After the excitement, Qin Ke put down Ning Qingyun, and the two quickly began the "co-authoring" work.

As originally predicted, the tacit understanding between the two made the co-authoring of the manuscript effortless. In less than an hour, the co-author was completed, and Qin Ke officially announced: "Computational seed science will officially come out from today!"

He immediately asked Weiguang to scan and digitize all the manuscripts. During this period, the two of them did not take a break and substituted the research materials and data related to the new desert sweet potato over the past two years into the theoretical system of computational seed science and

We worked together to complete mathematical modeling so that Low Light Energy can deduce the genetic combination of the perfect desert sweet potato, and based on this, we can derive the best hybrid breeding plan and supporting nutrient solution plan...

It wasn't until dawn appeared on the horizon that the two of them completed the entire work.

"Xiuguang, write a program based on our mathematical model and insert the data from files 1 to 293 into it for deduction!"

Qin Ke gave the order, and LV4's Shimmer quickly started working. Qin Ke and Ning Qingyun looked at the dark circles under their eyes and their unconcealable tiredness, and laughed at the same time.

This is a laughter that comes from the heart, full of a sense of accomplishment and pride.

"Jun'er, the subject of the perfect desert sweet potato can be concluded."

"Yes, we are a big step closer to the scientific research dream we originally agreed upon."

There was no need to wait for Shimmer's deduction results or actual verification by the Lime Plant Breeding Laboratory. Both of them knew that the "perfect desert sweet potato" could be cultivated 100%.

They have such confidence!

The "perfect desert sweet potato" is indeed worthy of the word "perfect". It is a special sweet potato crop that can only grow in desertification areas with a degree of desertification of 30% to 60%. The seeds cannot germinate in ordinary soil, even if the whole plant is transplanted.

In ordinary soil, it will automatically wither within a few days. There is no need to worry that it will expand on a large scale in ordinary soil because of its strong vitality and reproductive ability, affecting the survival of other crops.

In the sandy soil on the edge of the desert, the perfect desert sweet potato shows a vitality far beyond imagination, and can grow back even if it is completely buried by the yellow sand.

Its germination ability is comparable to that of salix, its resistance to cold, drought, high temperature, and salt-alkali tolerance is comparable to that of Populus euphratica, and its root system is as developed as that of Shaguai Zao. As long as it is watered with specific nutrient solutions and Ning Qingyun's previous "drip irrigation technology"

, it can grow rapidly, form a suitable oasis climate, and feed back the fertility of the land.

Compared with the new desert sweet potato, its red fruits are slightly larger, and the fruit is sweet and glutinous, with an excellent taste. The yield per mu is about 3,500 kilograms. It is the most suitable for planting in desertified areas, has the highest yield and is the most useful.

Food crops of economic value!

"Come on, let's celebrate!" Qin Ke raised his hand gently, Ning Qingyun pursed her lips, smiled and gave him a high-five.

In this crisp high-five, an important plant breeding project that had taken the two of them for more than two years was announced to have officially come to an end.

Almost at the same moment, Qin Ke’s ears heard system prompts one after another:

"Congratulations to the host! After independent study and research, the host has successfully upgraded the A-level knowledge "Cultivation Method of New Desert Sweet Potato" to S-level knowledge "Cultivation Method of Perfect Desert Sweet Potato", perfectly solving the problem of desert crops.'

My progress' assessment score is 'S level'! The 'score makes me progress' function is in effect, and your academic points (biology level) are 1000! Science and technology points (cross-breeding) are 500!"

"Congratulations to the host! The host has created a new theoretically sound sub-discipline, 'Computational Seed Science', and has made an unparalleled contribution to human food cultivation! 'Achievements make me improve' and the score is rated as 'Super S-level'!"

The "Make Me Improve" function takes effect, your academic points (biological level) are 2000! Technology points (cross-breeding) are 1000!"

The two notification sounds made Qin Ke overjoyed.

Upgrading A-level knowledge "How to Cultivation of New Desert Sweet Potatoes" to S-level knowledge "Cultivation Methods of Perfect Desert Sweet Potatoes" to obtain the reward of the system's "Achievements Make Me Improve" function is a bit unexpected, but it is still reasonable.

But Qin Ke was surprised that he later pioneered "Computational Seedology" and received generous rewards, because there was an item in his task list: "Please establish your academic status as the father of 'Computational Seedology'"

Task.

According to the task requirements, he has to perfect "computational seed science", compile it into a book and publish it, promote it and make it a widely recognized new direction of academic seed research. Only then can he complete the task.

And often when there are tasks, the rewards of "My results make me progress" will be merged into the task rewards, and it is rare to issue separate rewards like this!

It is estimated that because this "computational seed science" will indeed play an incomparable and huge role in human food security, the "achievement makes me progress" function will be specially rewarded?

After all, this is the first time I’ve seen it rated as “Super S-level”.

When he proved the Riemann Hypothesis and won the Fields Medal, he was only rated as "S-level".

Qin Ke was still thinking, and new system prompts continued to sound in his ears:

"Ding! Your academic points (biology) have accumulated to 3357, meeting the upgrade conditions!"

"Your biology level has been upgraded to: 'Master Level'!"

"Biology level: Master level, next level: Grandmaster level, upgrade progress: 3357/."

"Ding! Because the relevant theoretical knowledge is extremely large, it will be instilled into the host twenty times every ten days."

"Each time, the host will complete the absorption and digestion of all the above knowledge points at a hundred times speed within five hours. Because the hundred times absorption speed of knowledge will occupy all the host's thinking ability, the host is asked to silently recite 'Absorb Master Level Creatures' at the appropriate time.

Learn knowledge' and receive this reward."

"After the host has completed the above twenty times of absorbing and digesting the theoretical knowledge, your 'biology' level will be approximately equivalent to the top level of a senior professor, and your wealth of knowledge and academic level will be comparable to that of biology professors in most universities."

This chapter is not finished yet, please click on the next page to continue reading the exciting content! Hey, after informatics, biology has also been successfully promoted to the master level.

The system's beeps still sounded one after another.

"Ding dong! Congratulations, your special branch technology 'cross-breeding' meets the upgrade conditions and has been upgraded to one level. The current level is LV4!"

"Crossbreeding: LV4, next level: LV5, required technology points: 2395/5000."

"Ding! You have unlocked the exclusive knowledge of LV4's 'Hybrid Breeding' 'List of Genetic Codes of Thirty Common Crops'!"

Qin Ke was excited again. This exclusive knowledge of LV4 "cross-breeding" was simply tailor-made for him.

Because the key to computational seed science is the genetic code, that is, the base information of DNA and RNA. Only by obtaining plant DNA and RNA data through continuous experiments and analyzing the genetic codes of different plants can we use computational seed science to quickly obtain

A new seed breeding program in mind.

For example, Qin Ke and Ning Qingyun were able to use low light to deduce the cultivation plan for the "perfect desert sweet potato" within a few hours. This was the result of their accumulation and hard work. They and their team spent countless time and energy researching the sweet potato.

Only the vast majority of the genetic code can be substituted into the mathematical model to complete the genetic deduction and breeding plan derivation of the perfect desert sweet potato!

Now with this "list of genetic codes for thirty common crops", Qin Ke can almost deduce hundreds of different new crop breeding plans at will!

Of course, these lists of genetic codes cannot be used directly. After all, they are advanced knowledge in the system and should not be available in the world. Using them directly would be too shocking, but Qin Ke can guide the cultivation of limes accordingly.

The laboratory began research work to cultivate the new crops he wanted to cultivate in the fastest and most reasonable way!

"Qin Xiaoke, you go wash up and take a rest first, and I'll prepare breakfast." Ning Qingyun's soft and pleasant voice interrupted Qin Ke's thoughts.

Qin Ke came back to his senses and said with a smile: "Don't worry about it, just eat some bread first and have a sleep before talking!"

There is still a lot of work to do next, such as writing the theoretical system of computational seed science into a paper, writing a tutorial to be submitted for review and publication, registering a patent for the cultivation technology of perfect desert sweet potato... Oh, and let the Lime Plant Cultivation Laboratory conduct practical

Breeding trials and the first round of large-scale seed production, etc.

But after the most difficult and critical work of systematizing computational seed science is completed, these are all subsequent details.

Get some sleep first and refresh yourself!

…

After a comfortable sleep, Qin Ke woke up and the sun was already setting.

Glancing at Ning Qingyun who was still sleeping soundly next to him, Qin Ke quietly stood up.

After doing a set of Wing Chun to stretch his muscles and taking a comfortable cold shower, Qin Ke returned to the study.

The screen of the notebook placed on the desk automatically lit up after Qin Ke appeared, and the dim light reported: "Master Qin Ke, has completed the cultivation plan of the 'perfect desert sweet potato' deduced through 'computational seed science'."

"Okay, open it and let me see."

Shimmer moved very quickly, and a PDF file appeared in front of Qin Ke in the blink of an eye.

Qin Ke took a closer look and found that the cultivation plan he had developed through repeated trials in the "Virtual Scientific Research Experiment Center" was already close to the final answer.

Moreover, the Lime Plant Breeding Laboratory has almost achieved all the prerequisites in the past two years. With this breeding plan, the first cultivation and large-scale low-cost seed production can be completed in about three months.

Just in case, Qin Ke entered the "Virtual Scientific Research Experiment Center" and personally tested it with the time acceleration function. The results were very satisfactory, whether it was the characteristics of the perfect desert sweet potato or the large-scale low-cost seed production.

The method, the configured nutrient solution effect, and the deduction results match as high as 99.99%! With such a high match, the 0.01% error is negligible.

Of course, the most critical reason for the high degree of matching between the deduction results and actual experiments is that Qin Ke and his team have spent more than two years studying the genetics of sweet potatoes and have a huge amount of experimental data in their hands.

If we only have DNA and RNA data that meet the qualifying line for the application of "computational seed science", the accuracy rate will only be about 95%. It can be predicted that when "computational seed science" is released and promoted, research on plant DNA and RNA will

Analysis will become the core work of all seed companies and plant breeding laboratories.
Chapter completed!