Humanity is missing, luckily I have billions of clones.

Chapter 209 You are here!
In addition to manned warships, there is the production of unmanned warships.

Unmanned warships are divided into various models according to their different tactical roles and produced simultaneously. The ultimate goal is still to accumulate as many as possible in a short period of time.

The third is the production of clones.

Li Qingsong planned to accumulate the number of clones to over 200 billion within the next two hundred years or so! Only such a large number of clones could support the combat and losses of the huge number of Mercury-class battleships.

The fourth and most critical point is the manufacture of hydrogen bombs!
Previously, in the Altair system and the previous stopover system, Li Qingsong had manufactured a large number of hydrogen bombs to set traps. The hydrogen bomb trap on Altair was successful, causing huge losses to the Omnic Scourge Fleet.

The previous stopover in the galaxy had failed, apparently because the Omnic Scourge Fleet was already prepared.

At this moment, if a large number of hydrogen bombs are deployed again in this star system, the intelligent mechanical disaster fleet will almost certainly not be fooled.

But it doesn’t matter, Li Qingsong has his own plans.

This time, Li Qingsong wants to produce more hydrogen bombs, at least more than 500 billion. In addition to the most conventional small-yield hydrogen bombs, Li Qingsong also plans to produce a large number of large-yield hydrogen bombs.

Theoretically, the equivalent of a hydrogen bomb can be infinite.

After all, stars like the Sun and V432 Pegasus can essentially be said to be large hydrogen bombs.

But theory and engineering sometimes differ. Due to engineering difficulty and cost constraints, Li Qingsong ultimately set the yield of a single large-yield hydrogen bomb at 10 billion tons of TNT.

Such a hydrogen bomb would require around 50 tons of deuterium and tritium gas for fusion alone. Adding to that the accompanying small atomic bomb and a series of other devices, the total mass of the hydrogen bomb reached around 200 tons, almost equivalent to a Mercury-class battleship.

Li Qingsong plans to produce more than 100 billion such large hydrogen bombs, with a total mass of about trillion tons.

You know, when Li Qingsong left the solar system and started migrating, the total mass of his fleet was only more than 4000 billion tons.

At this moment, the construction of a large hydrogen bomb, which is just a sub-task in the construction task, has a total mass five times that of the original solar system migration fleet.

Even the total mass of the migrating fleet when it left Altair was less than 10 trillion tons.

It was this ten trillion tons of mass that supported Li Qingsong's thousand-year escape, his continuous scientific research during the escape, supported repeated experiments, and supported the survival needs of billions of clones and blueprint people.

But these hydrogen bombs were the core of Li Qingsong's next plan. Even though the construction task was so enormous, it had to be completed.

Fortunately, Li Qingsong's industrial capacity has now improved a lot compared to the past.

This is not only due to the increase in the maximum number of consciousness connections, but also due to the improvement in supercomputing performance.

During the more than a thousand years of escape, Li Qingsong never gave up scientific research, and various disciplines and technologies, including quantum computing technology, have made great progress. The quantum computing supercomputer built by Li Qingsong this time has higher computing power, is more compatible with intelligent AI, and has more powerful performance.

A rough estimate is that the overall performance of the new generation of quantum supercomputers of the same size is at least 2.5 times that of the previous quantum supercomputers that are on the run.

With these new supercomputers, how much will Shengong AI's performance improve, and how much will Li Qingsong's industrial strength improve?

Moreover, the construction period this time is longer.

Even if the speed of the intelligent scourge was faster, Li Qingsong estimated that he would still have at least 200 years to spare.

After confirming these four production tasks, large-scale production immediately began, under the control of over a billion clones, supported by numerous supercomputers, and directly controlled by the Divine Works AI. On that smallest gaseous planet, Li Qingsong deployed over five million Jupiter aircraft, and the number was rapidly increasing.

The smallest gaseous planet was chosen as the deuterium collection site because it has the lowest gravity and the most mild environment. Although it is still much worse than Jupiter in the solar system, it is at least within the range that the Jupiter aircraft can withstand.

On average, a Jupiter spacecraft can collect about 4 tons of deuterium per day. If 500 million Jupiter spacecraft are used, excluding losses, the total amount is 1950 million tons per day, and about 70 billion tons per year.

Together with other energy and materials, the mass that needs to be transported from gas giants to other planets each year easily exceeds one trillion tons.

Assuming that a heavy transport ship can transport 10 million tons of materials at a time, it would take 100,000 heavy transport ships to transport the materials produced from the gas giants alone!

But this only accounts for a small part of the transportation materials that Li Qingsong needs.

Various primary minerals, including iron ore, tin ore, titanium ore, aluminum ore, as well as various spare parts, chemical products, etc., are the bulk of transportation.

So in the vast space, under the gaze of the bright star V432 Pegasus and surrounded by thousands of asteroids, a transport fleet consisting of tens of thousands of heavy transport ships travels on space routes all day long without stopping.

Construction on the planet is even busier.

The super-giant fusion power plant constantly supplies an amount of electricity that was unimaginable to the human civilization at that time, and even the Bluetuk civilization, supporting the frantic operation of one factory after another.

With the supply of parts from many factories, a hydrogen bomb production line can produce an average of two small and medium-sized hydrogen bombs with an equivalent of 1000 million tons of TNT per hour.

The hydrogen bomb is not a small gadget, it is a real large-scale high-tech industrial product.

A large factory covering hundreds of thousands of square meters may only have one production line.

Li Qingsong built 15,000 such large factories!

The factories used to produce Mercury-class battleships are even larger.

A factory occupies dozens of square kilometers, about tens of millions of square meters.

Such a factory can produce 50 Mercury-class battleships of the latest model in one day, which have applied all the technology accumulated by Li Qingsong over the past two thousand years and whose technological level has truly reached the peak of electro-weak civilization.

Li Qingsong has built hundreds of such factories.

The rest are factories that produce clones, unmanned warships, unmanned combat equipment, and so on. There are countless factories of various types.

Each of these terminal factories is connected to dozens or even tens of thousands of other factories upstream.

These almost countless factories were carrying out crazy production under the unified control of Li Qingsong.

This situation has continued for more than 190 years without a moment's pause.

Until this moment, a dim star appeared again in the vast sky.

(End of this chapter)