Friday, October 28, 2011

Cajun Culture Wars: Another Victory for LouSEA Science Education


On June 2, 2011, Mark Guarino reported in the Christian Science Monitor that the Louisiana Science Education Act managed to survive a recent legal challenge in the Louisiana legislature. Sadly, that does not bode well for science education in Louisiana, or in the other states that are considering similar legislation.

The Louisiana Science Education Act (or LouSEA) was enacted in 2008 and masquerades as an attempt to enhance critical thinking in the schools. The provisions of LouSEA* enable science teachers to introduce supplemental textbooks and other instructional materials in order to facilitate an objective analysis of scientific theories “including, but not limited to, evolution, the origins of life, global warming, and human cloning.”

While at first blush LouSEA appears to be an effort to promote science in the schools, a closer reading reveals that LouSEA is naught but a thinly-veiled attempt to subvert the federal ban on teaching religion in the public education system. Let’s begin with LouSEA’s contention that critical thinking is contingent upon an “open and objective discussion of scientific theories...” Anyone who has even the slightest acquaintance with scientific principles should recognize this as a self-evident statement. Open, objective debate is a central pillar of scientific philosophy. Always has been, always will be. Given that no one advocates open, objective debate more zealously than scientists, one may wonder why Louisiana legislators felt compelled to reaffirm such a conviction in their LouSEA law. It is here that LouSEA begins to reveal itself as the anti-scientific initiative that it truly is.

For scientists, open, objective debate means that all ideas have a right to receive a fair hearing in the pursuit of scientific truth. However, it must also be understood that, in the hyper-critical atmosphere of scientific debate, ideas that fail to withstand the acid test of rigorous scientific scrutiny will be unapologetically debunked. Thus, if someone wishes to propose that the moon is made of green cheese, they are entirely at liberty to do so. However, green cheese theorists should not expect a warm, cuddly embrace from scientists. Rather, serious scientists would be duty-bound to tear such a cockamamie theory to shreds. It’s nothing personal. The facts simply fail to support lunar cheese theories, and good scientists are not going to countenance nonsense simply because cheese-enthusiasts might get their feelings hurt. 

In the realm of science, that’s what open, objective debate means: in the struggle for existence, only the fittest ideas survive. Ideas that cannot withstand scientific scrutiny go extinct. That’s how science progresses. Good ideas outlive bad ideas. Typically, the distinguishing factor between good vs. bad ideas is factual support. Good ideas tend to be supported by a preponderance of prevailing evidence, whereas bad ideas are not. In brief, that’s why scientists support evolutionary theory and repudiate creationism. The facts overwhelmingly support evolution.

However, under a false guise of “scientific objectivity,” LouSEA endeavors to validate creationist critiques of evolutionary science by stating that LouSEA:

...shall not be construed to promote any religious doctrine, promote discrimination for or against a particular set of religious beliefs, or promote discrimination for or against religion or nonreligion.

Methinks ye doth protest too much.

In other words, LouSEA contends that, even though theology does not hold water in the realm of scientific inquiry, it is not legitimate to discriminate against religious beliefs in science classrooms. Further, LouSEA implies that Louisiana’s schools can do a better job of teaching science by permitting science teachers to promote religion in the classroom. LouSEA is decidedly incorrect on both scores.

To begin with, it is important to establish that it is not just legitimate to discriminate against religious ideas in science classrooms, it is essential! This prejudice is validated in part because federal law prohibits religious indoctrination in the public schools. More importantly, however, faith-based religious dogmas lack even the pretense of the rational, empirical explanatory power of science. Consequently, all science teachers worth their salt should openly discriminate against religious doctrine in their classrooms. Religious explanations for “evolution, the origins of life, global warming, and human cloning” are wrong--often embarrassingly so. Thus, explicitly protecting religious instruction in Louisiana’s public schools, as LouSEA unequivocally does, serves as a means to legally promote outmoded, illogical, unscientific ideas in science classrooms.

That being the case, it is astounding that LouSEA could exist as long as it has without having undergone a serious court challenge. Certainly, the Kitzmiller v. Dover decision established a clear, contemporary legal precedent with which to prevent theological obfuscation of science education in the public schools. No doubt, LouSEA can and should be struck down as the kindred theological contrivance that it is.

There is nothing to be gained by tip-toeing around these issues. In the culture wars, there are winners and losers. Faith-based dogmas are antithetical, and inferior to critical, open-minded scientific inquiry. As such, in the war of ideas, theology has perpetually lost ground to scientific perspectives that provide demonstrably superior explanations for the natural phenomena that make up the empirical universe. Contrary to LouSEA’s assertions, theology does not enhance critical thinking in science classrooms. Instead, it propagates the reverse by inspiring blind obedience to faith in defiance of the facts that parade before our very eyes--this is a point of which I suspect LouSEA’s sponsors are only too well aware. LouSEA is simply the latest in a long history of misguided attempts to undermine science through the wrong-headed application of theology. LouSEA needs to be officially recognized as such and curtailed forthwith. Until it is, all the kids in Louisiana’s schools who deserve much better are going to get stuck with (you guessed it) a lousy science education.


*Click here to read LouSEA’s original wording: http://www.legis.state.la.us/billdata/streamdocument.asp?did=503483




Apply for the NESCent Award

For the third year in a row, the National Evolutionary Synthesis Center (NESCent) is offering two travel awards to attend ScienceOnline2012, a science communication conference to be held January 19-21, 2012, at North Carolina State University. 

Publication and Progress at the Speed of Thought


Einstein once said that imagination was more important than knowledge. By that, Einstein meant that scientific innovation was more a product of groundbreaking leaps of imaginative insight than a ponderous accumulation of isolated facts. In his own career, Einstein demonstrated time and again that scientific progress is often predicated on breaking free from established modes of thought and replacing old ideas with revolutionary new perspectives.

Consistent with Einstein’s perspective, the majority of insights that have given life and direction to the information society have been produced by groundbreaking innovators who have adamantly pursued their own unique visions in spite of the violent opposition they have encountered from mediocre minds. For example, Apple Computers grew to be one of the most influential corporations in the world because its co-founder and former CEO, Steve Jobs, insisted throughout his career on breaking out of one old computing mold after another. Rather than copying the success of his competitors, Jobs rejected the business models of IBM and Microsoft in an effort to build information technologies unlike anything the world had ever seen.

Yet, no matter how clever one happens to be, being an innovator involves risks. Breaking with the past necessarily involves casting aspersions on old, but venerable ideas. As a result, mavericks tend to exhaust the patience of their peers. For example, in 1985, Apple fired Steve Jobs and then languished for the next decade until Apple’s board of directors decided to eat crow and re-hire their visionary founder.

Similar stories of friction between the old guard and charismatic innovators abound in the realm of information technology. Instead of building on old, tired technologies, the most successful innovators introduce entirely new ventures that circumvent the limitations of old school thinking and that, often in the blink of an eye, make well-established technologies obsolete. Thus, the Microsoft monopoly is grudgingly giving way to young turks like Google and Facebook who are steering the information revolution toward new and previously unanticipated horizons.

Nor is science without its share of tensions between forward-thinking innovators and an intransigent old guard. Gatekeepers have long maintained a zealous vigil at the entry points to legitimate academic publication. Throughout the Gutenberg era, publication outlets were so few in number, and each printed word was so costly and precious, that only the most worthy ideas could make it into print. Of course, the flaw in such a scheme was that a very small number of gatekeepers were in a position to exert inordinate control over the definition and content of “worthy” scholarship. Not surprisingly, ideas which resonated with gatekeepers were permitted access to publication, while ideas that failed to pander to the old guards’ preferences were barred at the gate.

Thanks to the Internet, however, the days of the Gutenberg gatekeepers has come to an end. Since the invention of the Internet, the old guard has struggled to reimpose age-old biases on cyberspace. Due to their tireless and self-serving efforts, many high-prestige publications cling to the presumption that “worthy” publications are limited to those compositions that meet with the approval of gatekeepers. But while the old guard congratulates itself for reproducing anachronistic publication barriers in cyberspace, more innovative knowledge-seekers have taken advantage of the boundless opportunities afforded by Internet publication to sidestep the old guard and leave them in the digital dust.

The old guard may not realize it, but Internet publication has no need of their services. Scholars do not need to seek approval from narrow-minded gatekeepers to publish their ideas. The Internet makes it possible to publish new ideas at the speed of thought. And not only is the Internet a more rapid and liberating medium through which to publish ideas, it’s also a heck of a lot cheaper. As a result, authors can publish their ideas and a virtually unlimited number of readers can access their ideas all for the low, low price of…free.

The old guard may scoff. Free, liberated and easy access Internet publication may never meet their exacting publication standards. To be fair, it is true that a small number of people still maintain rigid control over the most prestigious publication outlets. However, this situation summons an image of a small group of dinosaurs crowding ever more closely into the last oasis that stands between those megalizards and extinction. The dinosaurs are welcome to their patch of shrubbery. As the dinosaurs gradually fade away, a different breed of innovators will inherit a vast universe that stretches far beyond the dominion of the dinosaurs.

The future is now for Internet publication. With tools like unrestricted internet publication, scholars have not only been able to instantaneously disseminate a greater amount of information over a wider area than at any time in human history, but Internet publication has also made it possible to redefine the very boundaries of innovative thinking. No longer will small groups of backward-thinking dinosaurs control the ebb and flow of ideas. Instead, the future will be defined by those who have the boldness and creativity to liberate their thinking.

Now more than ever, imagination is more important than knowledge.

Thursday, October 20, 2011

Coming soon: November Flick Review for Pueblo PULP

Here's a teaser...




            The film, Inside Job, won the 2011 Academy Award for best documentary. Charles Ferguson the director of Inside Job kicked off his Oscar acceptance speech with the following statement, "Forgive me, I must start by pointing out that three years after our horrific financial crisis caused by financial fraud, not a single financial executive has gone to jail, and that's wrong,"
                Truly, there is no place like the USA. In what other country could a bunch of bungling bankers defraud the public of trillions of dollars and get off scot free? Even better, as Inside Job details with infuriating candor, the very same people who were responsible for the 2008 financial crash were also assigned the responsibility of “rescuing” the US from the economic disaster that they had caused. Give me a break. Would anyone care to guess why not even one Wall Street wastrel has been charged with financial fraud?
                But it gets better. Recall that Wall Street bankers gleefully accepted billions of dollars from the federal government to bail out their bankrupted financial institutions. Without missing a beat, those villainously incompetent bankers converted taxpayer bailouts—billions that came out of your pocket and mine—into bonuses for their buddies. How’s that for justice?


                    More soon...


                   By the way, here's a link to the October Flick review:  click here

Wednesday, October 19, 2011

Announcement: McGettigan will present Good Science at the CSU-Pueblo Library on October 26, 2011

On Wednesday, October 26, Prof. Tim McGettigan will make a presentation at CSU-Pueblo about his new book, Good Science: The Pursuit of Truth and the Evolution of Reality. The presentation will take place from 4-5pm in the LARC, Room 109. 


Good Science is a fascinating discussion of the way that science routinely transforms fantasies into reality. Through the magic of scientific discovery, the most mind-bending fantasies in one era—from Jules Verne’s Nautilus to Captain Kirk’s talking computer—become bedrock realities in succeeding eras. In agreement with Albert Einstein, Tim McGettigan argues that, when it comes to seeking new truths, imagination is often more important than knowledge.

Monday, October 17, 2011

Science, Technology and Society


Good Science:
The Pursuit of Truth and the Evolution of Reality

By Timothy McGettigan

August 14, 2011
ISBN 0-7391-3677-1 / 978-0-7391-3677-5
Published by Lexington Books,www.lexingtonbooks.com,
a Division of Rowman & Littlefield
 

Brief Description of Good Science
Drawing upon a sequence of the most important breakthroughs in the history of science, Timothy McGettigan's Good Science develops a ground-breaking argument about the evolution of social reality. From Galileo to Einstein and beyond, landmark achievements in science have redefined conceptions of the universe. Indeed, science has also modified the real world by transforming fantasies, such as space travel and thinking computers, into commonplace features of everyday reality. Though science has routinely produced marvels of thought and technology, scientific achievements have also brought about dire threats to human existence, such as overpopulation, ecological disaster, and nuclear annihilation. As such, science must be understood as the most important, and simultaneously, the most hazardous invention that humans have ever conceived. Nevertheless, Good Science asserts that the fortunes of humanity have always been closely tied to the pursuit of more and better knowledge. Thus, imperfect as it may be, science represents the best available means of confronting global crises and creating abundant opportunities for humanity to thrive in the future. Those interested in science, sociology, and what the future holds for both will appreciate this critical and informative work.

Good Science is currently available for book buyers at the following online distributors:

Good Science on the Web:
Good Science on Facebook   
Good Science Home
Good Science Prezi

Friday, October 14, 2011

EASST Press Release for Good Science

The European Association for the Study of Science and Technology

Press Release for Good Science

Pueblo, Colorado – Lexington Books is proud to offer the latest book from Timothy McGettigan, Good Science: The Pursuit of Truth and the Evolution of Reality, hitting bookstores everywhere on September 16, 2011.Good Science is a fascinating discussion of the way that science routinely transforms fantasies into reality. Through the magic of scientific discovery, the most mind-bending fantasies in one era—from Jules Verne’s Nautilus to Captain Kirk’s wireless communicator and talking computer—become bedrock realities in succeeding eras. In agreement with Albert Einstein, Tim McGettigan argues that, when it comes to seeking new truths, imagination is often more important than knowledge.


Contact:
Prof. Timothy McGettigan
Department of Sociology
Colorado State University-Pueblo
Pueblo, CO 81001-4901
Office Phone: 719-549-2416
Email: timothy.mcgettigan@colostate-pueblo.edu 
http://lists.easst.net/pipermail/eurograd-easst.net/2011-August/002554.html

4S Announces Good Science


New Book: Good Science: The Pursuit of Truth and the Evolution of Reality


Good Science: The Pursuit of Truth and the Evolution of Reality (Lexington Books, 2011)
by Timothy McGettigan

Brief Description of Good Science
Drawing upon a sequence of the most important breakthroughs in the history of science, Timothy McGettigan’s Good Science develops a ground-breaking argument about the evolution of social reality. From Galileo to Darwin and beyond, landmark achievements in science have redefined conceptions of the universe. Indeed, science has also modified the real world by transforming fantasies, such as space travel and thinking computers, into commonplace features of everyday reality. Though science has routinely produced marvels of thought and technology, scientific achievements have also brought about dire threats to human existence, such as overpopulation, ecological disaster, and nuclear annihilation. As such, science must be understood as the most important, and simultaneously, the most hazardous invention that humans have ever conceived. Nevertheless, Good Science asserts that the fortunes of humanity have always been closely tied to the pursuit of more and better knowledge. Thus, imperfect as it may be, science represents the best available means of confronting global crises and creating abundant opportunities for humanity to thrive in the future. Those interested in science, sociology, and what the future holds for both will appreciate this critical and informative work.

Lexington Books (http://www.lexingtonbooks.com), a subsidiary of Rowman and Littlefield.
For more information about Good Science, please visit the following webpage:http://goodscience.sociology.org/

Also, please feel welcome to contact the author:

Timothy McGettigan
Department of Sociology
Colorado State University
Pueblo, CO 81001
Email: goodscience2011@gmail.com

Society for the Social Studies of Sciences Announces Good Science

Wednesday, October 12, 2011

New Good Science BLOG Post at Rowman and Littlefield


October 12, 2011

Dilemmas in Truth and Science: Inquiries in the Midst of the Science Wars

The discussions in Dilemmas in Truth and Science are all of a piece. Each is part of a larger endeavor to evaluate the role and veracity of truth in the realm of science. During the 1990s, when I composed the majority of these projects, postmodernists appeared to gaining the upper hand in the Science Wars. To put it bluntly, postmodernists had declared that science was evil and truth was dead. Although certain elements of the postmodern critique clearly had merit, the broader implications for truth and science were more problematic.

In 
Dilemmas in Truth and Science, I develop a critical analysis of the philosophy and practice of science. While I acknowledge the ticklish problems that coercive power often exercises over knowledge, ultimately, I arrive at a very different conclusion than postmodernists about the value of truth and the future of science. 

Dilemmas in Truth and Science at Amazon

Tuesday, October 11, 2011

Rough Seas - Now Available from University Press of America


Rough Seas: Ethnography and Academic Freedom on The Scholar Ship 
By Timothy McGettigan and Carlos A. Cuevas

Rough Seas offers an ethnographic account of a fascinating international education adventure on the high seas. The authors, one a professor and the other a student, describe their experiences on The Scholar Ship-the academic equivalent of the United Nations at sea. The authors argue that international educational ventures such as The Scholar Ship will help cultivate a new generation of highly-educated leaders with the necessary skills to tackle the complex intercultural challenges that face the global village in the twenty-first century.

Timothy McGettigan is a professor of sociology at Colorado State University-Pueblo. His interests include international education, science, technology, and the future. His next book will examine the goals and existing limitations of scientific cosmology.

Carlos A. Cuevas is currently attending graduate school at the University of Nottingham, School of Sociology and Social Policy. His graduate studies are sponsored by the Mexican National Council for Science and Technology (CONACYT).

University Press of America
 $19.95 •Paper •0-7618-5610-2 | 978-0-7618-5610-8 •November 2011• 62 pp

To order, visit rowmanlittlefield.com, call 1-800-462-6420, or click one of the links below:

Rough Seas at Rowman & Littlefield
Rough Seas at Amazon
Rough Seas at Barnes and Noble

Rough Seas - Now Available from University Press of America

Rough Seas: Ethnography and Academic Freedom on The Scholar Ship 
By Timothy McGettigan and Carlos A. Cuevas

Rough Seas offers an ethnographic account of a fascinating international education adventure on the high seas. The authors, one a professor and the other a student, describe their experiences on The Scholar Ship-the academic equivalent of the United Nations at sea. The authors argue that international educational ventures such as The Scholar Ship will help cultivate a new generation of highly-educated leaders with the necessary skills to tackle the complex intercultural challenges that face the global village in the twenty-first century.

Timothy McGettigan is a professor of sociology at Colorado State University-Pueblo. His interests include international education, science, technology, and the future. His next book will examine the goals and existing limitations of scientific cosmology.

Carlos A. Cuevas is currently attending graduate school at the University of Nottingham, School of Sociology and Social Policy. His graduate studies are sponsored by the Mexican National Council for Science and Technology (CONACYT).

University Press of America
 $19.95 •Paper •0-7618-5610-2 | 978-0-7618-5610-8 •November 2011• 62 pp

To order, visit rowmanlittlefield.com, call 1-800-462-6420, or click one of the links below:

Rough Seas at Rowman & Littlefield
Rough Seas at Amazon
Rough Seas at Barnes and Noble


Thursday, October 6, 2011

Steve Jobs, the Internet, and Revolutions at the Speed of Thought


Einstein once said that imagination was more important than knowledge. By that, Einstein meant that scientific innovation was more a product of groundbreaking leaps of imaginative insight than a ponderous accumulation of isolated facts. In his own career, Einstein demonstrated time and again that scientific progress is often predicated on breaking free from established modes of thought and replacing old ideas with revolutionary new perspectives.

Consistent with Einstein’s perspective, the majority of insights that have given life and direction to the information society have been produced by groundbreaking innovators who have adamantly pursued their own unique visions in spite of the violent opposition they have encountered from mediocre minds. For example, Apple Computers grew to be one of the most influential corporations in the world because its co-founder and former CEO, Steve Jobs, insisted throughout his career on breaking out of one old computing mold after another. Rather than copying the success of his competitors, Jobs rejected the business models of IBM and Microsoft in an effort to build information technologies unlike anything the world had ever seen.

Yet, no matter how clever one happens to be, being an innovator involves risks. Breaking with the past necessarily involves casting aspersions on old, but venerable ideas. As a result, mavericks tend to exhaust the patience of their peers. For example, in 1985, Apple fired Steve Jobs and then languished for the next decade until Apple’s board of directors decided to eat crow and re-hire their visionary founder.

Similar stories of friction between the old guard and charismatic innovators abound in the realm of information technology. Instead of building on old, tired technologies, the most successful innovators introduce entirely new ventures that circumvent the limitations of old school thinking and that, often in the blink of an eye, make well-established technologies obsolete. Thus, the Microsoft monopoly is grudgingly yielding to young turks like Google and Facebook who are steering the information revolution toward new and previously unanticipated horizons.

Nor is science without its share of tensions between forward-thinking innovators and an intransigent old guard. Gatekeepers have long maintained a zealous vigil at the entry points to legitimate academic publication. Throughout the Gutenberg era, publication outlets were so few in number, and each printed word was so costly and precious, that only the most worthy ideas could make it into print. Of course, the flaw in such a scheme was that a very small number of gatekeepers were in a position to exert inordinate control over the definition and content of “worthy” scholarship. Not surprisingly, ideas which resonated with gatekeepers were permitted access to publication, while ideas that failed to pander to the old guards’ preferences were barred at the gate.

Thanks to the Internet, however, the days of the Gutenberg gatekeepers have come to an end. Since the invention of the Internet, the old guard has struggled to reimpose age-old biases on cyberspace. Due to their tireless and self-serving efforts, many high-prestige publications cling to the presumption that “worthy” publications are limited to those compositions that meet with the approval of gatekeepers. But while the old guard congratulates itself for reproducing anachronistic publication barriers in cyberspace, more innovative knowledge-seekers have taken advantage of the boundless opportunities afforded by Internet publication to sidestep the old guard and leave them in the digital dust.

The old guard may not realize it, but Internet publication has no need of their services. Scholars do not need to seek approval from narrow-minded gatekeepers to publish their ideas. The Internet makes it possible to publish new ideas at the speed of thought. And not only is the Internet a more rapid and liberating medium through which to publish ideas, it’s also a heck of a lot cheaper. As a result, authors can publish their ideas and a virtually unlimited number of readers can access their ideas all for the low, low price of…free.

The old guard may scoff. Free, liberated and easy-access Internet publication may never meet their exacting publication standards. To be fair, it is true that a small number of people still maintain rigid control over the most prestigious publication outlets. However, this situation conjures the image of a small group of dinosaurs crowding into a dwindling oasis. The dinosaurs are welcome to their patch of shrubbery. As the dinosaurs gradually fade away, a different breed of innovators will inherit a vast universe that stretches far beyond the dominion of the dinosaurs.

The future is now for Internet publication. With such tools, scholars have not only been able to instantaneously disseminate a greater amount of information over a wider area than at any time in human history, but Internet publication has also made it possible to redefine the very boundaries of innovative thinking. No longer will small groups of backward-thinking dinosaurs control the ebb and flow of ideas. Instead, the future will be defined by those who have the boldness and creativity to liberate their thinking.

Now more than ever, imagination is more important than knowledge.


Timothy McGettigan is a professor of sociology at CSU-Pueblo and author of Good Science: The Pursuit of Truth and the Evolutionof Reality.

Saturday, October 1, 2011

Holy Megabucks, Batman! The Astounding Popularity of Superhero Movies


    The first person to live to 1,000 is already 60 years old— Aubrey de Grey, Chief Science Officer of the Strategies for Engineered Negligible Senescence (SENS) Foundation
    Has anyone noticed a pattern in recent summer film seasons? Maybe it’s just me, but lately it seems like one out of every three blockbusters is about a superhero. Spiderman, Batman, Iron Man, the Hulk, Wolverine, Captain America…need I go on? A review of any one of these films would be very brief: mind-numbing eye candy. If you like big muscles and even bigger explosions, then superhero films are for you. If, on the other hand, you prefer films that are slightly more sophisticated than WWF throw-downs, then you might find the burgeoning popularity of superdude sagas a wee bit puzzling.
    Apart from costume changes – for example, the star of Captain America also played the role of the Human Torch in the Fantastic Four – most superhero films are pretty much identical. The stories revolve around a central character, who is often a loser, and who experiences some sort of tragedy. The plot thickens when the luckless everyman gets juiced up with some sort of superpower. The story builds to a climax when the super-charged hero dashes off to vanquish a bad guy who has really got it coming. OK, so if that about sums it up, then why do superhero movies set box office records year after year?
    Hollywood producers have long known that a film’s success depends on forging a personal connection with its audience. But what connection could there possibly be between real people and comic book fantasies?
    Ever since people invented anthropomorphic gods—such as Thor, the star of a recent superhero blockbuster—it’s fair to say that humans have been fascinated with superhumans. The coolest thing about superhumans is that they are sublimely untroubled by the mundane problems that plague mere mortals. Compared to the gods, humans are puny, weak, and insignificant. However, humans are also similar enough to the gods that, if we permit our imaginations to run wild, we can privately entertain fantasies about wielding their superpowers: “There, but for a thunderbolt from heaven, go I.”
    This leads us back to Aubrey de Grey, the Chief Science officer of a foundation that is devoted to finding a cure for death. Yes, you read those words correctly. Now, what on earth would inspire an otherwise level-headed scientist to claim that humans might be on the verge of achieving immortality? Such an outlandish fantasy would certainly seem to fall well outside the pale of serious science; however, it still falls well within the bounds of human aspirations. Keep in mind that Albert Einstein once said, “Imagination is more important than knowledge.”
    In other words, fantasies often lead where science fears to tread. Crazy as it may seem, today’s fantasies are often tomorrow’s realities. If you want a glimpse of what the future might hold, then I recommend that you catch the inevitable sequel to Thor or Captain America. And don’t be surprised if you spot Aubrey de Grey in the front row of the theater.
    Tim McGettigan is a professor of sociology at CSU-Pueblo and he is also the author of Good Science: The Pursuit of Truth and the Evolution of Reality.