When the best things to sayare the things which cannot be said,
I wonder..
why I miss
the choices I never made,
the days I never spent,
the lives I never lived,
the dreams I never dreamt,
the memories I never had,
the pains which I never endured.
It is not that Life seems meaningless without you,
Or the world any less grotesque
Or science any less profound or art uninspiring and religion any less hypocritical
Or literature less intricate and philosophy any less boring.
It is not that Life is nothing but the occasional burst of laughter
rising above the interminable wail of grief[1]
Maybe,
It is just that we never met,
as if we somehow lost an era we never had.
--
1. Dedication(2007)
Thursday, September 11, 2008
Tuesday, September 09, 2008
Monday, September 08, 2008
1279 : EDA & Molecular Visualization
Electronic Desgin Automation is indeed a vast and very fruitful field to say the least. Schematic diagram generation and PCB artwork forms a very small part of it. I was particularly impressed by the ease of use of kicad. Though I am practically more inclined towards Floorplanning ( considering my architectural backgrounds , interest in constraints, 2 gsocs in similar fields etc.) most aspects of EDA are quite inviting. Though i toyed with gEDA sometime back it never really went anywhere. Hopefully with the "more intuitive" kicad, maybe random walks would end somewhere. ( Don't laugh at the screenshot .. probably the most terrible rs232 :) and an example of a particularly large hole in the PCB :D )
Who doesn't like visualizing molecules ? If the representation looks artistically intricate like that of proteins, it hardly takes a push to try things out. I have always been impressed by the amount of open information availability in the field of genetic and protein related studies. So a book like Branden & Tooze + www = roaming around in the molecular world ( well an artistic representation of it .. blah) I have almost always used only rasmol. But I recently shifted pymol and it has been quite a wonderful experience. It is somehow much more intutive. In the picture above, the molecule on the left is Haemoglobin A ( with its characteristic Iron complexes) and the one on right is Seal Myoglobin.I have only reached Chapter 3 (alpha-domain protein structures) of B&T, but it seems like it is going to be on the top of my reading list. On a connected note , The crystal structure (3.2 A) of mammalian Fatty Acid Synthase is on Septemeber's Science cover.
--
On a followup note seems like Techsouls is not working. So waiting to order arduino via sparkfun
as soon as gsoc money comes to the ge corporate card which i finally got unlocked today.
Who doesn't like visualizing molecules ? If the representation looks artistically intricate like that of proteins, it hardly takes a push to try things out. I have always been impressed by the amount of open information availability in the field of genetic and protein related studies. So a book like Branden & Tooze + www = roaming around in the molecular world ( well an artistic representation of it .. blah) I have almost always used only rasmol. But I recently shifted pymol and it has been quite a wonderful experience. It is somehow much more intutive. In the picture above, the molecule on the left is Haemoglobin A ( with its characteristic Iron complexes) and the one on right is Seal Myoglobin.I have only reached Chapter 3 (alpha-domain protein structures) of B&T, but it seems like it is going to be on the top of my reading list. On a connected note , The crystal structure (3.2 A) of mammalian Fatty Acid Synthase is on Septemeber's Science cover.
--
On a followup note seems like Techsouls is not working. So waiting to order arduino via sparkfun
as soon as gsoc money comes to the ge corporate card which i finally got unlocked today.
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