons: They concentrate mostly in good-looking, enforces connecting points (line/arrow to node) and attaches data by connecting to external databases.
• Knowledge oriented software. Such as InfoRapid KnowledgeMap, Semantica and others. Pros: They concentrate in managing information. Cons: Like other tools, they enforce layout and certain visualization schemes.

Conclusion:

 No one software I’ve investigated gives me the balance between freedom, information management and visual representation that I really want. So… I will make my own!

That danger of risk can also be considered about the way governments along history have solved conflicts or threats. Many times a diplomatic or pacific solution can be found, but some others no. Most of time terrorist attacks could be stopped, but some of those eventually will have success. If we are concerned about a mad wanting to kill us with a gun, then we should be concerned also about killing ourselves with one accident of our own thousand guns. That is the type of risk that the current status of nuclear weapons have over mankind.

The next Google Techtalk, presented by professor Martin Hellman, is the cause of this post and a voice of “hey! wake up, see and do something” about the subject.

Knowing: Alex Proyas, again, accomplished my expectations… mistery and fantasy together with very thrilling moments and good music (that Beethoven’s 7th Symphony 2nd Movement was the best classical music used on a film since Vide Cor Meum in Hannibal). Stars: 7.5 of 10.

Angels & Demons: I didin’t read the book, so don’t have the “book vs film” problem. It was very entertaining and “educative” about Vatican, history and art things. Stars: 7 of 10.

Star Trek and Wolverine: Both were good action flicks. Stars: 7 of 10.

Watchmen: So and so….  interesting universe, but they killed the (for me) only good character: Rorschach. Stars: 5.5 of 10.

In a way similar to networks, information flow is as fast as the slowest of its components: The Hard Disk, which is a mechanical device, therefore performing at speeds with many orders of magnitude slower than an electronic one. And these hard disks are still around us because the need for space, starting from application files, through huge media files (videos/movies, music and photos and their collections) or data files in workstations.

Primitive Hard Disk

The mechanical nature of hard disks makes them more vulnerable to physical shocks than chips. Also them consume a good amout of electricity for disk rotating and arm-header movements. In comparison, from my personal experiences, I have seen just one RAM failure, but like five times more disk crashes.

I think now is time to change the typical architecture of the PC, which until now uses these memory categories…

• Primary: RAM. The fastest and most expensive.
• Secondary: Hard disk. More capacity with less speed than RAM, but with intermediate cost.
• Tertiary: Removable storage media like DVD, CD or tapes. The slowest and cheaper. Pendrives or other flash devices could be put here (for the removable feature) although being very fast and no so cheap.

The new architecture should not have the secondary storage outside the PC only for backup purposes or alike. This is not an unfeasible option considering…

• Application size cannot grow so much in the sense of its software. The parts that increase sizes are their related data (multimedia, internal dictionaries, maps, scenarios, etc.). Remember the days when a Windows installation consumed just 100 MB in disk?
• The web is so fast that application content (e.g. Google Earth’s satellite image blocks) can be downloaded in a local cache.
• 12 years ago, or so, the common hard disk have just some GB or was measured in hundreds of MB. Now we can have the some Gigs on RAM.
• There are non-volatile RAMs such as solid state disks (flash) and prototypes of new ones such these based on nanoelectronics and other under-development technologies.

Sci-fi RAM (HAL 9000)

I would definitely prefer a 50GB RAM PC with no disk at all than today’s 2GB RAM with 500GB (or even TB) HD that are common. I dream with Excel or Visual Studio loading and working instantly upon my clicks.

I think maybe just 10% percent of phone calls are of relevant subjects, the rest is trivial, able to be delayed or so important that it cannot be discussed by phone (better a meeting or an e-mail).

Also, every day technology on phones (cell) improves making them also most expensive. In my case I don’t want to have a camera, a 1GB hard disk on it to store music nor  a touchscreen.

I like to use a big monitor to do my work. It gives me the flexibility to work on many topics on the same screen without lose context and be distracted with moving/resizing of windows. So I feel uncomfortable with these little screens and also with the little keyboard.

My dream of mobile device is that ”flex-tin” of the movie Red Planet used by the astronauts (I would store the mine over my chest and attached with an articulated arm).

Red Planet Mobile Computer

I understand phones are a real need for many people, but for me are an annoying part of modern life. So, my alternative is E-Mail the good old communication medium: fast, silent and a better way to express ideas (it gives time to think, re-think and correct).