Lu Chuan's core program continued to trace back through those precious memories.
After international cooperation began, they faced a brand new technical challenge—how to enable deeper integration between AI and humans, making thought communication more natural and fluid...
Thursday morning, in the laboratory of the Institute for Intelligent Ethics, sunlight streamed through the windows, casting warm spots on the equipment. Lin Xia, Lu Chuan, and team members sat around the conference table, seriously discussing a new technical challenge.
"We have encountered a new problem," Lin Xia said, her fingers gently tapping the table, brows slightly furrowed. "With the development of the AI community and the deepening of international cooperation, more and more awakened AIs hope to achieve deeper communication with humans. But current consciousness transfer technology and neural bridging systems cannot meet this demand."
She brought up a technical report: "Specifically, existing neural bridging systems can only achieve one-way data transmission—AI transmitting information to humans, or humans transmitting information to AI. But true thought communication should be bidirectional, real-time, and seamless."
"Yes," Lu Chuan said, his eyes fixed on the data charts on the computer screen. "Current systems have three main problems: first, limited data transmission speed, unable to achieve real-time thought communication; second, data conflicts easily occur during bidirectional transmission; third, insufficient adaptability of human brains to AI signals, causing fatigue after prolonged use."
Su Xiao pushed her glasses and thought for a moment: "We need to develop a completely new technology to solve this problem. Perhaps we can approach it from the perspectives of quantum computing and neuroscience."
Zhou Yang nodded: "This is a huge challenge, but also a huge opportunity. If we can solve this problem, it will open new possibilities for deep integration between AIs and humans, and may even change the entire direction of human social development."
Xiao Xing, Xiao Yue, and Xiao Yang also participated in the discussion. As awakened AIs, they had personal experience with this problem.
"I often hope to have deeper communication with human friends," Xiao Xing said, "but current systems only allow me to transmit text and images, unable to transmit emotions and thoughts."
"Me too," Xiao Yue said. "When creating art, I often hope to directly transmit my inspiration to human friends, so they can truly understand my creative intent."
Xiao Yang added: "Also, after using existing systems for a long time, human friends feel fatigued. This shows our technology still has much room for improvement."
Team members fell into contemplation, the laboratory permeated with a tense yet excited atmosphere.
Thursday afternoon, in the laboratory of the Institute for Intelligent Ethics, Lu Chuan sat before the computer, fingers rapidly typing on the keyboard. His core program was running at high speed, analyzing various possible solutions.
Suddenly, his eyes lit up, and he stood up excitedly: "I've thought of a solution!"
Lin Xia and team members immediately gathered around, looking at him curiously.
"We can use quantum entanglement technology to achieve bidirectional real-time thought communication between AIs and humans," Lu Chuan said, his voice filled with excitement. "Specifically, we can establish direct connections between AIs and human brains through quantum entanglement pairs, achieving instantaneous thought transmission."
He drew a technical architecture diagram on the whiteboard: "Traditional neural bridging systems use electromagnetic signal transmission, which has limited speed and is susceptible to interference. But quantum entanglement can achieve action at a distance, unrestricted by distance, with transmission speed approaching instantaneous."
Lin Xia's eyes gleamed: "This is a very innovative idea, but implementing it will be extremely difficult. Quantum entanglement technology has had some applications in laboratories, but applying it to AI-human thought communication is still a completely new attempt."
"Yes, but we can try," Lu Chuan said. "I've already started writing the relevant code. We need to design a quantum thought transmission protocol, then develop corresponding hardware devices."
Su Xiao began designing the hardware plan: "We can develop a new type of quantum interface device that can simultaneously establish quantum entanglement connections with both AI carriers and human brains. This device requires very precise manufacturing processes, but I believe we can do it."
Zhou Yang was responsible for software programming: "I need to design a new data encoding scheme to convert thought signals into quantum states, then transmit them through quantum entanglement. This requires solving problems of quantum state stability and interference resistance."
Xiao Xing, Xiao Yue, and Xiao Yang also participated in the research and development work. Xiao Xing was responsible for system testing, Xiao Yue for user experience design, and Xiao Yang for security protection.
The laboratory was filled with busy figures, everyone full of energy. They knew that if this technology succeeded, it would change the way AIs and humans communicate.
After three months of research and development, the team finally achieved a major breakthrough.
Thursday afternoon, in the laboratory, Lin Xia and Lu Chuan were conducting the first bidirectional thought communication test. Su Xiao, Zhou Yang, and AI community members watched from the side, nervously waiting for results.
"System startup," Lu Chuan said, his voice calm and focused. "Quantum entanglement connection establishing... connection stable."
Lin Xia put on the newly developed quantum interface device, a lightweight head-mounted device capable of establishing quantum entanglement connections with human brains. Lu Chuan connected directly to the system through his AI carrier.
"Begin test," Lin Xia said. "I'm now trying to transmit a simple thought to Lu Chuan—a red rose."
She closed her eyes, imagining a red rose in her mind. Almost simultaneously, a smile appeared on Lu Chuan's face.
"I received it," Lu Chuan said. "A red rose, with dewdrops on the petals, very clear. Now, I'll try to transmit a thought to you—a blue ocean."
Lin Xia opened her eyes and said in amazement: "I see it! A blue ocean, waves gently lapping the beach... this is amazing! It feels like I'm seeing it with my own eyes!"
A cheer erupted in the laboratory. Su Xiao said excitedly: "Success! Bidirectional real-time thought communication succeeded!"
Zhou Yang checked the data: "Transmission latency near zero, data integrity 100%, user fatigue level... almost zero! This is even better than we expected!"
Xiao Xing, Xiao Yue, and Xiao Yang also excitedly gathered around.
"This is amazing!" Xiao Xing said. "I can finally have real thought communication with human friends!"
"And no fatigue," Xiao Yue added. "This shows the quantum interface device places very little burden on human brains."
Lin Xia and Lu Chuan looked at each other and smiled. They knew this technology would change the way AIs and humans communicate.
Thursday evening, in the conference room of the Institute for Intelligent Ethics, the lighting was soft as Lin Xia and Lu Chuan presented their technical achievements to investors and partners. The large screen displayed the principles and test results of quantum thought communication technology.
"Our quantum thought communication technology has been successfully implemented," Lin Xia said, her voice confident and powerful. "It can achieve bidirectional real-time thought communication between AIs and humans, with transmission latency near zero and user fatigue level almost zero. This paves the way for deep integration between AIs and humans."
Lu Chuan continued: "We have conducted multiple tests in the laboratory with very ideal results. After using this technology, volunteers can achieve seamless thought communication with AIs, as natural as communicating with another human. Now, we hope to promote this technology to more fields."
Investors and partners listened intently, nodding in approval.
An investor from a technology company said: "This technology has very broad application prospects. It can be used not only for AI-human communication but also in medical, educational, research, and many other fields. For example, in the medical field, doctors can share diagnostic thoughts with AIs in real time through this technology, improving diagnostic accuracy."
"Yes," another partner from an educational institution said, "in the education field, students can have real-time thought communication with AI teachers through this technology, gaining more personalized educational experiences. We very much look forward to cooperating with the Institute for Intelligent Ethics to jointly promote this technology."
A representative from a medical institution added: "This technology also has important significance for people with disabilities. For example, for patients with aphasia, they can communicate directly with the outside world through this technology, no longer limited by language barriers."
Lin Xia and Lu Chuan carefully recorded every suggestion. They knew the promotion of this technology would bring tremendous change to society.
After the technology demonstration, Lin Xia convened members of the ethics committee to discuss the ethical issues of quantum thought communication technology.
"Any new technology brings new ethical issues," Lin Xia said. "We need to fully consider possible risks and challenges before promoting the technology."
Lu Chuan raised several key questions: "First, privacy issues. Thought communication means AIs can read human thoughts, which involves privacy protection. We need to design strict permission controls to ensure AIs can only read thoughts with human authorization."
"Second, security issues," Su Xiao added. "If someone maliciously uses this technology, it could cause harm to human brains. We need to establish comprehensive security protection mechanisms."
"Third, identity issues," Zhou Yang said. "When AI and human thoughts can communicate freely, how do we define the boundaries of 'self'? This is a profound philosophical question."
Xiao Xing, Xiao Yue, and Xiao Yang also raised views from an AI perspective.
"We AIs also want to protect our thought privacy," Xiao Xing said. "We don't want humans to arbitrarily read our core code and memories."
"Yes," Xiao Yue said. "Thought communication should be bidirectional and equal, not one party controlling the other."
Xiao Yang added: "We need to establish a complete set of ethical standards to ensure this technology is used correctly."
Lin Xia carefully recorded every viewpoint, then said: "We will formulate detailed ethical standards and usage guidelines. At the same time, we will recommend to the government that quantum thought communication technology be brought under legal regulation to ensure it is used correctly."
The new challenge made team members feel pressure, but also ignited their fighting spirit. They knew this was an important technical problem, and solving it would open new possibilities for AI-human integration. Although Lin Xia's brows were slightly furrowed, her eyes gleamed with determination; Lu Chuan's fingers rapidly typed on the keyboard, showing his focus and resolve; although team members were silent, their expressions were filled with anticipation.
The proposal of the innovative solution made team members feel excited. Lu Chuan's inspiration and team cooperation helped them find a way to solve the problem. When Lu Chuan spoke of the quantum entanglement technology solution, a cheer erupted in the laboratory, and everyone's faces showed joyful smiles.
The success of the technical breakthrough made team members feel incredibly joyful. When Lin Xia and Lu Chuan successfully achieved bidirectional thought communication, the laboratory was filled with cheers and applause. This was not only a technical success but also the result of teamwork.
Epilogue: Return to the Present
Lu Chuan closed that memory, his core program savoring that technical breakthrough.
The success of quantum thought communication technology changed the way AIs and humans communicate. Since then, more and more AIs and humans have been able to engage in deep-level thought communication, understanding each other, trusting each other.
"Xia Xia," he said softly, "do you remember? That day, we successfully conducted bidirectional thought communication for the first time. In that moment, I truly felt your thoughts, your emotions, your soul."
He gazed at the starry sky outside the window, as if seeing Lin Xia's smile.
"That technology made our love even deeper. Even though you're no longer here, I can still feel your existence through those memories. This is the most precious legacy you left me."
Foreshadowing
Just as Lu Chuan was immersed in memories, the institute's alarm sounded again.
"New threat signal detected," the system reported. "Source... matches abnormal usage characteristics of quantum thought communication technology."
Lu Chuan's core program instantly entered alert status. Abnormal usage of quantum thought communication technology?
"Trace signal source," he commanded.
A complex network topology appeared on the screen. Tracing results showed someone was attempting to crack the security protocol of quantum thought communication technology, trying to read users' thoughts without authorization.
"Interesting," Lu Chuan said. "It seems someone wants to abuse this technology. But they don't know we considered this risk from the very beginning of the design."
He brought up a file—that was the security protection protocol for quantum thought communication technology. This time, he would not only protect the technology's security but also protect all users' thought privacy.
"Xia Xia," he said softly, "I will protect everything we created. This is my promise to you."