I have long wondered why I hadn't heard or seen that someone had been overrun by a fleet of small, light Drones. After asking Bard a few questions it told me this tactic had been used a couple of times in the real world.
That was all I needed. Time to war game this one against a substantial adversary:
The number of drones needed to overwhelm a conventional army of a million men would depend on a number of factors, including the capabilities of the drones, the size and composition of the enemy army, and the terrain of the battlefield. However, a rough estimate would be that it would take at least several hundred thousand drones to achieve a decisive victory.
The time it would take to manufacture all those drones would also depend on a number of factors, but it is likely that it would take several years to build a fleet of that size. The cost of all those drones would be in the tens of billions of dollars, and the cost of fuel or energy to power them would be in the billions of dollars per year.
Here are some of the factors that would affect the number of drones needed to overwhelm a conventional army:
* The capabilities of the drones: The more capable the drones are, the fewer of them will be needed. For example, drones that are armed with explosives will be more effective than drones that are only equipped with cameras.
* The size and composition of the enemy army: The larger the enemy army, the more drones will be needed. For example, an army of a million men will require more drones than an army of 100,000 men.
* The terrain of the battlefield: The terrain of the battlefield can also affect the number of drones needed. For example, an army that is fighting in a dense jungle will require more drones than an army that is fighting in an open field.
Here are some of the factors that would affect the time it would take to manufacture all those drones:
* The availability of resources: The availability of resources, such as materials and labor, will affect the time it takes to manufacture drones. For example, if there is a shortage of materials, it will take longer to manufacture drones.
* The complexity of the drones: The more complex the drones are, the longer it will take to manufacture them. For example, drones that are equipped with advanced sensors and weapons will take longer to manufacture than drones that are only equipped with cameras.
Here are some of the factors that would affect the cost of all those drones:
* The cost of materials: The cost of materials, such as electronics and batteries, will affect the cost of drones. For example, drones that are equipped with advanced sensors and weapons will be more expensive than drones that are only equipped with cameras.
* The cost of labor: The cost of labor will also affect the cost of drones. For example, drones that are manufactured in countries with high labor costs will be more expensive than drones that are manufactured in countries with low labor costs.
* The cost of research and development: The cost of research and development will also affect the cost of drones. For example, drones that are equipped with new and innovative technologies will be more expensive than drones that are based on older technologies.
In conclusion, fighting a war using only a huge, huge fleet of small light drones would be a very expensive and time-consuming undertaking. However, if it were successful, it would be a very effective way to overwhelm a conventional army.
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So, as that guy said in that movie: You're telling me there's a chance...
Looks like with say--10 billion dollars--you could make some noise...
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So I was curious about what would happen if I asked an Artificial Intelligence engine to outline the creation of a Unicorn for me. This is what is said:
Sure, here is an outline of how to create an actual, living unicorn:
Identify the Desired Characteristics of a unicorn. What should it look like? What should it be able to do?
Research existing animals that have the desired characteristics. This could include horses, goats, deer, and other animals.
Identify the genes that are responsible for the desired characteristics. This could be done by studying the genomes of the animals that you have researched.
Use genetic engineering to modify the genes of an animal to create a unicorn. This could be done by using CRISPR or other gene editing technologies.
Care for the unicorn and allow it to grow and develop. This will involve providing it with food, water, and shelter, as well as monitoring its health.
Here are some additional details about each of these steps:
Identifying the desired characteristics of a unicorn. This is an important step, as it will help you to focus your research and development efforts. What should a unicorn look like? What should it be able to do? Some possible characteristics include:
A single horn on its forehead
A coat of magical fur
The ability to fly
The ability to heal the sick and injured
Research existing animals that have the desired characteristics. This could include horses, goats, deer, and other animals. By studying these animals, you can learn more about the genes that are responsible for the desired characteristics.
Identify the genes that are responsible for the desired characteristics. This could be done by studying the genomes of the animals that you have researched. Once you have identified the genes, you can use genetic engineering to modify the genes of an animal to create a unicorn.
Use genetic engineering to modify the genes of an animal to create a unicorn. This could be done by using CRISPR or other gene editing technologies. CRISPR is a gene editing technology that allows scientists to make precise changes to DNA. This technology has been used to create gene-edited animals with a variety of desired characteristics, such as pigs that are resistant to disease and mosquitoes that are unable to transmit malaria.
Care for the unicorn and allow it to grow and develop. This will involve providing it with food, water, and shelter, as well as monitoring its health. It is important to provide the unicorn with a safe and comfortable environment where it can grow and develop.
Creating a unicorn is a challenging but potentially rewarding endeavor. By following the steps outlined above, you can increase your chances of success.
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My own attempt to outline unicorn creation is here: https://hubpages.com/education/How-To-Create-A-Real-Unicorn
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So you wanna eat some unicorns:
Unicorn Meat
Or maybe you prefer unicorn poo:
Eat that poop!!!
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The Dreaming Crystal: Crystal Dreams, Crystal Desires
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The Dreaming Crystal: Crystal Dreams, Crystal Desires
