Qinglin Laboratory
I Can Enter the Game!Biodata
| Feature | Information |
|---|---|
| Name | Qinglin Laboratory (箐霖实验室) |
| Affiliation | Qinglin enterprise group; collaborates with Huaxia Academy and government research bodies |
| Occupation/Role | Private research laboratory specializing in crop genetics, environmental remediation, materials science, medical applications, and advanced technology |
| Status | Active |
| First Appearance | Established in 200 |
| Chairman | Qin Lin 332 |
| Person in Charge | Shen Li 238 |
| Research Director | Li Kai 605 |
| Registered Capital | 400 million yuan 201 |
Background / History
Qin Lin planned the laboratory as an entity separate from Qinglin Villa and Qinglin Food Company, distributing Qinglin’s businesses rather than placing every game-derived product and secret in one organization. Li Qing recommended his uncle, Li Kai, as a trustworthy researcher; Li Kai agreed to join while continuing his low-temperature gene research. Chen Shengfei and Ma Liewen each accepted an offer to invest 200 million yuan for a 10% stake. 200
Qinglin Laboratory was registered with 400 million yuan in capital. Its early appeal to investors rested on Qin Lin’s cultivated watermelon variety and the potential of the special soil used in crop experiments. 201
The laboratory’s first major public scientific contribution was Li Kai’s cultivation of the Adonasi Herb Root, a raw material for SMA treatment agents. Qinglin Laboratory donated the technology, earning nationwide coverage and strengthening its standing with the authorities. 231
Its headquarters were built near Qinglin Villa on a county-planned site. The first phase covered nearly 2,000 mu, combining the main laboratory, office buildings, and crop-gene experimental fields; additional phases were reserved for future expansion. 238
As its results accumulated, Qinglin Laboratory recruited senior researchers from other institutions and graduate assistants for crop research. It later expanded into separate laboratories and research teams, while Li Kai and Shen Li continued recruiting scientific talent. 330 429 446
Facilities & Operations
| Area | Details |
|---|---|
| Experimental fields | The first-phase site includes large-scale fields for crop-gene research, including enclosed plots and glass structures that admit sunlight while protecting experimental crops. 238 |
| Laboratory buildings | The base includes dedicated laboratories, office buildings, and later multiple operational experimental buildings for specialized projects. 334 770 |
| Staff facilities | The headquarters includes an outdoor stadium and an indoor sports arena for personnel use. 334 |
| Project management | Shen Li oversees operations, funding, feasibility assessments, and project approvals; research heads report on their projects at scheduled intervals. 601 |
| Independent projects | Doctoral researchers may apply for their own small projects, but proposals undergo strict feasibility and potential reviews before funding is granted. 507 |
| Research-credit culture | Li Kai includes participating researchers on experiment lists and is known for giving junior personnel opportunities and formal recognition. 446 619 |
Security
- Yun Fei was recruited as security supervisor from Shen Li’s former laboratory; his military bearing and professional background were considered necessary for protecting research secrets. 238
- Sensitive crop experiments, particularly those involving the special soil, are access-restricted; ordinary assistants researching mutated crops do not receive access. 330
- The office and experimental zones are separated, with visitors undergoing multiple checks before reaching research areas. 446
- The laboratory’s security force is largely composed of elite retired soldiers trained under Yun Fei. 446 641
- Strategic-material research can trigger the mobilization of the laboratory’s elite security personnel. 838
Research & Applications
| Field / Project | Result | Notes |
|---|---|---|
| Adonasi Herb Root | Cultivated a source material for SMA treatment agents. | The technology was donated, bringing Qinglin Laboratory national attention. 231 |
| Crop genetics | Developed and trial-planted new watermelon varieties, including large-scale contracted cultivation. | Early trial fields were established in villages around You City. 225 226 |
| Low-temperature crop genes | Published research on crop growth under low-temperature genetic conditions. | Li Kai’s breakthrough proposed crops that could adapt to cold conditions and avoid seasonal limits. 377 379 |
| Seed-yield enhancement | Developed seed technology said to double yields compared with foreign seeds. | Qinglin Laboratory authorized cooperation with domestic seed companies and refused foreign authorization. 422 424 425 |
| Qinglin Rice | Cultivated Qinglin Rice from research related to Xiangshui Tribute Rice. | The laboratory later provided Qinglin Rice seeds to the original Xiangshui group. 444 446 |
| Purifying Grass | Developed grass used for air-quality improvement projects. | It was planted for environmental remediation, including a Capital City renovation plan. 341 403 |
| Cancer-fighting tea | Cultivated tea capable of treating cancer. | The project received stringent security measures during transplantation and testing. 561 667 |
| Willow Leaf Duckweed | Developed plant-based water-pollution treatment. | The duckweed rapidly lowered pollution indicators in Mauritius, absorbed pollutants, and yielded extractable fuel oil after retrieval. 601 608 609 |
| Constant Temperature Grass | Cultivated grass with temperature-regulating effects. | Qinglin Laboratory grew sterilized, non-seeding batches for public release and cooperated with air-conditioning companies. 610 629 |
| Ice-sealing technology | Developed an ice-freezing launcher with firefighting and potential military applications. | The technology was mass-produced first for firefighting; deeper weapon research was transferred to state bodies. 631 632 |
| Special fabric fiber | Produced extremely tough fiber for prospective combat suits. | Testing indicated performance five times better than the current best combat suits. 631 632 |
| Acetic acid resin | Produced a highly elastic, defensive material resembling the material used for Big White. | Huaxia Academy exchanged its advanced intelligent system for the technology as part of a cooperative Big White project. 728 729 |
| Energy-conductive silver material | Simulated other energies with only 1% loss. | Huaxia Academy experts assisted Professor Lin in deciphering its structure. 769 |
| Planetary gravity technology | Created a Force Wall, then completed a gravity chamber. | Soldiers from multiple regions were gathered for gravity-chamber testing. 773 778 |
| Animal-gene research | Used pig genes to supplement extracted giant Fortraval Dragon genes. | The team successfully created Giant Fortraval Dragon eggs. 793 794 |
| Particle technology | Developed parameters capable of 100% particle-energy locking. | The work later supported particle-ray research and planned particle-beam weapons. 796 805 880 |
| Hovercar technology | Produced complete hovercar blueprints, including a sedan-type design. | Professor Luo’s team manufactured the required components from Qin Lin’s prepared plans. 815 |
| Electromagnetic Shockwave Bomb | Created a fire-extinguishing device that can extinguish flames instantly. | The Fire Department Headquarters awarded Qin Lin an honorary certificate and medal. 835 837 |
| Falcon Flight Device | Built and tested a Semi-cold Fusion Power battery and flight device. | Laboratory testing confirmed its airtightness, shock resistance, pressure resistance, and structural integrity. 840 841 |
| Plasma shield technology | Developed plasma shielding superior to that used by space pirates. | The breakthrough elevated the laboratory’s standing among researchers and leaders. 901 |
Major Arcs
Foundation and Agricultural Research
- Qinglin Laboratory began as Qin Lin’s independently controlled research branch, with Li Kai recruited as its principal scientist and Chen Shengfei and Ma Liewen supplying its initial financing. 200
- The laboratory’s early work focused on genetically altered crops, special soil, watermelons, and the Adonasi Herb Root. 201 231 238
- Li Kai’s low-temperature gene work and the later seed-yield enhancement technology established Qinglin Laboratory as a major agricultural research institution. 379 422
Expansion into National Projects
- The laboratory became involved in testing medicinal liquid for elite athletes and researching medicinal cuisine with national researchers. 292 322
- It developed Purifying Grass for air-quality remediation and later received a 10-billion-yuan letter of intent for a Capital City improvement project. 341 346
- Qin Lin awarded Li Kai a 10% stake in Qinglin Laboratory for his technical contributions and to secure his long-term commitment. 346
- Qin Lin and Li Kai were approved as Academicians, substantially improving the laboratory’s title credentials and public reputation. 604 605
International Environmental Recognition
- Qinglin Laboratory entered the Mauritius water-remediation bidding process despite skepticism from competing laboratories, particularly Ottos Laboratory. 605 607
- Its Willow Leaf Duckweed sharply reduced pollution values despite appearing to wither after absorbing contaminants. 608 609
- The laboratory won the bid on the strength of its results but withdrew afterward, leaving its technology and reputation as the central focus of international attention. 609 610
Diversification into Advanced Technology
- Professor Wang’s work on the Goblin Gloves led to ice-sealing launchers, special fabric fibers, urban snowfall technology, and related applications. 619 631 635
- Qinglin Laboratory expanded into intelligent systems, acetic acid resin, energy materials, planetary gravity, particle physics, hovercars, and advanced firefighting equipment. 728 769 778 815 837
- By the time of plasma shields and advanced laser-weapon research, the laboratory had become a key center for technologies far beyond its original crop-genetics focus. 901
Relationships
- Qin Lin — Founder and chairman; provides research directions, technical plans, and final approval for major projects. 200 332 773
- Li Kai — Research director, leading crop geneticist, and 10% shareholder; his low-temperature gene and crop research formed a major part of the laboratory’s early reputation. 346 379 605
- Shen Li — Person in charge of operations, recruitment, funding review, logistics, and external project execution. 238 601 609
- Yun Fei — Security supervisor responsible for the laboratory’s professional security system. 238 267
- Chen Shengfei — Initial investor who accepted 10% equity for 200 million yuan. 200
- Ma Liewen — Initial investor who accepted 10% equity for 200 million yuan. 200
- Huaxia Academy — Research collaborator and recipient of several technologies intended for state-level development, including weaponization and intelligent-system cooperation. 631 729
- Minister Lu — Principal government liaison, coordinating national research cooperation, technology transfers, strategic materials, and researcher support. 631 769 838
- You City — The laboratory’s host city; local authorities planned its site as part of wider suburban development and consistently supported land use and expansion. 238 341
Trivia
- Qinglin Laboratory’s first phase was planned for nearly 2,000 mu, with further phases reserved in advance. 238
- Its headquarters was designed with enough scale and facilities to be considered a major laboratory even by international-city standards. 334
- Researchers consider the laboratory attractive partly because participants can receive formal credit instead of being omitted from major experiment lists. 446 619
- Professor Wang refused Minister Lu’s invitation to join Huaxia Academy, choosing to remain at Qinglin Laboratory. 632