Marvel's Spider-Man: Web of Fate

Well, their mentor, Mr. Harrington, did talk to him, wanting him to be the team leader, but Peter declined, citing his participation in the Stark internship program.

Isn't it because of this?

Chapter 78 Creating Nanosuits

In short, making Flash the captain was definitely not good news for Peter.

Because this guy really enjoys causing trouble for Peter.

Peter prefers to remain inconspicuous, only showing up when necessary.

However, because of Flash, his presence was greatly enhanced, making it impossible for him to sneak away or do anything on several occasions.

Sometimes you really should lock this guy in a closet and let him calm down!

Peter thought with a slightly wicked grin.

The second thing is that the first share of his project with Stark Industries has been paid out.

It's nearly $20,000!

Well, compared to the size of Stark Industries, this is indeed insignificant, even... a little funny?

But for Peter, it was an absolute fortune!

Moreover, this is only the first profit, and it only comes from the profit of the [Spider Silk Optical Microscope].

According to a message Ms. Potts sent to Peter, this first transaction was simply because they were piloting it, and the product turned out to be more promising than expected.

Now, more primary and secondary schools, personal laboratories and the like are placing orders with Stark Group. Based on the order volume, the revenue sharing in the next round is estimated to be 10 times or even more!

As for the practical application of [SPC-120703 polymer biomass fiber material], they are still evaluating it, and will pay Peter royalties according to the proportion at that time.

In addition, Tony Stark specifically stated that all the money earned was after-tax and belonged entirely to Peter, who could dispose of it at his discretion.

On the day the dividends were distributed, Peter went to share the good news with Aunt May.

Firstly, this would make Aunt May happy; secondly, with this, he could use the Stark internship program as a pretext even more openly.

But Peter soon realized that he was too happy too soon; the money was far from enough!

Here's the thing.

With the tangible incentive of money, coupled with witnessing the inventions of the base belonging to the blonde Spider-Man in the Earth-1610B universe, Peter developed an even greater interest in scientific research.

So, during the time he didn't need to go to other parallel universes, Peter frequently went to his personal laboratory at Stark Industries.

But scientific research is not only labor-intensive, but also extremely expensive.

Yes.

The Stark Group provided him with a laboratory equipped with a lot of advanced equipment, but the maintenance of the equipment and the consumption of materials in the laboratory all required funding from higher authorities.

What Peter is about to do is not simple.

It requires quite a lot of resources.

Fortunately, he has the support of the September Fund that Iron Man promised to allocate to him, which allows him to stay afloat for the time being.

As for what he wants to do

It is actually a nanomaterial.

But not the kind from the suit Iron Man gave him; rather, it was inspired by Ms. Octopus.

Ms. Octopus's hydromechanical tentacles are amazing. In their normal state, they can be completely compressed, so that they are not visible even when Ms. Octopus is wearing a regular lab coat.

But when needed, these mechanical fluids extend from the device behind them, forming mechanical tentacles.

Clearly, the most important technology in this is nanotechnology.

But there should be more.

Nanotechnology, also known as micro-nanotechnology, is a technology that studies the properties and applications of materials with structural dimensions in the range of 1 nanometer to 100 nanometers. In essence, it is a technology that uses individual atoms or molecules to manufacture matter.

It is the product of the combination of many modern scientific methods.

Peter knew that Stark Industries must have mastered some nanotechnology.

Because the Spider-Man suit he was given contained traces of nanotechnology, such as the ability to adapt to the body's looseness or tightness when putting on and taking off the suit, which could adjust itself according to his body shape.

However, this technology is not sophisticated; it can only be described as mediocre.

In addition, during his research, Peter also saw some internal documents from Stark Industries and learned that Stark Industries' main focus on nanomaterials was on nanometals.

This is also normal.

After all, Stark Industries is the company’s original name, and as a heavy industry enterprise, the processing and manufacturing of metal alloys is its primary business.

Besides, Tony Stark, as the leader and soul of Stark Industries, is also Iron Man.

If Stark Industries has any cutting-edge technology, it can definitely be found in the Iron Man armor.

If you can't find it, it means it's not top-tier enough, doesn't deserve the armor, or has been replaced by a better, superior one.

The broad category of nanotechnology can be further divided into six branches: nanophysics, nanobiology, nanochemistry, nanoelectronics, nanofabrication technology, and nanometrology.

Peter's main focus is on knowledge in three dimensions: nanophysics, nanobiology, and nanofabrication technology.

He used his own and several different Spider-Men's webs as the basic structure for nanomaterials, and found a unique nano-web material from the webs.

When matter reaches the nanoscale, which is the range of approximately 0.1 to 100 nanometers, its properties undergo a sudden change, exhibiting unique properties that are different from both the atoms and molecules that originally composed it and the special properties of macroscopic matter.

For example, copper, silver, and other good conductors that are thermally and electrically conductive at the macroscopic level lose their original properties when they enter the nanoscale, exhibiting characteristics of being neither electrically nor thermally conductive.

Spider-Man's webs are made from a "natural" primitive nanomaterial.

After Peter's repeated experiments and processing, he discovered its properties.

He discovered that his initial idea was correct: Spider-Man's web material could not only be used as spider silk, but also to make suits!

Moreover, it's a real nanotech suit!

So Peter pondered how to use nano-spider silk as a base material, and without affecting its performance, add some metallic nanomaterials to improve the protection of key parts, and then make it into something similar to the fluid mechanical tentacles of Ms. Octopus.

This way, he wouldn't need to wear a Spider-Man suit every day or stuff it in his backpack.

The former is always stuffy and uncomfortable to wear for a long time—luckily, I learned a trick from Spider-Man B about applying talcum powder, which slightly improved the experience.

But after applying talcum powder, he smelled nice, leading his classmates to think he was imitating Flash by spraying himself with perfume.

As for the latter, the risk of being discovered is quite high.

Although no one usually goes through your backpack, what if they do?

Moreover, if I could create my own suit of armor, I could completely escape their surveillance, right?

Researching and manufacturing a "fluid" nanosuit is imperative!

Chapter 79 Nanoparticle Suit - One-Time Use

Chapter 79 Nanoparticle Suit - Disposable

On a bustling street in New York City.

Peter was sitting in the back of the bus with a laptop on his lap, typing rapidly.

This laptop was a reward he gave himself after receiving his first share of the profits not long ago.

Although its performance is not as good as the ones Iron Man had in the lab, it is sufficient for recording some everyday thoughts, data, and viewing.

At least, from now on, he will no longer have to put up with that old machine that he cobbled together from the garbage dump at the junkyard.

He is on his way home now.

Today he visited a composite materials manufacturing plant owned by Stark Industries, mainly to learn how they combine several materials with very different properties and molecular structures.

He cherished this opportunity because it took him a week to get approved after applying.

However, as it turned out, his trip was not in vain.

He learned a lot from it.

Peter's mind was overflowing with ideas at that moment, and many things that he couldn't understand before were now clear!

“All I need to do is dissolve the spider silk solution in a suitable mixed solvent, allow it to self-polymerize, and then cast it. I never imagined that the solution for proton-conductive gels in composite materials would be so simple. Why couldn’t I figure it out before?” Peter thought to himself, his hands moving faster and faster.

If that idiot author had half his speed, he could probably update more than ten chapters a day.

The battle suit he wanted to create could shrink into something in the form of nanoparticles when not in use, and when needed, it could be transformed in a very short time simply by issuing a command.

necklace?

belt?

Headband?

watch?

In the end, he chose a watch.

Because this is the easiest thing to conceal.

Simply hollow out the inside of the watch, leaving the dial intact, and even retaining the timekeeping function, and fill it with nanoparticles without affecting the watch's performance.