4. CASEY LUSKIN
WAYS DESIGNERS ACT WHEN DESIGNING
1. Intelligent agents think with an āend goalā in mind, allowing them to
solve complex problems by taking many parts and arranging them in
intricate patterns that perform a speciļ¬c function
2. Intelligent agents can rapidly infuse large amounts of information into
systems
3. Intelligent agents āre-useā functional components in different systems
4. Intelligent agents typically create functional things (though we may
sometimes think them to be functionless, not realizing the true
function)
5. THE MACGYVER PRINCIPLE
āThe simpler the solution to a
problem, the more intelligence and
ingenuity it requires.ā (Mark Perakh)
Intelligent design will result in simple,
optimal, minimal solutions to design
problems.
Unintelligent design will result in
complex, sub-optimal, sprawling,
redundant solutions to design
problems.
6. THE MACGYVER PRINCIPLE
āThe simpler the solution to a
problem, the more intelligence and
ingenuity it requires.ā (Mark Perakh)
Intelligent design will result in simple,
optimal, minimal solutions to design
problems.
Unintelligent design will result in
complex, sub-optimal, sprawling,
redundant solutions to design
problems.
7. CASEY LUSKIN
THE POSITIVE CASE FOR DESIGN
1. Natural systems will be found that contain many parts arranged in
intricate patterns that perform speciļ¬c functions (e.g. complex and
speciļ¬ed information)
2. Forms containing large amounts of novel information will appear in
the fossil record suddenly and without similar precursors
3. Convergence will occur routinely. That is, genes and other functional
parts will be re-used in different and unrelated organisms
4. Much so-called ājunk DNAā will turn out to perform valuable
functions
8. CASEY LUSKIN
THE POSITIVE CASE FOR DESIGN
1. Bacterial Flagellum
2. Cambrian Explosion
3. āGenes controlling eye or limb growth in different organisms
whose alleged common ancestors are not thought to have
had such forms of eyes or limbsā (Homeotic genes)
4. Design encourages search for function of ājunk,ā Darwinism
doesnāt
10. THE DESIGN ARGUMENT
Natural mechanisms could not have produced many of the
structures in living cells because ā¦
these structures possess āIrreducible Complexityā (Behe), or
these structures possess āComplex Speciļ¬ed
Informationā (Dembski)
11. PAUL NELSON 2004
āEasily the biggest challenge facing the
ID community is to develop a full-
ļ¬edged theory of biological design. We
donāt have such a theory right now, and
thatās a real problem. ... Right now, weāve
got a bag of powerful intuitions, and a
handful of notions such as āirreducible
complexityā and āspeciļ¬ed complexityāā
but, as yet, no general theory of
biological design.ā
12.
13.
14. āOther than updating the list of my children in the Acknowledgements ā¦ there
is very little of the original text I would change if I wrote it todayā
15. MICHAEL BEHE
Claims that Darwinism cannot
explain biochemical complexity
āIrreducibly complex systems ā¦
cannot evolve in a Darwinian
fashionā
āPurposeful arrangement of partsā
implies Design
16. NEO-PALEYISM
We infer design whenever parts appear arranged to accomplish a
function
The strength of the inference is quantitative and depends on the
evidence; the more parts, and the more intricate and sophisticated the
function, the stronger is our conclusion of design
Aspects of life overpower us with the appearance of design
Since we have no other convincing explanation for that strong
appearance of design ā¦ then we are rationally justiļ¬ed in concluding
that parts of life were indeed purposely designed by an intelligent agent
2006, p. 265
17. MICHAEL BEHE
āThe result ā¦ is a loud, clear, piercing cry
of ādesign!ā The result is so unambiguous
and so signiļ¬cant that it must be ranked as
one of the greatest achievements in the
history of science. The discovery rivals
those of Newton & Einstein, Lavoisier &
Schrƶdinger, Pasteur & Darwin. The
observation of the intelligent design of life
is as momentous as the observation that
the earth goes round the sun or that
disease is caused by bacteria or that
radiation is emitted in quantaā (233)
18. MICHAEL BEHE
ā[I]f random evolution is true, there
must have been a large number of
transitional forms between the
Mesonychid and the ancient whale.
Where are they?ā
1994
19. MICHAEL BEHE
ā[I]f random evolution is true, there
must have been a large number of
transitional forms between the
Mesonychid and the ancient whale.
Where are they?ā
1994
26. IRREDUCIBLE COMPLEXITY
āBy irreducibly complex I mean a
single system composed of several
well-matched, interacting parts that
contribute to the basic function,
wherein the removal of any one of the
parts causes the system to effectively
cease functioning. ā¦ An irreducibly
complex biological system, if there is
such a thing, would be a powerful
challenge to Darwinian evolution.ā (39)
27. TESTING BEHE IS DIFFICULT
He acknowledges the driving forces of
evolutionary change: e.g. natural
selection, genetic drift, founder effects,
gene ļ¬ow, meiotic drive, gene
duplication, transposition ā¦
āThe production of some biological
improvements by mutation and natural
selection - by evolution - is quite
compatible with intelligent design
theory.ā
33. INSECTIVOROUS PLANTS
1875
āThe[se] six known generaā¦all capture insects.
This is effected by Drosophyllum ā¦ solely by
the viscid ļ¬uid secreted from their glands; by
Drosera, through the same means, together
with the movements of the tentacles; by
Dionaea ā¦ through the closing of the blades of
the leaf. In [this] last genera rapid movement
makes up for the loss of viscid secretion. ā¦
The parent form of Dionaea ā¦ seems to have
been closely allied to Drosera, and to have had
rounded leaves, supported on distinct
footstalks, and furnished with tentacles all
round the circumference, with other tentacles
and sessile glands on the upper surface.ā
35. āODDā DESIGN
āFeatures that strike us as odd in a
design might have been placed there
by the designer for a reason - for
artistic reasons, for variety, to show
off, for some as-yet-undetected
practical purpose, or for some
unguessable reason.ā
36.
37.
38.
39. ARGUMENT
Observation: The cell contains
biochemical machines in which the loss of
a single component may abolish function.
Assertion: Any of these machines that are
missing a part is, by deļ¬nition, non-
functional and leaves natural selection
with nothing to select for.
Conclusion: These machines could not
have been produced by natural selection.
40. CLAIM
ā[T]here is no publication in the
scientiļ¬c literature ā in prestigious
journals, specialty journals, or books ā
that describes how the molecular
evolution of any real, complex,
biochemical system either did occur
or even might have occurred.ā (p.
185)
41. IDāS āCLEAR AND DARING
PREDICTIONā
āDarwinists will not begin ļ¬lling in
plausible, testable scenarios for
any of the irreducibly complex
cellular systems.ā
Thomas Woodward, Darwin Strikes Back: Defending the
Science of Intelligent Design (2006), p. 78
44. THE FLAGELLUM & ID
The ļ¬agellum āhas a machinelike
irreducible complexity, which is an
empirical marker of design because it
rules out step-by-step evolution
through selection. Take one part away
from the ļ¬agellum and its rotary
system wonāt work ā¦ Its forty parts,
all of them precisely shaped proteins,
are prima facie evidence for an
intelligence behind lifeā
Woodward, 2006, p. 11
48. You keep using that word. I
do not think it means what
you think it means.
49. Start with the 50-
part bacterial
flagellum. . . . And
letās take away 40 of
the parts:
Leaving just 10.
Whatās left should
be non-functional
according to Behe.
50. Bacterial
Flagellum
(~50 parts)
Type-III
Secretory
System
(10 parts)
āAny of these machines that are missing a part
is, by definition, non-functional .ā
54. Axial protein family
Type II secretion
(outer membrane)
(cell wall)
Ion transport
(inner membrane)
Type III secretion
Signal transduction
55. 1. Aizawa, S. I. (2001). āBacterial ļ¬agella and type III secretion systems.ā FEMS Microbiol Lett 202(2): 157-164.
2. Bitter, W. (2003). āSecretins of Pseudomonas aeruginosa: large holes in the outer membrane.ā Arch Microbiology 179(5): 307-314.
3. Blocker, A., Komoriya, K. and Aizawa, S. I. (2003). āType III secretion systems and bacterial ļ¬agella: Insights into their function from structural similarities.ā Proc Natl Acad Sci U S A
100(6): 3027-3030.
4. Cordes, F. S., Komoriya, K., Larquet, E., Yang, S., Egelman, E. H., Blocker, A. and Lea, S. M. (2003). āHelical structure of the needle of the type III secretion system of Shigella ļ¬exneri.ā J Biol
Chem 278(19): 17103-17107.
5. Dailey, F. E. and Macnab, R. M. (2002). āEffects of lipoprotein biogenesis mutations on ļ¬agellar assembly in Salmonella.ā J Bacteriol 184(3): 771-776.
6. Daniell, S. J., Kocsis, E., Morris, E., Knutton, S., Booy, F. P. and Frankel, G. (2003). ā3D structure of EspA ļ¬laments from enteropathogenic Escherichia coli.ā Mol Microbiol 49(2): 301-308.
7. Homma, M., DeRosier, D. J. and Macnab, R. M. (1990a). āFlagellar hook and hook-associated proteins of Salmonella typhimurium and their relationship to other axial components of
the ļ¬agellum.ā J Mol Biol 213(4): 819-832.
8. Homma, M., Kutsukake, K., Hasebe, M., Iino, T. and Macnab, R. M. (1990b). āFlgB, FlgC, FlgF and FlgG. A family of structurally related proteins in the ļ¬agellar basal body of Salmonella
typhimurium.ā J Mol Biol 211(2): 465-477.
9. Hueck, C. J. (1998). āType III protein secretion systems in bacterial pathogens of animals and plants.ā Microbiol Mol Biol Rev 62(2): 379-433.
10. Kirby, J. R., Kristich, C. J., Saulmon, M. M., Zimmer, M. A., Garrity, L. F., Zhulin, I. B. and Ordal, G. W. (2001). āCheC is related to the family of ļ¬agellar switch proteins and acts
independently from CheD to control chemotaxis in Bacillus subtilis.ā Mol Microbiol 42(3): 573-585.
11. Kojima, S. and Blair, D. F. (2001). āConformational change in the stator of the bacterial ļ¬agellar motor.ā Biochemistry 40(43): 13041-13050.
12. Koretke, K. K., Lupas, A. N., Warren, P. V., Rosenberg, M. and Brown, J. R. (2000). āEvolution of two-component signal transduction.ā Mol Biol Evol 17(12): 1956-1970.
13. Mathews, M. A., Tang, H. L. and Blair, D. F. (1998). āDomain analysis of the FliM protein of Escherichia coli.ā J Bacteriol 180(21): 5580-5590.
14. Plano, G. V., Day, J. B. and Ferracci, F. (2001). āType III export: new uses for an old pathway.ā Mol Microbiol 40(2): 284-293.
15. Saijo-Hamano, Y., Uchida, N., Namba, K. and Oosawa, K. (2004). āIn Vitro Characterization of FlgB, FlgC, FlgF, FlgG, and FliE, Flagellar Basal Body Proteins of Salmonella.ā J Mol Biol
339(2): 423-435.
16. Vogler, A. P., Homma, M., Irikura, V. M. and Macnab, R. M. (1991). āSalmonella typhimurium mutants defective in ļ¬agellar ļ¬lament regrowth and sequence similarity of FliI to F0F1,
vacuolar, and archaebacterial ATPase subunits.ā J Bacteriol 173(11): 3564-3572.
17. Zhulin, I. B., Nikolskaya, A. N. and Galperin, M. Y. (2003). āCommon extracellular sensory domains in transmembrane receptors for diverse signal transduction pathways in bacteria and
archaea.ā J Bacteriol 185(1): 285-294.
56. NO PUBLICATIONS?
Number of peer reviewed articles
discussing the homologies: 17
Number cited in DBB: 0
57.
58.
59. GENE DUPLICATION
One of a number of known
methods for generating new
functions
Creation of duplicate allows
evolution of new function while
maintaining old function.
60. Mechanism by which an
ancestral trypsinogen
gene was transformed
into an AntiFreeze
GlycoProtein gene
Chen et al. (1997) āEvolution of antifreeze glycoprotein gene from a trypsinogen gene in Antarctic notothenioid fishā PNAS 94: 3811.
61. Gene Duplication and
the Vertebrate
Clotting System
Orange: Duplicates of core serine proteases.
Light Blue: Duplicates of the ceruloplasmin family.
Yellow: Duplicates of the transglutamase family.
Dark blue: Duplicates of prekallikrein.
62.
63. IMMUNE RESPONSE
āWe can look high or we can look
low, in books or in journals, but the
result is the same. The scientiļ¬c
literature has no answers to the
question of the origin of the immune
system.ā
65. IMMUNE RESPONSE
āI am quite skeptical, although I
haven't read them, that in fact they
present detailed rigorous models for
the evolution of the immune system
by random mutation and natural
selection.ā
66.
67.
68. NO PUBLICATIONS?
Number of peer reviewed articles
discussing immune system: 357
Number cited in DBB: 6
69. IMMUNE RESPONSE
āWe can look high or we can look
low, in books or in journals, but the
result is the same. The scientiļ¬c
literature has no answers to the
question of the origin of the immune
system.ā
70. CROSS-EXAM IN KITZMILLER
Q. And I'm correct when I asked you, you would need to
see a step-by-step description of how the immune
system, vertebrate immune system developed?
A. Not only would I need a step-by-step, mutation by
mutation analysis, I would also want to see relevant
information such as what is the population size of the
organism in which these mutations are occurring, what is
the selective value for the mutation, are there any
detrimental effects of the mutation, and many other such
questions.
Q. And you haven't undertaken to try and ļ¬gure out
those?
A. I am not conļ¬dent that the immune system arose
through Darwinian processes, and so I do not think that
such a study would be fruitful.
71. WILLIAM DEMBSKI
āBeheās challenge was not simply to
ļ¬nd a Darwinian explanation for the
origin of a biochemical machine, but
to ļ¬nd a detailed Darwinian
explanation for the origin of an
irreducibly complex biochemical
machine.ā (2002)
72. WILLIAM DEMBSKI
ā[I]tās not IDās task to match your
pathetic level of detail in telling
mechanistic stories. If ID is correct and
an intelligence is responsible and
indispensable for certain structures,
then it makes no sense to try to ape
your method of connecting the
dots.ā (2001)
73. ERIC ROTHSCHILD
āThankfully, there are scientists who do
search for answers to the question of the
origin of the immune system. ... The scientists
who wrote those books and articles toil in
obscurity, without book royalties or speaking
engagements. Their efforts help us combat
and cure serious medical conditions. By
contrast, Professor Behe and the entire
intelligent design movement are doing
nothing to advance scientiļ¬c or medical
knowledge and are telling future generations
of scientists, don't bother.ā
74. JUDGE JOHN JONES III
ā[Behe] was presented with ļ¬fty-eight
peer-reviewed publications, nine books,
and several immunology textbook
chapters about the evolution of the
immune system; however, he simply
insisted that this was still not sufļ¬cient
evidence of evolution, and that it was not
āgood enoughā ... We ļ¬nd that such
evidence demonstrates that the ID
argument is dependent upon setting a
scientiļ¬cally unreasonable burden of proof
for the theory of evolution.ā
75.
76. H. ALLEN ORR
āAn irreducibly complex system can be built
gradually by adding parts that, while initially
just advantageous, become - because of
later changes - essential. The logic is very
simple. Some part (A) initially does some
job (and not very well, perhaps). Another
part (B) later gets added because it helps A.
This new part isn't essential, it merely
improves things. But later on, A (or
something else) may change in such a way
that B now becomes indispensable. This
process continues as further parts get
folded into the system. And at the end of
the day, many parts may all be required.ā
Boston Review, Dec 1996
77.
78. A āfossilā
pathway
āThis primitive structure of the
pathway still works in several
anaerobic bacteria and
invertebratesā
80. CLAIM
ā[T]here is no publication in the
scientiļ¬c literature ā in prestigious
journals, specialty journals, or books ā
that describes how the molecular
evolution of any real, complex,
biochemical system either did occur
or even might have occurred.ā (p.
185)
81. CLAIM
āDarwinists will not begin ļ¬lling in
plausible, testable scenarios for
any of the irreducibly complex
cellular systems.ā
Thomas Woodward, Darwin Strikes Back: Defending the
Science of Intelligent Design (2006), p. 78
82.
83.
84.
85. IMPERVIOUS TO CHANGE
āOther than updating the list of my
children in the Acknowledgements ā¦
there is very little of the original text
I would change if I wrote it todayā
Afterword of the āTenth Anniversaryā edition, 2006.
86. IMPERVIOUS TO CHANGE
āOther than updating the list of my
children in the Acknowledgements ā¦
there is very little of the original text
I would change if I wrote it todayā
Afterword of the āTenth Anniversaryā edition, 2006.
89. Phylum Arthropoda
Subphylum Chelicerata
Class Merostomata (horseshoe crabs, eurypterids)
Class Pycnogonida (sea spiders)
Class Arachnida (spiders, ticks, mites)
Subphylum Crustacea
Class Remipedia
Class Cephalocarida
Class Branchiopoda (fairy shrimp, water ļ¬eas, etc.)
Class Maxillopoda (ostracods, copepods, barnacles)
Class Malacostraca (isopods, amphipods, krill, crabs, shrimp, etc.)
Subphylum Uniramia
Class Chilopoda (centipedes)
Class Diplopoda (millipedes)
Class Insecta
90. Phylum Chordata
At the origin of life: "intelligent design is
quite compatible with the view that the
universe operates by unbroken natural law,
with the design of life perhaps packed into
its initial set-up.ā [166]
Three billion years later: "Explicit design
appears to reach into biology to a certain
level, to the level of the vertebrate class,
but not necessarily furtherā [220]
92. ACCEPTS HUMAN ANCESTRY
Vitamin C pseudogene: "Both humans and
chimps have a broken copy of a gene that in
other mammals helps make vitamin C.... It's
hard to imagine how there could be stronger
evidence for common ancestry of chimps
and humans." (71-72)
Hemoglobin pseudogene: ā[C]ompelling
evidence for the shared ancestry of humans
and other primates comes from ... a broken
hemoglobin gene." (71)
93. FRONT LOADING
āSuppose that nearly four billion
years ago the designer made the ļ¬rst
cell, already containing all of the
irreducibly complex biochemical
systems discussed here and many
others. (One can postulate that the
designs for systems that were to be
used later, such as blood clotting,
were present but not āturned
on)ā (DBB 227-8)
95. CATS AND DOGS AND
ELEPHANTS, OH MY!
Medved: āWhat youāre talking about really is
the leaps, arenāt you. I mean the kind of
random mutations, or allegedly random
mutations, who [sic] create a new species.ā
Behe: āYeah, well I wouldnāt call it species. Iād, Iād
go a little higher, maybe genus or something in
biology. Biology has a number of levels and you
might be able to get, say, from a wolf to a dog
using random mutation and natural selection.
But I donāt think you can get from a dog to a
cat or a precursor organism and get from a
dog to a cat or certainly to an elephant.ā
The Michael Medved Show June 5th 2007.
96.
97. NEO-PALEYITE LANGUAGE
ā¢ exquisitely purposeful arrangement of parts ā¢ enormously complex coherent molecular
machinery
ā¢ astonishingly complex, coherent systems
ā¢ elegant molecular outboard motors
ā¢ stupendously complex systems
ā¢ elegant immune system
ā¢ enormously complex cellular mechanisms
ā¢ intricate genetic control programs
ā¢ startlingly complex pathway of ļ¬agellum
assembly ā¢ stupendously intricate cellular machines
ā¢ staggering complexity of modern biology ā¢ sophisticated living machinery
ā¢ tremendously complex elegant complexity ā¢ highly sophisticated, automated mechanisms
ā¢ stunning complexity ā¢ ultrasophisticated molecular machinery
98. āHereās something to ponder long and hard: Malaria was intentionally
designed. The molecular machinery with which the parasite invades red
blood cells is an exquisitely purposeful arrangement of parts.ā (237)
99. Malaria kills between one and three million people a year, most of them
children in Sub-Saharan Africa. It āwas intentionally designedā.
102. INTER-FLAGELLAR
TRANSPORT
āIFT exponentially increases the
difļ¬culty of explaining the irreducibly
complex cilium. It is clear from careful
experimental work with all ciliated
cells that have been examined, from
alga to mice, that a functioning cilium
requires a working IFT. ā [p. 94]
103. āMORE THAN ONE WAY TO BUILD A CILIUMā
Briggs et al (2004) Current Biology 14(15): R611-R612
107. ROB KOONS
PHILOSOPHER OF RELIGION
āDembski is the Isaac
Newton of information
theory, and since this is the
Age of Information, that
makes Dembski one of the
most important thinkers of
our time. ā
108. ROB KOONS
PHILOSOPHER OF RELIGION
āDembski is the Isaac
Newton of information
theory, and since this is the
Age of Information, that
makes Dembski one of the
most important thinkers of
our time. ā
109. WILLIAM DEMBSKI
BA Psychology, U. Illinois, 1981
MS Statistics, U. Illinois, 1983
MS Mathematics, U. Chicago, 1985
PhD Mathematics, U. Chicago, 1988
MA, Philosophy, U. Illinois, 1993
PhD, Philosophy, U. Illinois, 1996
MDiv, Theology, Princeton Theological Seminary, 1996
Fellow of the Discovery Institute, 1996 -
110. WILLIAM DEMBSKI
Associate Research Professor, Baylor
University, 1999 - 2005
Director, Charles Polyani Center, 1999 - 2000
Carl F. H. Henry Professor of Theology
and Science, Southern Baptist
Theological Seminary, 2005 - 2006
Professor of Philosophy, Southwestern
Baptist Theological Seminary, 2006 -
116. REQUIREMENTS FOR CSI
Contingency: There is a choice (vs. necessity)
Complexity: Not so simple that the object can be explained
by chance
Speciļ¬cation: Object exhibits a pattern characteristic of
intelligence
121. ARE THESE CSI?
S
SDF
SDSDSDSDSDSDSDSDSDSDSDSDSDS
SDFDJSLSDGHKHERSKHSGJHDSGK
122. ARE THESE CSI?
S
SDF
SDSDSDSDSDSDSDSDSDSDSDSDSDS
SDFDJSLSDGHKHERSKHSGJHDSGK
SDGAHAKAUFAILASJAJSDHAATDQYEQADSD
123. ARE THESE CSI?
S
SDF
SDSDSDSDSDSDSDSDSDSDSDSDSDS
SDFDJSLSDGHKHERSKHSGJHDSGK
SDGAHAKAUFAILASJAJSDHAATDQYEQADSD
INTHEBEGINNINGWASTHEWORD
124. ARE THESE CSI?
S
SDF
SDSDSDSDSDSDSDSDSDSDSDSDSDS
SDFDJSLSDGHKHERSKHSGJHDSGK
SDGAHAKAUFAILASJAJSDHAATDQYEQADSD
INTHEBEGINNINGWASTHEWORD
SINNEFIANNAFAILATAFAOIGHEALLAGEIREINN
125. SPECIFICATION
āSpeciļ¬cation depends on the
knowledge of subjects. Is speciļ¬cation
therefore subjective? Yes.ā
āEverything depends on what [one]
knows, believes, determines, and
provisionally acceptsā
126. The
Explanatory
Filter Yes
Regularity
No
Yes
Chance
No
Yes
Design!
HP: High Probability
No IP: Intermediate Probability
sp.SP: Specified small probability
Chance
127. Deļ¬nes ādesignā in
purely negative terms. Yes
Regularity
Where is the cut-off No
between HP, IP & sp/ Yes
SP? Chance
No
How do you deļ¬ne
āspeciļ¬edā particularly Yes
Design!
if it is highly sensitive
to changes in current No HP: High Probability
IP: Intermediate Probability
knowledge? sp.SP: Specified small probability
Chance
128. Yes
D?
Yes
Regularity
Donāt Know
No
Donāt Know Yes
(Yet). Chance
No
Yes
Design!
D: Decidable?
No HP: High Probability
IP: Intermediate Probability
sp.SP: Specified small probability
Chance
129. 2008
āIāve pretty much dispensed with the
EF. It suggests that chance, necessity,
and design are mutually exclusive.
They are not. Straight CSI is clearer as
a criterion for design detection.ā
130. CSI
CSI is āany speciļ¬ed information
whose complexity exceeds 500 bits
of informationā
This is Dembskiās Universal Probability
Bound (UPB) as 500 bits has a
probability of 10-150.
131. UNIVERSAL PROBABILITY
BOUND
UPB = No of particles x Planck time x
Age of Universe
UPB = 1080 x 1045 x 1025 = 10150
āAll the probabilistic resources in the
known physical universe cannot conspire
to render remotely probable an event
whose probability is less than this
universal probability bound.ā (Dembski,
The Design Revolution, p. 87)
132. Ix = - log2 px
Information is seen as a removal of
possibilities (decrease in uncertainty)
1 bit = probability of 0.5
Ix
Probability
133. 1997
āDo the calculation. Take the numbers
seriously. See if the underlying
probabilities really are small enough to
yield design.ā
134. āI show that undirected natural processes like the
Darwinian mechanism are incapable of generating
the specified complexity that exists in biological
organisms.ā
How? By a calculation showing that the probability of
spontaneous assembly of the proteins in the
flagellum lies beyond the range of the āuniversal
probability boundā (1 x 10 -150)
135.
136. CYTOCHROME C
Weighs in at 233 bits,
therefore not CSI,
according to Dembskiās
criteria
Cyt-c could have arisen by
chance but it is highly
conserved across groups
137. PROTEIN BINDING SITES
Human splice acceptor sites
contain on average 9.4 bits of
information.
Below 500 bit limit, but clearly
CSI.
138. THE BAD STUFF
Viruses, oncogenes, and ājumping
genesā cause diseases (e.g. ebola, avian
ļ¬u, AIDS), cancers and genetic
disruption
All have information content beyond
the 500 bit limit of Dembski.
According to Dembski they must have
been designed.
147. Using a starting random
base sequence of 256
bases, and a population
of 64, Schneiderās
program generated
(using random mutation
and natural selection
with no human
intervention) a āCSIā
binding site in 704
generations.
148. INEFFICIENCY
This gain in information required the ādeathā of 32 organisms in
each of 704 generations, i.e. 22,528 deaths.
This is very inefļ¬cient, yet a site with a probability of 1 in
500,000,000,000,000,000,000 (I=68.76 bits) is generated in ~1000
generations
The entire human genome (~4,000,000,000 bits) could evolve in a
billion years
This does not consider sexual recombination or realistic population
size
149. BEATING THE UPB
Schneider looked for the
evolution of 512 bits in a small
(n=512) asexual population of
creatures. He allowed one
mutation per generation.
He defeated the UPB in 15,000
generations
150. LISTEN UP, EVERYONE ...
Living things create
information (āspeciļ¬ed
complexityā) via
environmental selection and
random mutations. Living
things and their environment
are the āintelligent designerā
151. REACTION TO DEMBSKI
Biologists ā¦ little time for abstractions, especially as no
predictions are made
Mathematicians ā¦ little notice
Philosophers ā¦ negative due to problems with Explanatory
Filter
Number of papers using Dembskiās methodology?
153. PONDERING ID
āSince its founding in 1996, the [Center for Science and
Culture] has spent 39% of its $9.3 million [i.e. ~ $3.6 million]
on research, Dr. Meyer said, underwriting books or papers, or
often just paying universities to release professors from some
teaching responsibilities so that they can ponder intelligent
design.
New York Times (21 Aug ā05)
154. BRUCE CHAPMAN
āIf I were to carry around
Discovery fellows' peer-reviewed
science journal articles on
Darwinian theory and intelligent
design I would need a suitcase,
not a coat pocket.ā
http://www.spectator.org/dsp_article.asp?art_id=11929 (2007)
155. āPEER-REVIEWED SCIENCE
JOURNAL ARTICLESā
Meyer in Proceedings of the
Biological Society of Washington
Behe in Protein Science
Wells in Rivista di Biologia
156. āPEER-REVIEWED SCIENCE
JOURNAL ARTICLESā
Meyer in Proceedings of the
Biological Society of Washington
Behe in Protein Science
Wells in Rivista di Biologia
157. WELLS
A data-free paper whose
hypothesis was quickly
disproven.
158. BEHE
Actually shows
complex systems can
arise through natural
selection even when
the study is āļ¬xedā.
159. MEYER
A review article
that was
demonstrated to be
erroneous in fact
and interpretation
and has been found
to have misused the
peer-review
process.
165. OUTPUT IN FIELD SINCE ā96
Behe (biochemistry) ā 4 (2004)
Wells (cell & molecular biology) ā 3 (2005)
Nelson (philosophy of biology) ā 1 (1996)
Meyer (history & philosophy of science) ā 0
Dembski (mathematics) ā 0
166. RECENT PUBLICATIONS
Winston Ewert, George MontaƱez, William A. Dembski,
Robert J. Marks II, āEfļ¬cient Per Query Information Extraction
from a Hamming Oracle,ā Proceedings of the the 42nd Meeting
of the Southeastern Symposium on System Theory, 2010, pp.
290-297.
Winston Ewert, William A. Dembski, and Robert J. Marks II,
"Evolutionary Synthesis of Nand Logic: Dissecting a Digital
Organism," Proceedings of the 2009 IEEE International
Conference on Systems, Man, and Cybernetics, 2009, pp.
3047-3053.
William A. Dembski, and Robert J. Marks II, āBernoulliās
Principle of Insufļ¬cient Reason and Conservation of
Information in Computer Search,ā Proceedings of the 2009
IEEE International Conference on Systems, Man, and
Cybernetics, 2009, pp. 2647-2652.
167. BIOLOGIC INSTITUTE
Douglas Axe (Chemical engineering)
Lisanne DāAndrea-Winslow (Invertebrate immunology)
Ann Gauger (Developmental biology)
Guillermo Gonzalez (Astronomy)
David Keller (Chemistry)
Robert J Marks II (Electrical engineering)
Richard von Sternberg (Molecular evolution)
Brendan Dixon (Programmer, ex-Microsoft)
168. BIOLOGIC INSTITUTE
Douglas Axe (Chemical engineering)
Lisanne DāAndrea-Winslow (Invertebrate immunology)
Ann Gauger (Developmental biology)
Guillermo Gonzalez (Astronomy)
David Keller (Chemistry)
Robert J Marks II (Electrical engineering)
$700,000 donation to the
Richard von Sternberg (Molecular evolution) Center for Science and Culture
Brendan Dixon (Programmer, ex-Microsoft) $30,000 donation to Marks to employ
Dembski as a post-doc at Baylor.
170. BOSTON MEETING 2007
Meyer, Behe, Dembski, Minnich, Nelson, Wells
Doug Axe - "The Language of Proteins - Revisiting a Classic
Metaphor with the Beneļ¬t of New Technology.ā
Richard von Sternberg - "Genomes, Formal Causes and Taxa.ā
Robert Marks - "The Need for Active Information in Evolutionary
Search.ā
Ann Gauger - "Assessing the difļ¬culty of pathway evolution: an
experimental test.ā
171. DAN BROOKS
ā[Gauger] was then prompted by one of her colleagues to regale
us with some new experimental ļ¬nds. She gave what amounted to
a second presentation, during which she discussed āleaky growthā in
microbial colonies at high densities, leading to horizontal transfer of
genetic information, and announced that under such conditions she
had actually found a novel variant that seemed to lead to enhanced
colony growth. Gunther Wagner said, āSo, a beneļ¬cial mutation
happened right in your lab?ā at which point the moderator halted
questioning. We shufļ¬ed off for a coffee break with the admission
hanging in the air that natural processes could not only produce
new information, they could produce beneļ¬cial new information.ā
172. Rule by scientific experts over democracy
Utopianism
ā¢āÆ Creation of āheaven on earthā
Dehumanization
ā¢āÆ Nazism / Stalinism / Communism
Relativism
ā¢āÆ āevolving standards in politics and moralityā
Censorship
173. JONATHAN WELLS
ā[Critics] articles are rejected by
mainstream journals whose editorial
boards are dominated by the dogmatists;
the critics are denied funding by
government agencies, who send grant
proposals to the dogmatists for āpeerā
review;
and eventually the critics are hounded out
of the scientiļ¬c communityā [Icons, 235]
174. EVIDENCE?
Unfairly rejected papers?
Unfairly rejected grant
applications?
Denial of tenure because of
support for ID?
Editor's Notes
i.e. design exists only when and where evolution cannot explain it
Therefore, specification depends on current state of knowledge. / Something is specified if an ID supporter says it is!/ This is ultimately a “God of the Gaps” type argument
Therefore, specification depends on current state of knowledge. / Something is specified if an ID supporter says it is!/ This is ultimately a “God of the Gaps” type argument
Therefore, specification depends on current state of knowledge. / Something is specified if an ID supporter says it is!/ This is ultimately a “God of the Gaps” type argument
Therefore, specification depends on current state of knowledge. / Something is specified if an ID supporter says it is!/ This is ultimately a “God of the Gaps” type argument
Therefore, specification depends on current state of knowledge. / Something is specified if an ID supporter says it is!/ This is ultimately a “God of the Gaps” type argument
Therefore, specification depends on current state of knowledge. / Something is specified if an ID supporter says it is!/ This is ultimately a “God of the Gaps” type argument