The lake of fire:The Watchtower Society's commentary II

LAKE OF FIRE

This expression occurs only in the book of Revelation and is clearly symbolic. The Bible gives its own explanation and definition of the symbol by stating: “This means the second death, the lake of fire.”—Re 20:14; 21:8.

The symbolic quality of the lake of fire is further evident from the context of references to it in the book of Revelation. Death is said to be hurled into this lake of fire. (Re 19:20; 20:14) Death obviously cannot be literally burned. Moreover, the Devil, an invisible spirit creature, is thrown into the lake. Being spirit, he cannot be hurt by literal fire.—Re 20:10; compare Ex 3:2 and Jg 13:20.

Since the lake of fire represents “the second death” and since Revelation 20:14 says that both “death and Hades” are to be cast into it, it is evident that the lake cannot represent the death man has inherited from Adam (Ro 5:12), nor does it refer to Hades (Sheol). It must, therefore, be symbolic of another kind of death, one that is without reversal, for the record nowhere speaks of the “lake” as giving up those in it, as do Adamic death and Hades (Sheol). (Re 20:13) Thus, those not found written in “the book of life,” unrepentant opposers of God’s sovereignty, are hurled into the lake of fire, meaning eternal destruction, or the second death.—Re 20:15.

While the foregoing texts make evident the symbolic quality of the lake of fire, it has been used by some persons to support belief in a literal place of fire and torment. Revelation 20:10 has been appealed to, because it speaks of the Devil, the wild beast, and the false prophet as being “tormented day and night forever and ever” in the lake of fire. However, this cannot refer to actual conscious torment. Those thrown into the lake of fire undergo “the second death.” (Re 20:14) In death there is no consciousness and, hence, no feeling of pain or suffering.—Ec 9:5.

In the Scriptures fiery torment is associated with destruction and death. For example, in the Greek Septuagint translation of the Hebrew Scriptures the word for torment (baʹsa·nos) is several times used with reference to punishment by death. (Eze 3:20; 32:24, 30) Similarly, concerning Babylon the Great, the book of Revelation says, “the kings of the earth . . . will weep and beat themselves in grief over her, when they look at the smoke from the burning of her, while they stand at a distance because of their fear of her torment [Gr., ba·sa·ni·smouʹ].” (Re 18:9, 10) As to the meaning of the torment, an angel later explains: “Thus with a swift pitch will Babylon the great city be hurled down, and she will never be found again.” (Re 18:21) So, fiery torment here is parallel with destruction, and in the case of Babylon the Great, it is everlasting destruction.—Compare Re 17:16; 18:8, 15-17, 19.


Therefore, those who are ‘tormented forever’ (from Gr., ba·sa·niʹzo) in the lake of fire undergo “second death” from which there is no resurrection. The related Greek word ba·sa·ni·stesʹ is translated ‘jailer’ in Matthew 18:34. (RS, NW, ED; compare vs 30.) Thus those hurled into the lake of fire will be held under restraint, or “jailed,” in death throughout eternity.—

Jesus v.the Pharisees re:ceremonial purity the Watchtower Society's commentary.

Why was handwashing an issue for Jesus’ antagonists?

This was just one of many issues in which Jesus’ enemies found fault with him and his disciples. The Mosaic Law included a number of commands on ceremonial purity regarding such matters as bodily discharges, leprosy, and dealing with human and animal corpses. It also gave instructions on how impurities could be removed. This could be done by sacrifice, washing, or sprinkling.—Lev., chaps. 11-15; Num., chap. 19.

The Jewish rabbis expounded on every detail of these laws. One source says that each cause for impurity would be subjected “to questioning concerning the circumstances in which it may be contracted, how and to what extent it may be transmitted to others, the utensils and objects capable and incapable of becoming unclean, and finally, the means and rituals required for purification.”

Jesus’ opponents asked him: “Why do your disciples not observe the tradition of the men of former times, but they eat their meal with defiled hands?” (Mark 7:5) Those religious enemies were not referring to the taking of sanitary measures. As a ritual, the rabbis required that water be poured over their hands prior to eating. The above-quoted source adds: “It is also debated which vessels are to be used for the pouring, which kind of water is suitable, who should pour, and how much of the hands should be covered with water.”


Jesus’ reaction to all these man-made laws was simple. He told the first-century Jewish religious leaders: “Isaiah aptly prophesied about you hypocrites, as it is written, ‘This people honor me with their lips, but their hearts are far removed from me [Jehovah]. It is in vain that they keep worshipping me, for they teach commands of men as doctrines.’ You let go of the commandment of God and cling to the tradition of men.”—Mark 7:6-8.

For adult stem cell research:The hits just keep on coming!

In Reversing Stroke Damage, a Stunning Success for "Anti-Science"?

Wesley J. Smith

Once again the damned-with-faint-praise field of adult stem cell research seems headed toward significant treatment breakthroughs. This time the target is stroke.

The Washington Post announces, "Stanford researchers 'stunned' by stem cell experiment that helped stroke patient walk":

Stanford researchers studying the effect of stem cells injected directly into the brains of stroke patients said Thursday that they were "stunned" by the extent to which the experimental treatment restored motor function in some of the patients.

While the research involved only 18 patients and was designed primarily to look at the safety of such a procedure and not its effectiveness, it is creating significant buzz in the neuroscience community because the results appear to contradict a core belief about brain damage -- that it is permanent and irreversible.

The results, published in the journalStroke, could have implications for our understanding of an array of disorders including traumatic brain injury, spinal cord injury and Alzheimer's if confirmed in larger-scale testing.

The stem cells involved came from bone marrow, not destroyed embryos.

Grain of salt. Grain of salt. Grain of salt. Sometimes early studies such as this come to naught.

Still, not bad for a field that just 15 years go was denigrated as not nearly as hopeful as embryonic by "the scientists" seeking the almighty funding buck. Meanwhile adult stem cell advocates were branded as "anti-science" for expressing significant ethical concerns and scientific doubts about the embryonic approach.

How many embryonic studies this hopeful with human research, formerly touted widely as the "only hope"? That would be a big fat zero.

Darwinism vs..the real world. XXXI

Forming Strong Bones Is an Irreducibly Complex Process

Howard Glicksman

Editor's note: Physicians have a special place among the thinkers who have elaborated the argument for intelligent design. Perhaps that's because, more than evolutionary biologists, they are familiar with the challenges of maintaining a functioning complex system, the human body. With that in mind, Evolution News is delighted to offer this series, "The Designed Body." For the complete series, see here. Dr. Glicksman practices palliative medicine for a hospice organization.

Visit a museum of natural history and you are likely to encounter a human skeleton or two. Next to them you might find an exhibit showing a famous paleontologist unearthing human bones from antiquity along with a commentary that confirms evolutionary biologists' claim that life came about by chance and the laws of nature alone.

What you will not find is an explanation of the cellular and molecular basis for the bones you are looking at nor how they related to the calcium metabolism of the body in which they were housed. It would be like visiting the Kennedy Space Center and seeing all the different rockets there without an explanation of the ingenuity it took to build and launch them into space.

In the last two articles in this series, I showed that although bone is a solid tissue, it nevertheless has a dynamic metabolism in which cells called osteoblasts deposit calcium into the protein meshwork they lay down and others called osteoclasts remove it. Ninety-nine percent of the body's calcium content is located in bone and 99 percent of that is in crystalline form. The remaining 1 percent of bone calcium is dissolved as Ca++ ions in the tissue fluid surrounding the bone cells. This bone tissue fluid is in direct contact with the circulation through the capillaries. This means that bones act as reservoirs for the calcium metabolism of the body.

As important as calcium is in helping to form the bones to protect the organs and provide attachment for muscles so we can breathe, move around, and handle things, it also works in the blood to help clotting and acts as a chemical signal within cells to bring about nerve, gland, heart, and all other muscle function. To accomplish the job of cell signaling, the Ca++ ion concentration in the cytosol must be in the order of ten thousand times less than it is in the fluid outside the cell. Just as the cell uses the sodium-potassium pump to maintain its proper chemical content, it uses the calcium pump to push Ca++ ions out to maintain this ten thousand-fold difference.

Now, don't you think natural history museums should provide this sort of information about how life actually works and not just how it looks? After all, it isn't rocket science.

So far we have seen how calcium can move in and out of the bone and other cells. In addition, since there are Ca++ ions dissolved within the blood, this means that they are filtered out of the body through the kidneys. What still needs to be explained is how the body gets the calcium it needs in the first place. Nobody ever tells us to be sure we take in enough sugar or salt. In fact, we're usually told to be careful not to take in too much or else we'll get fat and develop diabetes or high blood pressure. The gastrointestinal system readily absorbs all the sugar and salt we take in and deals with it later through various hormones and the kidneys. But that's not the case for calcium. Without some sort of chemical assistance, the intestine can only absorb about 10 percent of the calcium it encounters, which is why we have to make sure we take in enough calcium to have strong bones. So what does the body need to help the gastrointestinal system bring in enough calcium so it can survive within the laws of nature.

Calcium is a mineral that is naturally present in foods like milk products, eggs, nuts, fruits, and green leafy vegetables. However, without Vitamin D, our earliest ancestors wouldn't have been able to absorb enough calcium to build up their bones and survive within the laws of nature. Vitamins are essential chemicals that the body generally does not produce but are needed for certain metabolic reactions and must therefore be obtained from the diet or supplements. The body can make its own Vitamin D when exposed to sunlight. However, since Vitamin D deficiency can lead to significant debility and even death, we generally increase our intake through supplements and fortified foods such as milk, orange juice, and cereals. However, the Vitamin D we make ourselves and bring in from our diet does not help in the absorption of calcium from the gastrointestinal system until it becomes activated by the body.

Vitamin D, like iron and thyroid hormone, does not dissolve well in the blood and must attach to a specific carrier protein made in the liver to be transported throughout the body. The liver begins the activation process of Vitamin D by adding a hydroxyl (OH) group to its 25th carbon. Then it is transported to the kidneys, where another OH group is added. Depending on the calcium needs of the body, the OH is added to either the 24th carbon, keeping it relatively inactive or to the 1st carbon which activates it to become calcitriol. Calcitriol is activated Vitamin Dwhich then attaches to specific Vitamin D receptors in the nucleus of the intestinal cells and signals them to absorb more calcium. In a normal diet, this can increase the calcium absorption from 10 to 30 percent and in ones with very low calcium up to 90 percent.

It is clear that the body's ability to form strong bones and have the right amount of calcium inside and outside its cells is an irreducibly complex process, requiring several different properly working components. If you are comparing human and other animal bones to confirm the validity of Darwinism, shouldn't you educate people about this as well?

But we aren't finished yet! Even though we have explained how the calcium pump works to keep the Ca++ ion level low in the cell, how Vitamin D becomes activated and allows the gastrointestinal system to absorb enough calcium, and how the bone cells take calcium from or deposit it into its tissue fluid, we have not explained how the body controls its blood level of calcium. For it is a matter of life and death. That's what we'll look at next time.

All in the family?

Recent Genetic Research Shows Chimps More Distant From Humans, Neanderthals Closer
Casey Luskin 

Research published in Nature over the past few months is showing a much greater genetic distance between humans and chimps than previously thought, while revealing a closer one between humans and Neanderthals.


A Nature paper from January, 2010 titled, ""Chimpanzee and human Y chromosomes are remarkably divergent in structure and gene content,"" found that Y chromosomes in humans and chimps "differ radically in sequence structure and gene content," showing "extraordinary divergence" where "wholesale renovation is the paramount theme." Of course, the paper attributes these dramatic genetic changes to "rapid evolution during the past 6 million years."
One of the scientists behind the study was quoted in a Nature news article stating, "It looks like there's been a dramatic renovation or reinvention of the Y chromosome in the chimpanzee and human lineages." The news article states that "many of the stark changes between the chimp and human Y chromosomes are due to gene loss in the chimp and gene gain in the human" since "the chimp Y chromosome has only two-thirds as many distinct genes or gene families as the human Y chromosome and only 47% as many protein-coding elements as humans." According to the news piece, "Even more striking than the gene loss is the rearrangement of large portions of the chromosome. More than 30% of the chimp Y chromosome lacks an alignable counterpart on the human Y chromosome, and vice versa, whereas this is true for less than 2% of the remainder of the genome."
But not wishing to offend the "the "myth of 1%"", the Nature news article carefully adds, "The remainder of the chimp and human genomes are thought to differ in gene number by less than 1%."
While this research takes us genetically further from apes, a more recent report in Nature news takes us genetically much closer to Neanderthals. Titled, "Neanderthals may have interbred with humans," the article explains that "A genetic analysis of nearly 2,000 people from around the world indicates that such extinct species interbred with the ancestors of modern humans twice, leaving their genes within the DNA of people today." According to this new article:[I]t may help explain the fate of the Neanderthals, who vanished from the fossil record about 30,000 years ago. "It means Neanderthals didn't completely disappear," says Jeffrey Long, a genetic anthropologist at the University of New Mexico, whose group conducted the analysis. There is a little bit of Neanderthal leftover in almost all humans, he says.
Given the high degree of skeletal similarity between humans and Neanderthals, the notion that we interbred is nothing new. They have been  called  a possible "race" of our own species, as  studies have found  their body shape is highly similar to that of modern human variation. Indeed, discovery of "morphological mosaics" indicates that they likely interbred with modern humans. The  finding of a modern-humanlike hyoid bone in a Neanderthal implies that they may have had language capabilities.


Textbooks often depict Neanderthals as primitive, bungling brutes with a vaguely human-like form (see above)--an attempt to instill the ape-to-human icon in students. But as Time Magazine  reported in 1999, there's increasing evidence showing that this evolutionary interpretation was wrong, and Neanderthals were essentially "all just people":
The real message, [a Washington University paleoanthropologist Erik] Trinkaus believes, is that to people living in the Stone Age, Neanderthals were just another tribe. "They may have had heavier brows or broader noses or stockier builds, but behaviorally, socially and reproductively they were all just people."
(Michael D. Lemonick, "A Bit of Neanderthal in Us All?," Time Magazine (April 25, 1999).)


Some ID proponents might disagree with me on this particular point, but it's my view that Neanderthals were a race of human beings that ultimately went extinct. Either way, it's becoming increasingly clear that Neanderthals do nothing to bolster the case that humans evolved from more primitive hominids.

Neanderthals:Ancient mariners?

Neanderthals beat modern humans to the seas by 50,000 years, say scientists
By TED THORNHILL 

We like to think we were superior to Neanderthals, but when it came to seafaring, they were way ahead of modern humans, according to a new study.
George Ferentinos, of the University of Patras in Greece, believes that our extinct cousins were sailing the seas about 50,000 years before us.
Modern humans took to the seas 50,000 years ago, having first appeared between 100,000 and 300,000 years ago.
However, stone Neanderthal tools dating back at least 100,000 years have been found on the Greek mainland and on the Greek islands of Lefkada, Kefalonia and Zakynthos, which means they must have been travelling in boats.
Some have theorised that the tools ended up in these locations because when the Neanderthals lived in the Mediterranean, the islands were physically connected to the mainland.
However, as New Scientist reports, Ferentinos has compiled data that shows the length of time the islands have been surrounded by water matches the age of the tools found on them.
He has determined that sea levels 100,000 years ago used to be 120 metres (390 feet) lower than they are today because of Earth’s much larger ice caps.
But there still would have been around 180 metres of water around Greece because the seabed sinks to 300 metres.
The journey to the islands is between three and seven miles and Ferentinos is convinced that Neanderthals made regular trips on the water. 
It’s feasible, some say, that the Neanderthals merely swam to the islands, but Thomas Strasser of Providence College in Rhode Island backs Ferentinos’s theory, having found Neanderthal tools on Crete, which is far too far to swim with tools – being 25 miles from its nearest neighbour.
Neanderthals were by no means the first hominins to use boats. As Nature magazine has reported, one million-year-old stone tools have been found on the Indonesian island of Flores. 
Neanderthals appeared around 700,000 years later.
They had thick set features and heavy foreheads. They were around six inches shorter on average than modern people, but their brains were 20 per cent bigger.
They were excellent hunters. They supplemented their diet of deer, bison, boar and bear with seal, fish, shellfish, nuts, grains and plants.

Animal rights above human needs?Pros and Cons.

Peer review demythified.

1,500 scientists lift the lid on reproducibility
Monya Baker

More than 70% of researchers have tried and failed to reproduce another scientist's experiments, and more than half have failed to reproduce their own experiments. Those are some of the telling figures that emerged from Nature's survey of 1,576 researchers who took a brief online questionnaire on reproducibility in research.

The data reveal sometimes-contradictory attitudes towards reproducibility. Although 52% of those surveyed agree that there is a significant 'crisis' of reproducibility, less than 31% think that failure to reproduce published results means that the result is probably wrong, and most say that they still trust the published literature.
Data on how much of the scientific literature is reproducible are rare and generally bleak. The best-known analyses, from psychology1 and cancer biology2, found rates of around 40% and 10%, respectively. Our survey respondents were more optimistic: 73% said that they think that at least half of the papers in their field can be trusted, with physicists and chemists generally showing the most confidence.


The results capture a confusing snapshot of attitudes around these issues, says Arturo Casadevall, a microbiologist at the Johns Hopkins Bloomberg School of Public Health in Baltimore, Maryland. “At the current time there is no consensus on what reproducibility is or should be.” But just recognizing that is a step forward, he says. “The next step may be identifying what is the problem and to get a consensus.”Failing to reproduce results is a rite of passage, says Marcus Munafo, a biological psychologist at the University of Bristol, UK, who has a long-standing interest in scientific reproducibility. When he was a student, he says, “I tried to replicate what looked simple from the literature, and wasn't able to. Then I had a crisis of confidence, and then I learned that my experience wasn't uncommon.”
The challenge is not to eliminate problems with reproducibility in published work. Being at the cutting edge of science means that sometimes results will not be robust, says Munafo. “We want to be discovering new things but not generating too many false leads.”
  The scale of reproducibility
But sorting discoveries from false leads can be discomfiting. Although the vast majority of researchers in our survey had failed to reproduce an experiment, less than 20% of respondents said that they had ever been contacted by another researcher unable to reproduce their work. Our results are strikingly similar to another online survey of nearly 900 members of the American Society for Cell Biology (see go.nature.com/kbzs2b). That may be because such conversations are difficult. If experimenters reach out to the original researchers for help, they risk appearing incompetent or accusatory, or revealing too much about their own projects.A minority of respondents reported ever having tried to publish a replication study. When work does not reproduce, researchers often assume there is a perfectly valid (and probably boring) reason. What's more, incentives to publish positive replications are low and journals can be reluctant to publish negative findings. In fact, several respondents who had published a failed replication said that editors and reviewers demanded that they play down comparisons with the original study.

Nevertheless, 24% said that they had been able to publish a successful replication and 13% had published a failed replication. Acceptance was more common than persistent rejection: only 12% reported being unable to publish successful attempts to reproduce others' work; 10% reported being unable to publish unsuccessful attempts.Survey respondent Abraham Al-Ahmad at the Texas Tech University Health Sciences Center in Amarillo expected a “cold and dry rejection” when he submitted a manuscript explaining why a stem-cell technique had stopped working in his hands. He was pleasantly surprised when the paper was accepted3. The reason, he thinks, is because it offered a workaround for the problem.Others place the ability to publish replication attempts down to a combination of luck, persistence and editors' inclinations. Survey respondent Michael Adams, a drug-development consultant, says that work showing severe flaws in an animal model of diabetes has been rejected six times, in part because it does not reveal a new drug target. By contrast, he says, work refuting the efficacy of a compound to treat Chagas disease was quickly accepted4.The corrective measures
One-third of respondents said that their labs had taken concrete steps to improve reproducibility within the past five years. Rates ranged from a high of 41% in medicine to a low of 24% in physics and engineering. Free-text responses suggested that redoing the work or asking someone else within a lab to repeat the work is the most common practice. Also common are efforts to beef up the documentation and standardization of experimental methods.

Any of these can be a major undertaking. A biochemistry graduate student in the United Kingdom, who asked not to be named, says that efforts to reproduce work for her lab's projects doubles the time and materials used — in addition to the time taken to troubleshoot when some things invariably don't work. Although replication does boost confidence in results, she says, the costs mean that she performs checks only for innovative projects or unexpected results.
Consolidating methods is a project unto itself, says Laura Shankman, a postdoc studying smooth muscle cells at the University of Virginia, Charlottesville. After several postdocs and graduate students left her lab within a short time, remaining members had trouble getting consistent results in their experiments. The lab decided to take some time off from new questions to repeat published work, and this revealed that lab protocols had gradually diverged. She thinks that the lab saved money overall by getting synchronized
 instead of troubleshooting failed experiments piecemeal, but that it was a long-term investment.
  Irakli Loladze, a mathematical biologist at Bryan College of Health Sciences in Lincoln, Nebraska, estimates that efforts to ensure reproducibility can increase the time spent on a project by 30%, even for his theoretical work. He checks that all steps from raw data to the final figure can be retraced. But those tasks quickly become just part of the job. “Reproducibility is like brushing your teeth,” he says. “It is good for you, but it takes time and effort. Once you learn it, it becomes a habit.”
  One of the best-publicized approaches to boosting reproducibility is pre-registration, where scientists submit hypotheses and plans for data analysis to a third party before performing experiments, to prevent cherry-picking statistically significant results later. Fewer than a dozen people mentioned this strategy. One who did was Hanne Watkins, a graduate student studying moral decision-making at the University of Melbourne in Australia. Going back to her original questions after collecting data, she says, kept her from going down a rabbit hole. And the process, although time consuming, was no more arduous than getting ethical approval or formatting survey questions. “If it's built in right from the start,” she says, “it's just part of the routine of doing a study.”

The cause
The survey asked scientists what led to problems in reproducibility. More than 60% of respondents said that each of two factors — pressure to publish and selective reporting — always or often contributed. More than half pointed to insufficient replication in the lab, poor oversight or low statistical power. A smaller proportion pointed to obstacles such as variability in reagents or the use of specialized techniques that are difficult to repeat.

But all these factors are exacerbated by common forces, says Judith Kimble, a developmental biologist at the University of Wisconsin–Madison: competition for grants and positions, and a growing burden of bureaucracy that takes away from time spent doing and designing research. “Everyone is stretched thinner these days,” she says. And the cost extends beyond any particular research project. If graduate students train in labs where senior members have little time for their juniors, they may go on to establish their own labs without having a model of how training and mentoring should work. “They will go off and make it worse,” Kimble says.What can be done?
Respondents were asked to rate 11 different approaches to improving reproducibility in science, and all got ringing endorsements. Nearly 90% — more than 1,000 people — ticked “More robust experimental design” “better statistics” and “better mentorship”. Those ranked higher than the option of providing incentives (such as funding or credit towards tenure) for reproducibility-enhancing practices. But even the lowest-ranked item — journal checklists — won a whopping 69% endorsement.The survey — which was e-mailed to Nature readers and advertised on affiliated websites and social-media outlets as being 'about reproducibility' — probably selected for respondents who are more receptive to and aware of concerns about reproducibility. Nevertheless, the results suggest that journals, funders and research institutions that advance policies to address the issue would probably find cooperation, says John Ioannidis, who studies scientific robustness at Stanford University in California. “People would probably welcome such initiatives.” About 80% of respondents thought that funders and publishers should do more to improve reproducibility.

“It's healthy that people are aware of the issues and open to a range of straightforward ways to improve them,” says Munafo. And given that these ideas are being widely discussed, even in mainstream media, tackling the initiative now may be crucial. “If we don't act on this, then the moment will pass, and people will get tired of being told that they need to do something.”

When scientism trumps actual science.

On that South Dakota Academic Freedom Bill, Here's More Bad Journalism -- and Science Censorship -- from Patrick Anderson

Casey Luskin 

 

 

 

I have already noted the grossly inaccurate reporting by Patrick Anderson with the Argus Leader in South Dakota, who falsely claimed that the academic freedom bill in that state would bring intelligent design into public schools. Now I've discovered another article by Mr. Anderson, "S.D. plan allows evolution critique in class," which is even more inaccurate.

It opens with the statement that "Creationism would be easier to teach in South Dakota classrooms if a bill in the state Senate becomes law, according to a California-based nonprofit." Of course that innocuous-sounding California-based outfit is the National Center for Science Education, whose mission is focused on censorship. They constantly relabel credible scientific viewpoints as "creationism" and other forms of "religion," in hopes of using the law to censor those ideas and keep them hidden from students in public schools. Anderson, as we'll see, is following their lead and becoming a science censor himself.

He quotes NCSE deputy director Glenn Branch. But does he quote the language of the bill itself, which clearly excludes religious advocacy from protection under its provisions? Take a wild guess. The answer is no.

To Anderson's credit, he did talk to us here at Discovery Institute as well, and wrote:

But the model bill and South Dakota's do not advance intelligent design or creationism, said Casey Luskin, research coordinator for the Institute.
"If a teacher were to teach creationism in a state that has an academic freedom bill, they would not be protected by that bill in any way, shape or form," Luskin said. "We actually do not support teaching or pushing intelligent design in public schools."
Debating evolution doesn't mean invoking religion, Luskin said. His group's model legislation offers protection to teachers who question the science of evolution, so they don't have to worry about losing their job, Luskin said.
If something is written into curriculum, such as climate change or evolution, an academic freedom bill allows teachers to, in the case of South Dakota, "understand, analyze, critique, or review" without being stopped by school officials.

"Schools should teach the evidence for and against evolution," Luskin said.

But that last comment merely serves Anderson as a foil, as he immediately thereafter cites the president of the South Dakota Teachers Association, Julie Olson, who could hardly be more dogmatic:

Evolutionary principles are central to science, not just biology, and they're not up for debate, Olson said....
"I don't know what their arguments would be," Olson said. "What's the proof?"

Olson is candid in stating her view that students should be prevented from debating and questioning Darwinian evolution. She claims ignorance about what the scientific challenges to Darwin's theory might be, and I wouldn't be surprised if she really is unaware of those challenges.

 

But the reporter, Patrick Anderson, is aware of them. I know that because I sent him the very answer to Olson's objection in an e-mail -- information that he apparently did not see fit to print in his article. Here's what I wrote (the numbers in parentheses refer to PDFs of papers from the mainstream technical literature that I also sent to Anderson):

Per our conversation I wanted to send you some mainstream scientific papers that discuss scientific challenges to core tenets of neo-Darwinian evolution, especially as they're taught in textbooks. Please note that many of these authors are neo-Darwinian evolutionists. But they all nonetheless recognize scientific weaknesses in neo-Darwinian theory that challenge common textbook claims about the evidence for evolution, including:
(1) Major conflicts in the tree of life (011; 274b). It's not religion to note that genome sequence data does not fit the treelike pattern seen in textbook diagrams.
(2) Problems with textbook discussions of vertebrate embryos (064; 300). It's not religion to note that vertebrate embryos start off development differently, contradicting textbook diagrams.
(3) Non-speciation and limited change in "Darwin's finches" (015, Speciation Undone). It's not religion to point out that Darwin's finches can still interbreed and only exhibit small-scale oscillating selection which does not show the evolution of fundamentally new types of organisms.
(4) The lack of importance of evolutionary theory for doing good biology research (020). It's not religion to point out that you don't need neo-Darwinian evolution to figure out how molecular machines like ATP synthase work.
(5) Challenges to the adequacy or primacy of natural selection and random mutation for causing evolution (023, 373). It's not religion to point out that living organisms contain features which would require multiple mutations to arise before giving any advantage, and that population genetics models shows that evolving these structures by mutation and selection would be infeasible given normal population sizes and timescales.
This is just a small smattering of what's out there in the peer-reviewed literature as far as challenges go to the evidence that's cited for the mainstream neo-Darwinian viewpoint.

The papers I sent him provide strong documentation of the scientific criticisms, found in the mainstream scientific literature, of core neo-Darwinian claims, especially as they are taught in textbooks. Here are the full citations of the papers that the numbers refer to:

• 011: Trisha Gura, "Bones, Molecules or Both?," Nature, 406 (July 20, 2000): 230-233.
• 274b: Graham Lawton, "Why Darwin was wrong about the tree of life," New Scientist, 2692 (January 21, 2009).
• 064: Michael K. Richardson, James Hanken, Mayoni L. Gooneratne, Claude Pieau, Albert Raynaud, Lynne Selwood, and Glenda M. Wright, "There is No Highly Conserved Embryonic Stage in the Vertebrates: Implications for Current Theories of Evolution and Development," Anatomy and Embryology, 196 (1997): 91-106
• 300: Elizabeth Pennisi, "Haeckel's Embryos: Fraud Rediscovered," Science, 277 (September 5, 1997): 1435.
• 015: Peter R. Grant and B. Rosemary Grant, "Unpredictable Evolution in a 30-Year Study of Darwin's Finches," Science, 296 (April 26, 2002): 707-711
• Speciation Undone: Peter R. Grant and B. Rosemary Grant, "Speciation undone," Nature, 507 (March 13, 2014): 178-179.
• 020: Philip S. Skell, "Why do we invoke Darwin?," The Scientist, 19 (August 29, 2005): 10.
• 023: Michael J. Behe and David W. Snoke, "Simulating Evolution by Gene Duplication of Protein Features That Require Multiple Amino Acid Residues," Protein Science, 13 (2004): 2651-2664.
• 373: Eugene V. Koonin, "The Origin at 150: is a new evolutionary synthesis in sight?," Trends in Genetics, 25 (2009): 473-475.

So the reporter was informed that there are serious scientific criticisms of neo-Darwinian theory -- especially as it is taught in textbooks. Yet he makes no mention of any of it. Instead, he tries to rebut me by quoting a teacher who frankly admits her own lack awareness of the relevant data, and who leaves readers with the impression that there are no legitimate scientific criticisms of Darwinian evolution that could possibly be introduced in schools.

This makes Patrick Anderson not only an inaccurate reporter, but a censor. He withholds from readers crucial facts in his possession that are directly relevant to the story.

That's exactly how media censorship works in the evolution debate. You're seeing it right here before your very eyes. I've seen before, literally hundreds of times.

Neither enough monkeys nor keyboards

Essential Prediction of Darwinian Theory of Macroevolution Falsified by Information Degradation


Kirk Durston

I was struck, but not surprised, by a statement made a few days ago by Neil Turok, Director of the Perimeter Institute for Theoretical Physics here in Waterloo, Ontario. Speaking of the apparent collapse of evidence for a critical component of the Big Bang theory, he responded, ‘even though hundreds or thousands of people are working on an idea, it may still be wrong.’

His statement is a harbinger of a much greater collapse looming on the scientific horizon, also involving thousands of scientists. There is mounting evidence that most, if not all the key predictions of the neo-Darwinian theory of macroevolution are being consistently falsified by advances in science, several of which I will discuss in later posts. Here, we look at a fundamental prediction Darwinism makes regarding the increase of genetic information.

Computer information is digitally encoded using just two symbols (‘1’ and ‘0’). We now know that the instructions for the full diversity of life, are digitally encoded in the DNA of all living things using a four-symbol alphabet. In  more technical terms, this is referred to as functional information.

In the neo-Darwinian scenario for the origin and diversity of life, the digital functional information for life would have had to begin at zero, increase over time to eventually encode the first simple life form, and continue to increase via natural processes to encode the digital information for the full diversity of life.

An essential, falsifiable prediction of Darwinian theory, therefore, is that functional information must, on average, increase over time.

Interestingly enough, a prediction of intelligent design science is quite the opposite. Since information always degrades over time for any storage media and replication system, intelligent design science postulates that the digital information of life was initially downloaded into the genomes of life. It predicts that, on average, genetic information is steadily being corrupted by natural processes. The beauty of these two mutually incompatible predictions in science is that the falsification of one entails verification of the other. So, which prediction does science falsify, and which one does science verify?

Ask any computer programmer what effect ongoing random changes in the code would do for the integrity of a program, and they will universally agree that it degrades the software. This is precisely the first problem for neo-Darwinian theory. Mutations produce random changes in the digital information of life. It is generally agreed that the rate of deleterious mutations is much greater than the rate of beneficial mutations. My own work with 35 protein families suggests that the rate of destruction is, at minimum, 8 times the rate of neutral or beneficial mutations. Simply put, the digital information of life is being destroyed much faster than it can be repaired or improved. New functions may evolve, but the overall loss of functional information in other areas of the genome will, on average, be significantly greater. The net result is that the digital information of life is running down.

The second series of falsifying observations is indicated by actual organisms we have studied most closely. First, the digital information for the bacterial world is slowly eroding away due to a net deletional bias in mutations involving insertions and deletions. A second example is the fruit fly, one of the most studied life forms in evolutionary biology. It, too, is showing an ongoing, genome-wide loss of DNA across the entire genus. Finally, humans are not exempt. As pointed out in this PNAS paper, "a consideration of the long-term consequences of current human behaviour for deleterious-mutation accumulation leads to the conclusion that a substantial reduction in human fitness can be expected over the next few centuries in industrialized societies unless novel means of genetic intervention are developed". 

We continue to discover more examples of DNA loss, suggesting that the biological world is slowly running down. Microevolution is good at fine-tuning existing forms within their information limits and occasionally getting something right, but the steady accumulation of deleterious mutations on the larger scale suggests that mutation-driven evolution is actually destroying biological life, not creating it.

In conclusion, the digital information of life appears to be steadily degrading rather than increasing, falsifying an essential prediction of neo-Darwinian theory, and verifying a prediction of intelligent design science. This is hardly a surprise, as every other area of science, except for evolutionary biology, grants that natural processes degrade information, regardless of the storage media and copying process. For neo-Darwinian macroevolution to work, it requires something that is in flat-out contradiction to the real world.

(Edited for clarity, 11:46 EDT, June 26, 2015)

On our ransom the Watchtower Society's commentary.

RANSOM:

A price paid to buy back or to bring about release from some obligation or undesirable circumstance. The basic idea of “ransom” is a price that covers (as in payment for damages or to satisfy justice), while “redemption” emphasizes the releasing accomplished as a result of the ransom paid. The most significant ransom price is the shed blood of Jesus Christ, which made deliverance from sin and death possible for the offspring of Adam.
In the various Hebrew and Greek terms translated “ransom” and “redeem,” the inherent similarity lies in the idea of a price, or thing of 9, given to effect the ransom, or redemption. The thought of exchange, as well as that of correspondency, equivalence, or substitution, is common in all. That is, one thing is given for another, satisfying the demands of justice and resulting in a balancing of matters.—See RECONCILIATION.
A Price That Covers. The Hebrew noun ko′pher comes from the verb ka·phar′,meaning, basically, “cover,” as in Noah’s covering the ark with tar. (Ge 6:14) Ka·phar′,however, is used almost entirely to describe the satisfying of justice through the covering of or atoning for sins. The noun ko′pher refers to the thing given to accomplish this, the ransom price. (Ps 65:3; 78:38; 79:8, 9) A covering corresponds to the thing it covers, either in its form (as in a material lid, such as the “cover [kap·po′reth]” of the ark of the covenant;Ex 25:17-22), or in its value (as in a payment to cover the damages caused by an injury).
As a means for balancing justice and setting matters straight with his people Israel, Jehovah, in the Law covenant, designated various sacrifices and offerings to atone for, or cover, sins, including those of the priests and the Levites (Ex 29:33-37; Le 16:6, 11), of other individuals, or of the nation as a whole (Le 1:4; 4:20, 26, 31, 35), as well as to purify the altar and tabernacle, making atonement because of the sins of the people surrounding these. (Le 16:16-20) In effect, the life of the animal sacrificed went in place of the life of the sinner, its blood making atonement on God’s altar, that is, to the extent that it could. (Le 17:11; compare Heb 9:13, 14; 10:1-4.) The “day of atonement [yohm hak·kip·pu·rim′]” could just as properly be referred to as the “day of the ransoms.” (Le 23:26-28) These sacrifices were required if the nation and its worship were to have and maintain the acceptance and approval of the righteous God.
Well illustrating the sense of a redeeming exchange is the law regarding a bull known to gore. If the owner allowed the bull to go loose so that it killed someone, the owner was to be put to death, paying for the life of the slain person with his own life. However, since he did not deliberately or directly kill another, if the judges viewed it proper to impose upon him a “ransom [ko′pher]” instead, then he must pay that redemption price. The sum assessed and paid was viewed as taking the place of his own life and compensating for the life lost. (Ex 21:28-32; compare De 19:21.) On the other hand, no ransom could be accepted for the deliberate murderer; only his own life could cover the death of the victim. (Nu 35:31-33) Evidently because a census involved lives, at the time such was taken each male over 20 had to have a ransom (ko′pher) of half a shekel ($1.10) given for his soul to Jehovah, the same price applying whether the individual was rich or poor.—Ex 30:11-16.
Since any imbalance of justice is displeasing to God, as well as among humans, the ransom, or covering, could have the additional effect of averting or quelling anger. (Compare Jer 18:23; also Ge 32:20, where “appease” translates ka·phar′.) The husband enraged at the man committing adultery with his wife, however, refuses any “ransom [ko′pher].” (Pr 6:35) The term may also be used with regard to those who should execute justice but who instead accept a bribe or gift as “hush money [ko′pher]” to cover over the wrongdoing in their sight.—1Sa 12:3; Am 5:12.
The Redemption, or Releasing. The Hebrew verb pa·dhah′ means “redeem,” and the related noun pidh·yohn′ means “redemption price.” (Ex 21:30) These terms evidently emphasize the releasing accomplished by the redemption price, while ka·phar′ places stress on the quality or content of the price and its efficacy in balancing the scales of justice. The releasing, or redeeming (pa·dhah′), may be from slavery (Le 19:20; De 7:8), from other distressing or oppressive conditions (2Sa 4:9; Job 6:23; Ps 55:18), or from death and the grave. (Job 33:28; Ps 49:15) Frequent reference is made to Jehovah’s redeeming the nation of Israel from Egypt to be his “private property” (De 9:26; Ps 78:42) and to his redeeming them from Assyrian and Babylonian exile many centuries later. (Isa 35:10; 51:11; Jer 31:11, 12; Zec 10:8-10) Here, too, the redemption involved a price, an exchange. In redeeming Israel from Egypt, Jehovah evidently caused the price to be paid by Egypt. Israel was, in effect, God’s “firstborn,” and Jehovah warned Pharaoh that his stubborn refusal to release Israel would cause the life of Pharaoh’s firstborn and the firstborn of all Egypt, human and animals, to be exacted. (Ex 4:21-23; 11:4-8) Similarly, in return for Cyrus’ overthrow of Babylon and his liberation of the Jews from their exiled state, Jehovah gave “Egypt as a ransom [form of ko′pher] for [his people], Ethiopia and Seba” in their place. The Persian Empire thus later conquered those regions, and so ‘national groups were given in place of the Israelites’ souls.’ (Isa 43:1-4) These exchanges are in harmony with the inspired declaration that the “wicked is [or serves as] a ransom [ko′pher] for the righteous one; and the one dealing treacherously takes the place of the upright ones.”—Pr 21:18.
Another Hebrew term associated with redemption is ga·ʼal′, and this conveys primarily the thought of reclaiming, recovering, or repurchasing. (Jer 32:7, 8) Its similarity to pa·dhah′ is seen by its parallel use with that term at Hosea 13:14: “From the hand of Sheol I shall redeem [form of pa·dhah′] them; from death I shall recover [form of ga·ʼal′] them.” (Compare Ps 69:18.) Ga·ʼal′ gives emphasis to the right of reclaiming or repurchasing, either by a near kinsman of a person whose property or whose very person needed to be repurchased or reclaimed, or by the original owner or seller himself. A near kinsman, called a go·ʼel′, was thus “a repurchaser” (Ru 2:20; 3:9, 13) or, in cases where a murder was involved, a “blood avenger.”—Nu 35:12.
The Law provided that in the case of a poor Israelite whose circumstances forced him to sell his hereditary lands, his city house, or even to sell himself into servitude, “a repurchaser closely related to him,” or go·ʼel′, had the right to “buy back [ga·ʼal′] what his brother sold,” or the seller could do so himself if funds became available to him. (Le 25:23-27, 29-34, 47-49; compare Ru 4:1-15.) If a man should make a vow offering to God of a house or a field and then desire to buy it back, he had to pay the valuation placed on the property plus a fifth in addition to that estimated value. (Le 27:14-19) However, no exchange could be made for anything “devoted to destruction.”—Le 27:28, 29.
In the case of murder, the murderer was not allowed sanctuary in the appointed cities of refuge but, after the judicial hearing, was turned over by the judges to the “avenger [go·ʼel′] of blood,” a near kinsman of the victim, who then put the murderer to death. Since no “ransom [ko′pher]” was allowed for the murderer and since the near kinsman with right of repurchase could not reclaim or recover the life of his dead relative, he rightfully claimed the life of the one who had taken his relative’s life by murder.—Nu 35:9-32; De 19:1-13.
Not Always a Tangible Price. As has been shown, Jehovah “redeemed” (pa·dhah′) or ‘reclaimed’ (ga·ʼal′) Israel from Egypt. (Ex 6:6; Isa 51:10, 11) Later, because the Israelites kept “selling themselves to do what was bad” (2Ki 17:16, 17), Jehovah on several occasions ‘sold them into the hands of their enemies.’ (De 32:30; Jg 2:14; 3:8; 10:7; 1Sa 12:9) Their repentance caused him to buy them back, or reclaim them, out of distress or exile (Ps 107:2, 3; Isa 35:9, 10; Mic 4:10), thereby performing the work of a Go·ʼel′, a Repurchaser related to them inasmuch as he had espoused the nation to himself. (Isa 43:1, 14; 48:20; 49:26; 50:1, 2; 54:5-7) In ‘selling’ them, Jehovah was not paid some material compensation by the pagan nations. His payment was the satisfaction of his justice and the fulfillment of his purpose to have them corrected and disciplined for their rebellion and disrespect.—Compare Isa 48:17, 18.
God’s ‘repurchasing’ likewise need not involve the payment of something tangible. When Jehovah repurchased the Israelites exiled in Babylon, Cyrus willingly liberated them, without tangible compensation in his lifetime. However, when redeeming his people from oppressor nations that had acted with malice against Israel, Jehovah exacted the price from the oppressors themselves, making them pay with their own lives. (Compare Ps 106:10, 11; Isa 41:11-14; 49:26.) When the people of the kingdom of Judah were “sold,” or delivered over, to the Babylonians, Jehovah received no personal compensation. And the deported Jews did not pay money either to the Babylonians or to Jehovah to buy back their freedom. It was “for nothing” that they were sold and “without money” that they were repurchased. Jehovah therefore needed to make no payment to their captors to balance matters out. Instead, he effected the repurchase through the power of “his holy arm.”—Isa 52:3-10; Ps 77:14, 15.
Jehovah’s role of Go·ʼel′ thus embraced the avenging of wrongs done to his servants and resulted in the clearing of his own name of the charges raised by those who used Israel’s distress as an excuse to reproach him. (Ps 78:35; Isa 59:15-20; 63:3-6, 9) As the Great Kinsman and Redeemer of both the nation and its individuals, he conducted their “legal case” to effect justice.—Ps 119:153, 154; Jer 50:33, 34; La 3:58-60; compare Pr 23:10, 11.
Though living before and outside the nation of Israel, the disease-stricken Job said: “I myself well know that my redeemer is alive, and that, coming after me, he will rise up over the dust.” (Job 19:25; compare Ps 69:18; 103:4.) Following God’s own example, Israel’s king was to act as a redeemer in behalf of the lowly and poor ones of the nation.—Ps 72:1, 2, 14.
Christ Jesus’ Role as Ransomer. The foregoing information lays the basis for understanding the ransom provided for humankind through God’s Son, Christ Jesus. Mankind’s need for a ransom came about through the rebellion in Eden. Adam sold himself to do evil for the selfish pleasure of keeping continued company with his wife, now a sinful transgressor, so he shared the same condemned standing with her before God. He thereby sold himself and his descendants into slavery to sin and to death, the price that God’s justice required. (Ro 5:12-19; compare Ro 7:14-25.) Having possessed human perfection, Adam lost this valuable possession for himself and all his offspring.
The Law, which had “a shadow of the good things to come,” provided for animal sacrifices as a covering for sin. This, however, was only a symbolic or token covering, since such animals were inferior to man; hence, it was “not possible for the blood of bulls and of goats [actually] to take sins away,” as the apostle points out. (Heb 10:1-4) Those pictorial animal sacrifices had to be without blemish, perfect specimens. (Le 22:21) The real ransom sacrifice, a human actually capable of removing sins, must therefore also be perfect, free from blemish. He would have to correspond to the perfect Adam and possess human perfection, if he were to pay the price of redemption that would release Adam’s offspring from the debt, disability, and enslavement into which their first father Adam had sold them. (Compare Ro 7:14; Ps 51:5.) Only thereby could he satisfy God’s perfect justice that requires like for like, a ‘soul for a soul.’—Ex 21:23-25; De 19:21.
The strictness of God’s justice made it impossible for mankind itself to provide its own redeemer. (Ps 49:6-9) However, this results in the magnifying of God’s own love and mercy in that he met his own requirements at tremendous cost to himself, giving the life of his own Son to provide the redemption price. (Ro 5:6-8) This required his Son’s becoming human to correspond to the perfect Adam. God accomplished this by transferring his Son’s life from heaven to the womb of the Jewish virgin Mary. (Lu 1:26-37; Joh 1:14) Since Jesus did not owe his life to any human father descended from the sinner Adam, and since God’s holy spirit ‘overshadowed’ Mary, evidently from the time she conceived until the time of Jesus’ birth, Jesus was born free from any inheritance of sin or imperfection, being, as it were, “an unblemished and spotless lamb,” whose blood could prove to be an acceptable sacrifice. (Lu 1:35; Joh 1:29; 1Pe 1:18, 19) He maintained that sinless state throughout his life and thus did not disqualify himself. (Heb 4:15; 7:26; 1Pe 2:22) As a ‘sharer of blood and flesh,’ he was a near kinsman of mankind and he had the thing of value, his own perfect life maintained pure through tests of integrity, with which to repurchase mankind, emancipate them.—Heb 2:14, 15.
The Christian Greek Scriptures make clear that the release from sin and death is indeed by the paying of a price. Christians are said to be “bought with a price” (1Co 6:20; 7:23), having an “owner that bought them” (2Pe 2:1), and Jesus is presented as the Lamb who ‘was slaughtered and with his blood bought persons for God out of every tribe, tongue, and nation.’ (Re 5:9) In these texts the verb a·go·ra′zo is used, meaning simply “buy at the market [a·go·ra′].” The related e·xa·go·ra′zo (release by purchase) is used by Paul in showing that Christ released “by purchase those under law” through his death on the stake. (Ga 4:5; 3:13) But the thought of redemption or ransoming is more frequently and more fully expressed by the Greek ly′tron and related terms.
Ly′tron (from the verb ly′o, meaning “loose”) was especially used by Greek writers to refer to a price paid to ransom prisoners of war or to release those under bond or in slavery. (Compare Heb 11:35.) In its two Scriptural occurrences it describes Christ’s giving “his soul a ransom in exchange for many.” (Mt 20:28; Mr 10:45) The related word an·ti′ly·tron appears at 1 Timothy 2:6. Parkhurst’s Greek and English Lexicon to the NewTestament says it means: “a ransom, price of redemption, or rather a correspondentransom.” He quotes Hyperius as saying: “It properly signifies a price by which captives areredeemed from the enemy; and that kind of exchange in which the life of one is redeemedby the life of another.” He concludes by saying: “So Aristotle uses the verb [an·ti·ly·tro′o] forredeeming life by life.” (London, 1845, p. 47) Thus Christ “gave himself a corresponding ransom for all.” (1Ti 2:5, 6) Other related words are ly·tro′o·mai, “loose by ransom” (Tit 2:14; 1Pe 1:18, 19), and a·po·ly′tro·sis, “a releasing by ransom.” (Eph 1:7, 14; Col 1:14) The similarity of the usage of these words with that of the Hebrew terms considered is evident. They describe, not an ordinary purchase or releasing, but a redeeming or ransoming, a deliverance effected by payment of a corresponding price.
Though available to all, Christ’s ransom sacrifice is not accepted by all, and “the wrath of God remains” upon those not accepting it, as it also comes upon those who first accept and then turn away from that provision. (Joh 3:36; Heb 10:26-29; contrast Ro 5:9, 10.) They gain no deliverance from the enslavement to Kings Sin and Death. (Ro 5:21) Under the Law the deliberate murderer could not be ransomed. Adam, by his willful course, brought death on all mankind, hence was a murderer. (Ro 5:12) Thus, the sacrificed life of Jesus is not acceptable to God as a ransom for the sinner Adam.
But God is pleased to approve the application of the ransom to redeem those of Adam’s offspring who avail themselves of such a release. As Paul states, “as through the disobedience of the one man many were constituted sinners, likewise also through the obedience of the one person many will be constituted righteous.” (Ro 5:18, 19) At the time of Adam’s sin and his being sentenced to death, his offspring or race were all unborn in his loins and so all died with him. (Compare Heb 7:4-10.) Jesus as a perfect man, “the last Adam” (1Co 15:45), had a race or offspring unborn in his loins, and when he died innocently as a perfect human sacrifice this potential human race died with him. He had willingly abstained from producing a family of his own by natural procreation. Instead, Jesus uses the authority granted by Jehovah on the basis of his ransom to give life to all those who accept this provision.—1Co 15:45; compare Ro 5:15-17.

Thus, Jesus was indeed “a corresponding ransom,” not for the redemption of the one sinner, Adam, but for the redemption of all mankind descended from Adam. He repurchased them so that they could become his family, doing this by presenting the full value of his ransom sacrifice to the God of absolute justice in heaven. (Heb 9:24) He thereby gains a Bride, a heavenly congregation formed of his followers. (Compare Eph 5:23-27; Re 1:5, 6; 5:9, 10; 14:3, 4.) Messianic prophecies also show he will have “offspring” as an “Eternal Father.” (Isa 53:10-12; 9:6, 7) To be such, his ransom must embrace more than those of his “Bride.” In addition to those “bought from among mankind as firstfruits” to form that heavenly congregation, therefore, others are to benefit from his ransom sacrifice and gain everlasting life through the removal of their sins and accompanying imperfection. (Re 14:4; 1Jo 2:1, 2) Since those of the heavenly congregation serve with Christ as priests and “kings over the earth,” such other recipients of the ransom benefits must be earthly subjects of Christ’s Kingdom, and as children of an “Eternal Father” they attain everlasting life. (Re 5:10; 20:6; 21:2-4, 9, 10; 22:17; comparePs 103:2-5.) The entire arrangement manifests Jehovah’s wisdom and his righteousness in perfectly balancing the scales of justice while showing undeserved kindness and forgiving sins.—Ro 3:21-26.