They say “What is in the name?”, I ask “What is in thy name?”
I use the alias damitr in many places. It is actually an acronym for my full name. My name among its various meanings also means something which is ‘the immeasurable.’ But recently while solving an anagram problem it had an idea: what all meanings can be derived from this acronym?
So I used a Free Software named an, apparently one of the original writers of the program is Julian Assange. But the usage is very simple, and it is available on Debian repositories,
So I typed
$an damitr
And I got all the possible combinations of these 6 words. It turned out some of them are quite meaningful and do actually make sense why I am ‘the immeasurable’!
Some of the interesting anagrams are:
triad m
admit r
dirt am
am dirt !
dirt ma
ma dirt
dart i’m
i’m dart
dart mi
dram it
Mt. Arid
Mt. Raid
rid mat
rid tam
dim tar
dim art
dim rat
mid art
mad it r
Dr Mita
Dr. Amit!
Dr Tima
Dr. Tami
Dr. Itam !
di mart
i’d mart
id mart
id tram
i’d tram
di tram
ad trim
d tarim
Among others…
Month: July 2013
Pedagogy of Idea of Power
A paper from much later Papert IBM Journal 2000
“What’s the big idea? Toward a pedagogy of idea power
Here he distinguishes between the psychological (how a person is
affected by a treatment) and epistemological (about ideas) aspects of
learning and assessment. It is rather unfortunate that researchers (much
to Papert’s dismay) choose to study “effects of programming (or of LOGO
or of Computer)” on children after a certain exposure akin to a medical
treatment. This is certainly not what was envisioned by Papert for LOGO
and computers. He also adds that the third word in the subtitle of
“Mindstorms: Children, Computers and Powerful Ideas”, namely powerful
ideas is something that most researchers forgot. They only concentrated
on the earlier two and left the powerful ideas outside the classroom and
the school.
Also for the current practices in the fields of research in education
and especially constructvism which is in vogue now, he has following
critique (which I think is prevalent methodology and framework in our
own centre and applies to them as well):
“Consider Michael’s relationship with school mathematics. Learning how
to find the common denominator of a bunch of fractions is boring for him
because he is not able to use it in any exciting way. It supports
neither flights of the mind nor “hands-on” projects.
Enter a constructivist who says: Michael will have a better relationship
with the manipulation of fractions if he discovers the rules himself. So
situations are created (often with great ingenuity) that will lead
children to “discover” the rules of arithmetic. But being made to
“discover” what someone else (and someone you may not even like) wants
you to discover (and already knows!) is not Michael’s idea of an
exciting intellectual adventure. The idea of invention has been tamed
and has lost its essence. He
wants to fly, but what this kind of constructivism offers him is more
like decorating the captive bird’s
cage.
This failure of the constructivist to meet Michael’s needs represents a
double whammy of disempowerment. Jean Piaget’s very strong idea that all
learning takes place by discovery is emasculated by its translation into
the common practice known in schools as “discovery learning.” It is
disempowered in part because discovery stops being discovery when it is
orchestrated to happen on the preset agenda of a curriculum but also in
large part because the ideas being learned are disempowered. For
example, the idea of rules for manipulating numbers was historically one
of the most powerful ideas ever and in the right context can still be.
But no child would ever
suspect that from its presentation in school as a rather boring routine.
Setting ourselves the task of
re-empowering the ideas being learned is also a step toward
re-empowering the idea of learning by discovery.
The same double whammy is present when the excellent and potentially
powerful intention, that
knowledge is situated, turns into presenting manipulations of fractions
in the guise of “real world” situations such as shopping at the
supermarket. For Michael this contributes nothing to a sense of the
power of the idea of fractions. He cares nothing about shopping in the
supermarket and knows that
in these days of automation at the checkout counter and unit prices on
the labels, no one exercises arithmetic while shopping.”
In this article he also talks about why school reforms are impossible
but change is not.
“So, too, the mega-change in education that will undoubtedly come in the
next few decades will not be
a “reform” in the sense of a deliberate attempt to impose a new designed
structure. My confidence in making this statement is based on two factors:
(1) forces are at work that put the old structure in increasing
dissonance with the society of which it is
ultimately a part, and
(2) ideas and technologies needed to build new structures are becoming
increasingly available.
I hope that publishing this paper will help both factors. Public
discussion of the idea-averse
nature of School makes the dissonance more acute. Public access to
empowered forms of ideas and the ways in which technology can support
them fertilizes the process of new growth.”
Most of the people who are averse to technology for various reasons, are
essentially ignoring the fact that new epistemological and relational
structures among the learners and the things to be learned have started
to form due to current technologies, which were impossible earlier. The
very ignorance of the fact that these structures are changing the
dynamics of knowledge and ideas around us, sometimes knowingly and
patronizingly, will not lead us anywhere but keep us in an idea aversion
mode.