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Saturday, 25 November 2023

Two Views of Suffering

 

 Two Views of Suffering

Eternal and existential questions emerge in disastrous times. Why are we suffering? How can we deal with suffering? What does suffering mean?

 

As the world deals with the inevitable penetrating spread of the evil Coronavirus, Suffering is viewed differently within all religions, and it is important to know that difference since every religion and every worldview must explain the world as it is.

 

A fundamental tenet of Buddhism, e.g., is that life is suffering. As creatures of desire, we attach ourselves and cling to things such as things, health, youth, love, and even life itself. Thus, Buddhism teaches us we can only escape suffering by letting go of our desires and attachments.

 

Not only does this deny any real distinction between what is good and what is evil—such as health and sickness, love and loneliness, or even life and death—it denies two things Christianity affirms: The goodness of creation and the possibility that the outcome will be, as the apostle Paul put it, set free from all corruption.

 

While many Westerners work and play with a sort of pop Buddhism, the secular view of Suffering is still far more common. In that view, Suffering is real and we dislike it, but we do not have a foundation to make proper sense of it. Suffering interrupts our pleasure and happiness, but in a world without purpose or design, we cannot say that it is wrong or should not be.

 

We believe in preventing illness and calamity, as well as specific hardships as if we are entitled to be free from suffering or any form of unhappiness.  As once said the cosmos is indifference personified  However Dr. John Lennox pointed out, Suffering is utterly meaningless for a staunch atheist. It is not good or not bad. It happens.

 

Unlike Buddhism, Christianity doesn’t deny the objective goodness of the world, the objective nature of our Suffering, or the objective restoration potential. In 1 Corinthians 15, the author refers to death as "the last enemy" that Christ will destroy upon His return.

 

The author of the book of Hebrews in the Bible referred to the fear of death as a form of enslavement for men and women. Most of all, Jesus seemed to identify human suffering as something He literally felt in His inner and outer man, i.e., in himself. He entered the Suffering of others, such as the grieving sisters of Lazarus in John 11, and He prayed to avoid suffering Himself in the Garden of Gethsemane.

 

The Bible is clear, as is the example of Jesus, that Suffering is bad and avoiding it isn’t possible. At the same time, Suffering is not seen as meaningless (unlike in secular life and atheism). On both the personal and cosmic levels, suffering points to the realities of higher truths and more significant goods, but is ultimately not the end of the cosmos.

 

The Eternal One through whom all things were made drank from the same cup of Suffering and death as all of us. The author of Hebrews says that He “tasted death for everyone.” And yet, rising from the grave three days later, Christ shows us that while suffering and death are real, they do not have the last word.

 

As John Lennox writes, a Christian “is not a person who has solved the problem of suffering, but one who loves and trusts the God who has suffered for them.” Christianity teaches neither resignation to Suffering nor detachment from the world. Christianity neither denies the realities of Suffering nor gives it more than its due. Therefore, Christianity alone offers a basis for hope, a true and firm anchor for the soul.


 

Cybersecurity by Anon-y-mous

 

 

Cybersecurity in a Digital World 


by Anon-y-mous

 

Introduction 

Cybersecurity is a critical aspect of our modern digital world. With the rapid advancement of technology and the increasing reliance on the internet, protecting our digital assets and personal information has become more important than ever before. Cybersecurity refers to the measures and practices put in place to safeguard computers, networks, and data from unauthorized access, theft, and damage.

 

Personal Data Protection

One of the primary concerns in cybersecurity is the protection of personal information. In today's digital age, we store a vast amount of personal data online, including financial information, medical records, and even our social media profiles. This information is highly valuable to cybercriminals who seek to exploit it for financial gain or other malicious purposes. Therefore, it is crucial to have robust security measures in place to prevent unauthorized access to this sensitive data.

Computer 'n' Network Protection

Another significant aspect of cybersecurity is the protection of computer systems and networks. Cyberattacks can range from simple viruses and malware to sophisticated hacking attempts. These attacks can disrupt the functioning of computer systems, compromise data integrity, and even lead to financial losses. Therefore, organizations and individuals must implement strong firewalls, antivirus software, and other security measures to prevent such attacks and ensure the smooth operation of their systems.

 Critical Infrastructure

Furthermore, cybersecurity is not limited to protecting personal information and computer systems. It also encompasses the security of critical infrastructure, such as power grids, transportation systems, and communication networks. A successful cyberattack on these systems can have severe consequences, including widespread power outages, transportation disruptions, and communication breakdowns. Therefore, governments and organizations must invest in robust cybersecurity measures to protect these vital infrastructures from potential threats.

 Cybercriminals

In recent years, the field of cybersecurity has become increasingly complex due to the emergence of new technologies and the ever-evolving tactics of cybercriminals. As a result, there is a growing demand for cybersecurity professionals who possess the knowledge and skills to combat these threats effectively. These professionals play a crucial role in identifying vulnerabilities, developing security protocols, and responding to cyber incidents promptly.

 

 Summary

In conclusion, cybersecurity is an essential aspect of our digital world. It encompasses the protection of personal information, computer systems, and critical infrastructure from cyber threats. As technology continues to advance, the need for robust cybersecurity measures and skilled professionals in this field will only increase. It is crucial for individuals, organizations, and governments to prioritize cybersecurity to ensure the safety and integrity of our digital assets

 

By Anon-y-mous Blogger,

 

Cybersecurity

 

Cybersecurity on this post-modern planet.

 

Many major international cyber-crimes or threatening crime- events have caused many Governments, the global corporate world, other international organisations and individuals to have a voice concerning cyberspace- security.


In Australia, the Media carried reports of a  national breakdown at Optus, a primary telecom carrier, affecting 10 million consumers without internet or mobile coverage. Thus, the Australian Federal Government has flagged or earmarked $500 million just for cybersecurity to prevent such disasters for the foreseeable future.

 

Cybersecurity is an essential aspect of our post-modern digital world. It plays a crucial role in protecting our personal information, financial transactions, and national security.

 


With the rapid advances in Digital Technology, the need for robust cybersecurity measures has become more pressing. Thankfully, dedicated professionals and organizations work tirelessly to ensure our online safety. Their expertise and unwavering commitment to safeguarding our digital lives deserve our utmost appreciation. By staying informed, practicing good online habits, and supporting initiatives that promote cybersecurity, we can all contribute to a safer and more secure online environment.

Together, we can build a future where our digital experiences are protected, allowing us to embrace the countless opportunities the digital world offers fully.

 

 

 

Friday, 24 November 2023


 

God's Love vs Human Love

 

 

 

God's love and human love are very distinct in their nature and expression. While human love is most often conditional and limited, God's love is unconditional and boundless. Human love is often rooted in personal desires and needs, whereas God's love is selfless and sacrificial. The difference between the two lies in their depth and scope.

 

Human love is often driven by emotions and personal connections. It can be influenced by factors such as attractiveness, compatibility and shared interests. This type of love can be beautiful and fulfilling, but it can also be fragile and fleeting. It is often conditional, requiring reciprocation and meeting certain expectations. Human love can be selfish at times, seeking personal gain or satisfaction.

 

On the other hand, God's love is all-encompassing and eternal. It is not based on external factors or personal gain. God's love is selfless and sacrificial, demonstrated through the ultimate act of sending His Son to die for humanity's sins. It is a love that knows no bounds, reaching out to every person regardless of their background or actions. God's love is unconditional, freely given without any expectation of reciprocation.

 

In summary, the difference between God's love and human love lies in their nature and expression. Human love is often conditional and limited, while God's love is unconditional and boundless. Understanding this distinction can deepen our appreciation for the depth and magnitude of God's love for us.

 

Marvel

 

BreakPoint: A Marvel of (Intelligent) Design

A Biological Rotary Engine

by: John Stonestreet &  David Carlson
Category: ,
Christian Worldview, Science and Technology

September 10, 2019

 

Could you even imagine a sports car with such a powerful, finely-tuned, rotary engine, whose rotor, drive shaft, and subunits work together so smoothly, that the engine can hit 42,000 rpm and achieve 100% energy efficiency? Well, no… as amazing as cars are these days, the best redline at 10,000 rpm and achieve below 50 percent energy efficiency, meaning that less than half of the power produced actually propels the car. The rest is emitted as wasted heat.

But… if automobile engineers could mimic the efficiency and power of the rotary engine that exists in every cell in our bodies? Well, watch out.

Recently, an article was posted at the Discovery Institute website summarizing three new studies of the enzyme ATP synthase. As they describe it, “ATP synthase is a high-tech, micromolecular power generator” that works like a rotary engine. Its “barrel-shaped rotator spins around transmitting mechanical energy into the drive shaft of the machine to create adenosine triphosphate,” or ATP.

This is a good thing, since ATP is an “energy molecule that provides fuel that every one of your cells needs to function.”

And here’s where this gets really amazing. According to one of the recent studies, the ATP synthase rotary engine achieves nearly 100% energy efficiency. Meaning there is hardly any energy loss, even when working anywhere from 6,000 to 42,000 rpm—something human engineers can only dream about.

From their research, the authors of one of the studies claims “that nano-scale rotary engines” like ATP synthase “have much in common with basic design principles of man-made machines from the function of individual ‘machine elements’ to the requirement of the right ‘fuel’ and ‘oil’ for different types of motors.”

Now, there’s still a lot we don’t know about ATP synthase, but, the researchers confidently tell us, “What is evident is that several billion years of evolution have resulted in a biological motor that is unsurpassed in efficiency, fine-tuning to their environment, and sustainability.”

Really? So, a nano-tiny, vastly complex, and nearly perfectly energy-efficient machine can come about purely by chance and natural selection? This is the claim that Darwinists have to make, but as proponents of Intelligent Design have argued for the past 20-plus years, reason, logic, and mathematics stand in their way.

ATP synthase is a poster-child for what scientist Michael Behe calls “irreducible complexity,” a concept widely derided by neo-Darwinians because it’s so hard to refute. These tiny machines not only include many complex parts, they require a precise configuration of these parts in order to function properly. They could not have evolved from simpler mechanisms, because all the parts have to be present in order for them to work at all.

Similarly, Stephen Meyer describes in his book “Signature in the Cell,” how our DNA is made of “digitally encoded information.” All specified information like this, he writes, “always arises from an intelligent source, from a mind and not a strictly material process.” He places the chance of information randomly coming together to form the building blocks of life at 1 in 10 to the 41 thousandth power.

In his other landmark work “Darwin’s Doubt,” Meyer shows how the sudden appearance of numerous species of animals without common predecessors, something called the “Cambrian explosion,” proves to be an insurmountable obstacle to neo-Darwinian evolution. In fact, in a recent article entitled “Giving up Darwin,” renowned computer scientist and thinker David Gelernter credited Meyer’s work for leading him to reject Darwinism all together.

The more we discover about the world, the more complex and irreducibly complex we discover the world to be, from the vastness of the universe, to the preciseness of language, to those nano-sized rotary engines fueling our bodies. Eventually, the so-called “appearance of design” requires us to conclude the universe is the product of design, and therefore a Designer. 

Resources

Darwin's Black Box: The Biochemical Challenge to Evolution

  • Michael J. Behe
  • Free Press
  • 2006

The Edge of Evolution: The Search for the Limits of Darwinism

  • Michael J. Behe
  • Free Press
  • 2008

Darwin's Doubt: The Explosive Origin of Animal Life and the Case for Intelligent Design

  • Stephen C. Meyer
  • Harperone
  • 2014

Signature in the Cell

  • Stephen C. Meyer
  • Harperone
  • 2009

 

 

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