In fact, Reinhardt's battle plan for Leningrad has already begun to be prepared to move closer to history.

True, he also wanted to besiege Leningrad.

However, the siege of Leningrad in history began on September 9, 1941 and ended on January 18, 1943, when a narrow land access to the city was established, and the siege ended on January 27, 1944. The Siege of Leningrad was the longest-lasting, most destructive, and deadliest siege of a major city in recent history.

However, the Germans lost that battle.

But Reinhardt still planned to follow the old path of history and use siege warfare against Leningrad.

Of course, he did not expect the siege to bring Leningrad to its knees.

Reinhardt just hoped to envelop the main force of the Soviet army's northern front into Leningrad, and then use German infantry to cooperate with the Finnish and Norwegian armies to trap the main force of the Soviet army's northern front, so as to free up the armored forces on the northern front for the middle road and directly approach Moscow.

As for when Leningrad will be won, it depends on when the "Exocet Project" will be completed.

Yes, Reinhardt and others, it was the successful development of nuclear weapons in the Third Reich.

According to Reinhardt's ultimate experience in studying the history of World War II, especially in studying the US military's later war against Japan, there is no difficulty in this world that cannot be solved by one atomic bomb.

In fact, Germany has an inherent advantage in developing nuclear weapons, and in the same way, German scientists were the first to put forward the theory of nuclear fission in 1938.

It has to be said that it is a pity that Germany did not become the first country in the world to possess nuclear weapons, despite its advanced theoretical foundation.

First of all, this incident is inseparable from the exclusion of other races by the Third Reich in history and the persecution of many non-Germanic scientists.

In fact, not only Einstein, but more than 2,000 engineers and scientists left the country because of the fierce racial policies of the Third Reich in the original time and space.

It would be impossible to say that the departure of these people did not have the slightest effect on the advanced technology of Germany.

In addition to the fact that radical racism has forced a large number of scientists to flee, indigenous scientists have taken the wrong path, which is also an important reason.

German physicists, led by Heisenberg, stubbornly believed that nuclear weapons were not easy to develop, and that the difficulties were not proportional to the investment.

There are also various hiccidities, such as the graphite used to refine weapons-grade uranium raw materials that were destroyed by anti-war activists and mixed with impurities, resulting in refining failures.

For example, Heisenberg's calculation formula was wrong, which was an important reason for Germany's miscalculation of the weight of nuclear weapons.

This series of stories, which may or may not have led to the eventual abandonment of the development of German nuclear weapons, has become a historical mystery.

The last aspect is the targeted destruction of Germany's nuclear weapons development infrastructure by the Allies, and the special attack by the British army on the heavy water plant in Norway is also a classic of special operations.

Under these circumstances, the German atomic bomb research ultimately failed.

This is not the situation faced by the Führer, he is in a much better position.

He took out the British, and the likelihood of damage to the heavy water plant in Norway was greatly reduced.

At the same time, he deliberately checked all kinds of experimental materials to avoid the problem of experimental materials being destroyed.

Finally, Reinhardt not only treated German scientists well, but even pointed out the way forward for German scientists, based on the foresight of later generations.

But we must not underestimate this path, the progress of nuclear weapons development is absolutely incomparable. Whether there are nuclear weapons or not, it really makes a world of difference.

However, the United States is a country that has a lot of resilience when it comes to doing things, and their persistence can make many countries ashamed.

If the same thing were to be done in Germany, it might not be possible. When the Soviet Union later went on to develop nuclear weapons, it actually had a great advantage - the Soviet Union at least knew that a nuclear bomb was feasible and could be realized with the current level of technology.

Under relative conditions, the United States did not know whether nuclear weapons were feasible at that time, and the United States really crossed the river by feeling the stones, and there was no so-called beacon to guide the way.

Although the research on nuclear physics at that time was already relatively in-depth. The Soviet Union, Germany, and even Japan have long had corresponding nuclear physics research.

However, even if we have a complete theory on the development of nuclear weapons, there are no successful cases ahead, and we still cannot conclude with certainty that the atomic bomb will be successful.

Under such circumstances, the United States resolutely invested $2 billion and countless amounts of electricity to develop and produce the atomic bomb, which in itself requires great courage.

And in some cases, it is often this courage that has repelled the attempts of so many people and countries in certain areas and areas.

Therefore, it is of little practical significance to talk about how many years later countries developed atomic bombs than the United States.

If the United States had not succeeded in developing the first atomic bomb, perhaps the next few "hooligans" would not have dared to take the step of developing an atomic bomb in ten years.

It can also be seen from here that Reinhardt, as a traverser, can bring a huge turning point to the development of German nuclear weapons in the general direction of nuclear weapons development.

In terms of guidance in the general direction, Heisenberg and other German scientists have the courage to take a step, and in terms of specific operations, the large projects carried out by the Führer are tens of millions of times stronger than other plans in the stocking state.

On the issue of the study of the atomic bomb, the United States has set up a special department to administer all nuclear programs. Germany, on the other hand, has a special agency responsible for stealing intelligence and is responsible for stealing US nuclear weapons secrets.

It started as a purely scientific uranium advisory board, then a large number of scientists invested in it, and then the project entered the engineering development stage, forming the Manhattan Project, which was carried out in parallel with basic research.

The establishment of the Commission alone took the United States two years, but this time was not wasted, because once a procedural unity was formed and the concentration of power was ensured, any department in the United States that wanted to get involved in the nuclear project would have to obey the unified dispatch.

This is no joke, for example, if the Navy wants to participate in nuclear weapons research projects, it can contribute people and money, but it does not have any command and decision-making authority.

In this respect, Germany is the opposite, where people do not have to fight each other, but each department does its own thing.

The Ministry of Ordnance, the Kaiser Wilhelm Society, various universities, and even certain ministerial units have their own nuclear research institutes.

Although the starting point is relatively high, and the scientific research force of research and development is also abundant, the resources are not enough, and now they are more scattered.

What is even more frustrating is that the research direction of various departments is also inconsistent: many senior naval officials have always wanted to use nuclear power generation for submarines and warships.

On the contrary, in 1942, the United States basically stopped the research on nuclear power generation projects and concentrated on nuclear weapons.

Now with Reinhardt's involvement, all German departments have put an end to relevant research, and by the Führer's words, many great scientists have joined a large research institute to contribute to Germany's nuclear weapons program.

This large-scale plan is Germany's "uranium plan". This plan was to create the world's first nuclear weapon for Germany by 1943.

If Leningrad had really held out until that time, their fate would have been much worse than the worst siege in history......

"We have completed the evaluation of centrifuges and purification equipment in Japan...... There are some parts of the technology that can be used, and the relevant departments have already begun to put it into practice. "When Heisenberg faced the Führer alone, he talked a lot.

He now really thinks that Reinhardt is omniscient and omnipotent, because in addition to the military, this Führer actually has some research on quantum physics!

Moreover, the Führer dared to very firmly support the nuclear research of German physical scientists and throw money into this bottomless pit.

As for why the Führer believed that the atomic bomb could be made, and that it was technically permissible, Heisenberg felt that this was not the point at all.

As a physicist, since the country's leaders are willing to encourage and sponsor their own research, all he is left to do is to lead his team to complete the great progress of mankind into the era of nuclear physics.

Once this step is completed, his name Heisenberg will go down in history - even longer than the famous military strategists who are now dominant!

Of course, whether to enter the era of nuclear energy or enter the era of nuclear weapons is not something he can control.