Thursday, November 12, 2026
Tuesday, November 10, 2026
Creation Viewpoint Heavily Censored
Monday, November 9, 2026
Our Design is no Accident
Sunday, November 8, 2026
Common Creation Question Answered
Saturday, November 7, 2026
Fossils Do Not Prove Evolution!
Friday, November 6, 2026
Our Mysterious Past
Thursday, November 5, 2026
Dinosaur Discoveries Rock Evolution
Wednesday, November 4, 2026
How did Cain Find a Wife?
Sunday, January 11, 2026
El agua PUEDE mover montañas rápidamente.
Bruce Malone
Cuatro millones de personas visitan el Gran Cañón cada año y reflexionan sobre las increÃbles fuerzas que excavaron este abismo en la tierra. ¿Acaso el pequeño rÃo en el fondo excavó las numerosas capas de sedimentos durante eones o fue un evento catastrófico el que excavó el cañón con mayor rapidez? Estas son las explicaciones contradictorias sobre el origen del Gran Cañón. Sin embargo, ¿cómo pudo una inundación lograr tanto? Como muestran los siguientes ejemplos, el agua en movimiento tiene una enorme capacidad erosiva.
En la primavera de 1983, el túnel del aliviadero de la presa Glen Canyon tuvo que abrirse para permitir el drenaje del agua del lago Powell. Cuando uno de los aliviaderos se abrió por completo, el patrón de flujo cambió y se observaron bloques de roca saliendo a toda velocidad por la salida del aliviadero. El agua se tiñó de rojo con arenisca disuelta y se produjeron temblores de tierra notables. El aliviadero se cerró inmediatamente para su inspección. El equipo de investigación descubrió increÃbles daños por erosión en el túnel del aliviadero causados por la cavitación del agua fluyente. En cuestión de minutos, el agua que fluÃa penetró los muros de casi un metro de espesor, reforzados con acero, y abrió un agujero de 45 metros de diámetro en la roca circundante, cuya reparación requirió 1.800 metros cúbicos de hormigón.
En las tierras descuidadas del este de Washington se encuentra un ejemplo aún más dramático de la increÃble fuerza erosiva del agua que fluye rápidamente. Un antiguo lago quedó bloqueado al final de la edad de hielo por una presa de hielo en el norte de Idaho. Cuando el agua rompió la presa, arrasó Montana, Idaho y Washington, dejando 25.000 kilómetros cuadrados de terreno marcado y valles profundamente excavados. En un punto, la inundación excavó una zanja de 80 kilómetros de largo, 9.6 kilómetros de ancho y 275 metros de profundidad en roca sólida. Se estima que 26 kilómetros cúbicos de basalto de la meseta de Columbia se erosionaron en cuestión de horas por este único evento. El proceso por el cual el agua en movimiento puede causar daños tan extensos se ilustra arriba.
¿Pudo el Gran Cañón haber sido excavado por eventos y procesos catastróficos similares? Muchos geólogos cualificados están empezando a creer que esto es exactamente lo que ha ocurrido. Estos geólogos han propuesto que una gran zona del suroeste de Estados Unidos quedó cubierta por agua que, al parecer, rompió una presa natural y erosionó rápidamente gran parte del Gran Cañón hasta su profundidad actual. El agua que provocó esta rápida erosión provino del agua que quedó en la meseta al retroceder el diluvio universal.
Existen muchos otros ejemplos de agua en movimiento que han provocado cambios geológicos masivos. Sin embargo, todos estos ejemplos locales palidecen en comparación con el efecto que un diluvio universal tendrÃa en las caracterÃsticas geológicas regionales. Si se produjera un diluvio universal, las fuerzas destructivas ilustradas estarÃan en acción durante y después del evento. El resultado serÃa la rápida acumulación de depósitos sedimentarios muy gruesos sobre vastas regiones. Durante tal evento, los valles se llenarÃan de sedimentos de miles de metros de espesor.
Un único diluvio universal sigue siendo la mejor explicación para las capas de roca sedimentaria que cubren nuestro planeta. Los geólogos que creen en una Tierra antigua no rechazan la evidencia de este diluvio basándose en observaciones cientÃficas. Simplemente optan por interpretar la evidencia partiendo de la base de que nunca hubo tal diluvio. ¿PodrÃa ser una aversión filosófica a aceptar lo sobrenatural en su origen? ¿SerÃa bienvenido en la comunidad cientÃfica actual un geólogo que aceptara un diluvio universal como la formación de las caracterÃsticas geológicas de nuestro planeta? ¿O esta interpretación "polÃticamente incorrecta" lo condenarÃa al ostracismo? Aceptar un diluvio universal como un hecho real afectarÃa profundamente también a otras áreas de la ciencia, como la biologÃa, la paleontologÃa y la antropologÃa. ¿PermitirÃa la comunidad cientÃfica tal interpretación?
A água PODE mover montanhas – rapidamente
Bruce Malone
Quatro milhões de pessoas visitam o Grand Canyon anualmente e refletem sobre as forças incrÃveis que esculpiram este desfiladeiro na Terra. Teria o pequeno rio no fundo do desfiladeiro esculpido as inúmeras camadas de sedimentos ao longo de eras, ou um evento catastrófico teria acelerado a formação do desfiladeiro? Estas são as explicações concorrentes para a origem do Grand Canyon. Mas como é que uma inundação poderia ter realizado tanto? Como mostram os exemplos seguintes, a água em movimento possui um enorme poder erosivo.
Na primavera de 1983, o túnel do descarregador da Barragem de Glen Canyon teve de ser aberto para permitir o escoamento da água do Lago Powell. Quando um dos descarregadores foi totalmente aberto, o padrão de escoamento alterou-se e foram vistos blocos de rocha a serem lançados para fora do descarregador. A água ficou vermelha devido à dissolução do arenito e foram sentidos tremores de terra percetÃveis. O descarregador foi imediatamente encerrado para inspeção. A equipa de investigação descobriu danos erosivos incrÃveis no túnel do descarregador, causados pela cavitação da água em movimento. Numa questão de minutos, a água corrente penetrou nas paredes de aço reforçadas com um metro de espessura e abriu um buraco de 45 metros de diâmetro na rocha circundante, exigindo 1.784 metros cúbicos de betão para a reparação.
Nas terras acidentadas do leste de Washington, há um exemplo ainda mais dramático da incrÃvel força erosiva da água corrente. Um antigo lago foi bloqueado no final da era glaciar por uma barragem de gelo no norte de Idaho. Quando a água rompeu a barragem, devastou Montana, Idaho e Washington, deixando 41.440 quilómetros quadrados de terreno marcado e vales profundos. Num local, a inundação abriu uma vala de 80 quilómetros de comprimento, 9,6 quilómetros de largura e 274 metros de profundidade na rocha sólida! Estima-se que 16 quilómetros cúbicos de basalto do Planalto de Columbia tenham sido erodidos em questão de horas por este único evento. O processo pelo qual a água em movimento pode causar danos tão extensos é ilustrado acima.
Será que o Grand Canyon foi esculpido por eventos e processos catastróficos semelhantes? Muitos geólogos qualificados começam a acreditar que foi exatamente isso que aconteceu. Estes geólogos propuseram que uma grande área do sudoeste dos Estados Unidos estava coberta de água que aparentemente rompeu uma barragem natural e erodiu muito rapidamente grande parte do Grand Canyon até à sua profundidade actual. A água para esta rápida erosão veio da água deixada no planalto quando o dilúvio global recuou.
Existem muitos outros exemplos de água em movimento que provoca alterações geológicas massivas. No entanto, todos estes exemplos locais são insignificantes quando comparados com o efeito que um dilúvio mundial teria nas caracterÃsticas geológicas regionais. Se tivesse havido um dilúvio mundial, as forças destrutivas ilustradas estariam em funcionamento durante e após o evento. O resultado seria a rápida acumulação de depósitos sedimentares muito espessos sobre vastas regiões. Durante um evento deste tipo, os vales seriam preenchidos com sedimentos com milhares de metros de espessura.
Um único dilúvio mundial é ainda a melhor explicação para as camadas de rochas sedimentares que cobrem o nosso planeta. Os geólogos que acreditam numa Terra antiga não rejeitam as evidências deste dilúvio com base em observações cientÃficas. Simplesmente optam por interpretar as provas partindo do pressuposto de que nunca houve tal dilúvio. Será esta uma aversão filosófica a aceitar o que é sobrenatural na sua origem? Um geólogo que aceitasse um dilúvio global como a formação das caracterÃsticas geológicas do nosso planeta seria bem-vindo na atual comunidade cientÃfica? Ou esta interpretação "politicamente incorreta" levá-lo-ia ao ostracismo? Aceitar um dilúvio global como um evento factual afetaria profundamente também outras áreas da ciência, incluindo a biologia, a paleontologia e a antropologia. Tal interpretação seria permitida pela comunidade cientÃfica?
Publicado originalmente 16-11-2012.
Water CAN Move Mountains – Rapidly
Wednesday, October 23, 2013
Thursday, June 13, 2013
Saturday, May 4, 2013
Science Defined to Exclude Creation
Sunday, October 7, 2012
Try Looking into the Microscope
Saturday, October 6, 2012
Concepts have Consequences
Saturday, September 29, 2012
Mutations Always Result in a Loss
Thursday, September 27, 2012
What Good is Part of an Animal?
The late Dr. Werher von Braun, a renowned space scientist and former director of NASA, made the following statement concerning our origin, “One cannot be exposed to the law and order of the universe without concluding that there must be design and purpose behind it all...To be forced to believe only one conclusion - that everything in the universe happened by chance - would violate the very objectivity of science itself. What random process could produce the brains of a man or the system of a human eye? It is in scientific honesty that I endorse the presentation of alternative theories of the origin of the universe, life, and man in the classroom. It would be an error to overlook the possibility that the universe was planned rather than happened by chance.”1 This is not the statement of an unintelligent, uninformed, non-scientist. Furthermore, there are now dozens of creation organizations engaged in research to explain our world based on creation.
A powerful example of the evidence for creation is the interdependence of the parts within an organism. Could completely different yet fully functioning parts of an organism have all arisen in a step-by-step fashion? If not, their origin must have been simultaneous creation. The butterfly is a perfect example. How could some worm-like creature have mutated with both the ability and desire to seal itself inside a cocoon? For either to happen would require thousands of simultaneous and useful changes to the chemical structure of this mysterious “pre-butterfly” type creature. What would have happened to some worm-like creature that sealed itself inside of a cocoon but did not yet have the ability to rearrange its biomatter into an adult butterfly? There has never been a logical explanation of how an insect other than a caterpillar (which already possesses the necessary information to become a butterfly) could transform itself into a butterfly by a series of small genetic changes.
Another example is the woodpecker. Evolution teaches that some kind of bird turned into a woodpecker at some time in the distant past. But what would happen to the first bird born with its feet modified with a backwards claw... yet without the instinct to search for insects while holding onto a vertical tree trunk? Or to the first bird born with backwards talons and the desire to beat its head against a tree... but the incorrect bill? Or the correct feet, desire, and bill...but no instinct to blink its eyes at the moment of impact to keep its eyeballs from popping out? Or the correct feet, desire, bill, and blinking ability... but with a tongue too short to reach the insects inside the hole which it had just beaten into the tree? Or the correct feet, desire, bill, blinking ability, shock-absorbing membranes in the back of the skull, and tongue...but now the tongue too long to fit into its mouth because its skull was not yet redesigned to hold the tongue? In each case, the bird would be at an incredible disadvantage and natural selection would have brought its evolutionary development to an end.
There are thousands of other examples in nature. It is easy to look at a perfectly designed organism and say, “Look at how well this creature is adapted to its environment!” The critical question is ignored by evolutionists and not presented to students - “Is it logical that this animal could have developed by one small change at a time?”
1. Excerpts from an original interview in “Applied Christianity”, from the Bible-Science Newsletter,
May 1974, p.8.
NOTE:
Throughout this book ‘evolution’ will refer to its original meaning: the transformation of one type of animal into a completely different type. No one disputes that there can be minor variations within a given class of organism (micro-evolution). However, this has never been shown to lead to completely new features or types of creatures. No example of macro-evolution has ever been demonstrated.
Tuesday, September 18, 2012
Life is Irreducibly Complex
As we learn more about biological life, it becomes increasingly apparent that its similarity to complex machines is startlingly strong. Yet, because science has been redefined to exclude the possibility of a designer, we are left without any plausible explanation of how life developed.
Michael Behe is a biochemistry professor at Lehigh University who wonderfully illustrates the similarity between mechanical machines and biological life in his book, Darwin’s Black Box: The Biochemical Challenge to Evolution. According to Dr. Behe, even at the smallest biochemical level, life is made up of irreducibly complex machines. Although these machines are made of proteins instead of metal, their complexity is proof that they could only have been produced by an incomprehensibly intelligent designer.
The perfect example of an irreducibly complex machine is the simple mouse trap. This machine consists of at least five parts: the platform, the spring, the hammer, the catch, and the hold-down latch bar. The absence of any one of these components will turn the machine into a piece of useless junk. Furthermore, each of the components has to be designed to a specific size and positioned in a specific place in order for the mouse trap to function. Thus, the simple mousetrap is irreducibly complex … it will not function unless all five pieces are in place. It is this interdependence of the individual parts which makes it so obvious that the simple mousetrap has a designer.
Biological life is also made from irreducibly complex structures, even at the smallest molecular level. For instance, there are millions of organisms, including human bodies, which use a structure called a cilium to either swim or move things around within a creature. Cilia are hair-like structures attached to cells which beat like a whip in order to move foreign particles out of our lungs. Sperm also use cilia to swim. Because these structures are so biologically important and so widespread throughout the animal kingdom, Dr. Behe estimates that TEN THOUSAND technical papers have been published on various aspects of cilia.
Like the mouse trap, cilia require several components in order to operate. In the case of a mousetrap, the components are specifically sized pieces of metal and wood. In the case of cilia, they are specifically shaped proteins. The absolute minimum number of components needed for a cilium to operate are three: proteins forming the hair-like fibers (the rotor), proteins linking the adjacent fibers so that they do not fly apart (links), and proteins which contract to cause its whipping motion (the motor). Without all three of these components - the structure would not function. Thus, cilia are irreducibly complex machines. In reality, cilia contain hundreds of different proteins and all are required for its operation. But even these three specific proteins could never have formed by chance mutations. All three are specifically designed to function together and if any one as missing, the cilia could not operate. Thus, the cilia would become a useless drag line hindering the motion of the organism rather than aiding its survival.
In Dr. Behe’s words, “The amount of scientific research which has been done... leads many people to assume that even if they don’t know how cilia evolved, somebody must know. But the search of professional literature proves them wrong. Nobody knows.”
Nobody knows where cilia came from because cilia are irreducibly complex and can never be explained without a supernatural designer. Yet most biochemists are trained to ignore this possibility when examining biological features. If the correct answer has been eliminated; is it any wonder that ten thousand papers can be written on cilia and not one can explain their origin?
Monday, September 10, 2012
Life is Irreducibly Complex
As we learn more about biological life, it becomes increasingly apparent that its similarity to complex machines is startlingly strong. Yet, because science has been redefined to exclude the possibility of a designer, we are left without any plausible explanation of how life developed.
Michael Behe is a biochemistry professor at Lehigh University who wonderfully illustrates the similarity between mechanical machines and biological life in his book, Darwin’s Black Box: The Biochemical Challenge to Evolution. According to Dr. Behe, even at the smallest biochemical level, life is made up of irreducibly complex machines. Although these machines are made of proteins instead of metal, their complexity is proof that they could only have been produced by an incomprehensibly intelligent designer.
The perfect example of an irreducibly complex machine is the simple mouse trap. This machine consists of at least five parts: the platform, the spring, the hammer, the catch, and the hold-down latch bar. The absence of any one of these components will turn the machine into a piece of useless junk. Furthermore, each of the components has to be designed to a specific size and positioned in a specific place in order for the mouse trap to function. Thus, the simple mousetrap is irreducibly complex … it will not function unless all five pieces are in place. It is this interdependence of the individual parts which makes it so obvious that the simple mousetrap has a designer.
Biological life is also made from irreducibly complex structures, even at the smallest molecular level. For instance, there are millions of organisms, including human bodies, which use a structure called a cilium to either swim or move things around within a creature. Cilia are hair-like structures attached to cells which beat like a whip in order to move foreign particles out of our lungs. Sperm also use cilia to swim. Because these structures are so biologically important and so widespread throughout the animal kingdom, Dr. Behe estimates that TEN THOUSAND technical papers have been published on various aspects of cilia.
Like the mouse trap, cilia require several components in order to operate. In the case of a mousetrap, the components are specifically sized pieces of metal and wood. In the case of cilia, they are specifically shaped proteins. The absolute minimum number of components needed for a cilium to operate are three: proteins forming the hair-like fibers (the rotor), proteins linking the adjacent fibers so that they do not fly apart (links), and proteins which contract to cause its whipping motion (the motor). Without all three of these components - the structure would not function. Thus, cilia are irreducibly complex machines. In reality, cilia contain hundreds of different proteins and all are required for its operation. But even these three specific proteins could never have formed by chance mutations. All three are specifically designed to function together and if any one as missing, the cilia could not operate. Thus, the cilia would become a useless drag line hindering the motion of the organism rather than aiding its survival.
In Dr. Behe’s words, “The amount of scientific research which has been done... leads many people to assume that even if they don’t know how cilia evolved, somebody must know. But the search of professional literature proves them wrong. Nobody knows.”
Nobody knows where cilia came from because cilia are irreducibly complex and can never be explained without a supernatural designer. Yet most biochemists are trained to ignore this possibility when examining biological features. If the correct answer has been eliminated; is it any wonder that ten thousand papers can be written on cilia and not one can explain their origin?
















