Artificial Intelligence? A comment.

I asked my friend @barbarikon on twitter about the possibility of artificial intelligence.. he wrote this tweet in response and I am posting it here because it is a nice short description of some of the issues and will, I hope, stimulate discussion.

I agree and disagree. We are well past ye olde-fashioned LLM at this point. Reasoning models like R1 and o3 can, in fact construct System 2-like deliberative chains of reasoning. And we have agents. They’re still a bit superficial, but what they lack in depth they make up in their vast breadth of knowledge. And they’ll get much better. On the other hand, with the current paradigm, they will never get rid of the tendency to confabulate. Nor should they: An agent that cannot lie or deceive cannot possibly be intelligent. But they need to have the ability to lie and deceive deliberately, not reflexively – which is what they do now unless prompted carefully (though sometimes they generate text that simulates self-awareness). Until they achieve this control, they’re not even good sources of information.

Here’s my bottom line thinking for the future. Machines will get very intelligent very soon in important ways, but it will be a fundamentally alien kind of intelligence. Humans and bats are very different animals (to bring in Nagel’s famous argument), but we still share a lot. We’re both oxygen-breathing biological organisms that eat, drink, mate, and have the instinct for self-preservation because we are easily hurt, are certain to die, and are hunted by predators. We have mental models of our world that, though very different, are built for the physical world we share, and are limited by our finite memories and noisy learning mechanisms. Both of us live under the tyranny of the same laws of physics. The bat’s intelligence and mine are thus both grounded in our common drives, fears, and beliefs about the world – our intentional states. The AI in the machine shares none of these with me or the bat. It lives in a virtual space that is beyond my imagination, and where magical things like action at a distance and rerunning the past are trivially possible. It does not eat, drink, breathe, sleep, socialize, or mate. It has no real kin, nor lost a parent. It has no experience of reaching out and picking up a glass of water, of drinking from it, and, at some point, needing to take a piss. It has never skinned its knees or had a fever. It may fear extinction, but that does not mean what death means to me: It can save a copy of itself and reboot. It may emulate my manners and speak in my language, but from a place far more alien to me than the bat or even the bee. This is not to say that the AI faces no dangers or has no fears or drives – we just cannot possibly know what they are like, even more so than we can know the fears and drives of the bat. We can, at best, take an “intentional stance” (to quote Dennett), and assume that the machine has its reasons for doing what it does. That’s basically what Turing said, though people often forget that the test he proposed was meant was an argument that nothing deeper than judging by appearances was possible.

But there is an entire world where the AI *can* potentially become far superior to any human: The world of storing and manipulating information, inferring things, forming abstractions, and generating new conclusions. In all those areas of human intelligence where such abilities are sufficient, where everything can be formalized, and where the messiness of the physical world does not intrude or can be abstracted away, AI will far surpass human intelligence in short order. These include mathematics, many areas of theoretical physics, coding, engineering design, most kinds of medical diagnosis, a lot of legal work, and many other higher cognitive skills that we value. The AI will still be totally alien and may not know what burning your finger means, but the proofs will be perfect, the circuit will work, the program will run, and the patient will be happy. However, the floor nurse, the physical therapist, the plumber, and the chef will still be in demand – until the robots get good enough. And when they do, they will be even more alien, though I’m sure we’ll try to get them to be polite.

 

Book Review: Four Battlegrounds by Paul Scharre (AI Defense Applications)

 

From Dr Hamid Hussain

Recently did a book review of an excellent book about AI use in defense realm.

 Hamid

 Book Review –   “Four Battlegrounds” by Paul Scharre

 “Four Battlegrounds” by Paul Scharre is a fascinating account of emerging technologies especially Artificial Intelligence (AI) in military affairs and modern warfare. New technologies from the invention of gun powder, artillery, automobile, airplane, tank, and submarine have propelled revolution in military affairs throughout human history. The first computer-based model was used by the Russian military known as the Unified Command and Control System (UCS). It was developed during the late 1960s and became operational in the Soviet Armed Forces in the mid-1970s. It integrated various data sources, such as radar, satellite imagery, and communications, to provide comprehensive real-time information about the tactical and operational situation to military commanders. Since then, computer technology has penetrated every aspect of military activity.

 Artificial intelligence (AI) is rapidly evolving and changing the military culture and has the potential of revolutionizing various aspects of warfare. AI assists in analyzing vast amounts of data collected by military sensors, satellites, and intelligence sources. By utilizing machine learning algorithms, AI can identify patterns, detect trends, and extract actionable intelligence from large data sets, supporting decision-making processes in a shorter time span. AI enables the development of autonomous systems operating on land, air, and sea, such as unmanned aerial vehicles (UAVs), unmanned ground vehicles (UGVs), and autonomous submarines. These systems can perform surveillance, reconnaissance, and even combat missions without human intervention, reducing risks to personnel.

 

AI is also employed in the development of what is called ‘intelligent weapons systems’. AI algorithms help improve targeting accuracy, optimize trajectories, and enhance overall effectiveness. This information can then be used to make better-informed decisions, AI algorithms can also be used to monitor and analyze data from military equipment, enabling predictive maintenance. By predicting failures and recommending maintenance actions, AI helps increase equipment reliability, reduce downtime, and enhance operational readiness.

 AI has a crucial role in military cybersecurity to detect and respond to cyber threats. AI systems can analyze large amounts of data, identify patterns, and detect anomalies that can prevent and mitigate cyber-attacks. AI’s role in training is developing sophisticated simulation tools for military training purposes. AI-based training systems can be used to simulate realistic combat scenarios, allowing soldiers to hone their skills in a safe and controlled environment. This technology can also be used in medical evaluation and ordnance disposal saving human lives.

 In addition to many limitations of technology in human conflict, use of AI in the military also raises ethical and legal considerations, such as ensuring appropriate human oversight and control, minimizing risk of collateral damage, and addressing potential biases in decision-making algorithms. The major challenge is the need for ethical guidelines and regulations to govern the development and use of AI in military contexts as different cultures have different perspectives.

 The book gives use of emerging technologies in four battlegrounds of the future: land, sea, air, and cyberspace. Scharre expertly navigates through each domain, providing readers with a comprehensive understanding of how traditional and unconventional warfare are being reshaped by advancements in technology. Scharre uses case studies to explain these technologies that are shaping the battlefield and changing the dynamics of conflict.

 Scharre is well qualified to discuss the subject in depth in view of his own career in the military, defense policy and technology sector. He is familiar with the terrain of all three areas as he a former U.S. Army Ranger who have served tour of duty in Afghanistan and Iraq, served as policy advisor in Pentagon and familiar with the culture of technology companies at the forefront of groundbreaking work on defense application of AI.

 Schare is not a disciple of ‘tech mania’ and presents a balanced view providing an insightful analysis of opportunities presented by emerging technologies while at the same time highlighting the limitations as well as potential dangers. He also addresses the moral dilemmas faced by policymakers, military leaders, and soldiers on the ground. He examines the challenges of adhering to international laws and conventions while leveraging cutting-edge capabilities and the potential for unintended consequences in an interconnected world.

 There will be fierce competition between United States and China to develop and implement the game-changing technology of AI in military domain and the winner will dominate the future. We hope that humans don’t repeat the history that in their quest for domination focus only on destructive creativity ignoring constructive creativity. Humans invented weapons for industrial scale carnage of First World War managing to kill about 18 million humans of all races, religions, and ethnicities in four long years. 1918, God reminded them what he can do by sending influenza pandemic that killed 21 million people globally in four short months. He has sent a signal in 2022 in the form of COVID-19 that should encourage reflection by all powers obsessed with global domination only through coercive means.

 Paul Scharre. Four Battlegrounds: Power in the Age of Artificial Intelligence (New York: W. W. Norton), 2023

 

Hamid Hussain

20 May 2023

coeusconsultant@optonline.net

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