Encouraging One Another, Advancing Together
"I've never seen a real quantum Computer Science before, but now I understand. Physically, a quantum Computer Science can only implement unitary transformations, i. e., linear transformations." Seeing is believing, Shen Qi discovered the problem. "Academician Pan, let's stop the experiment for now. I'll revise a new plan as soon as possible. I know what to do."
"Thank you for your hard work, Shen Qi." Academician Pan was very grateful.
Shen Qi spent a day and a night in the research building, and the real experiments gave him a lot of inspiration.
Some problems cannot be solved by simply filling in the gaps in your imagination, as this can cause basic theories to become detached from reality in the latest application scenarios.
After staying up all night, Shen Qi handed the new plan to Academician Pan the next morning. He yawned and said, "I'm going to sleep for a while. Wake me up at 2 p. m. This should be okay. You'll definitely be able to understand what I wrote."
The second experiment began at 8 p. m. Shen Qi and Academician Pan stood in front of the main screen, feeling both nervous and expectant.
Old friends Alice and Bob make a comeback.
After Alice begins measuring her particles, the particle pairs de-entangle.
At the same time, Bob confirmed his particle quantum state.
Bob measures the received qubit string.
Bob randomly selects a portion of the detected results and transmits these results to Alice via a public channel.
Quantum encryption algorithms can be divided into symmetric cryptographic algorithms and asymmetric cryptographic algorithms. Shen Qi's new scheme starts with asymmetric cryptographic algorithms, and the Differential Equation on the main screen are continuously generated and decomposed.
Alice and Bob are back to their joyful playtime. The revised Hermite Polynomials generalized Differential Equation lead an endless series of unitary operators on a journey through the quantum wonderland. This is a masterpiece by creative director Shen Qi.
With the support of Shen Qi and Academician Pan, Alice and Bob finally took a crucial step, venturing into a realm they had never explored before—the classical space corresponding to quantum operators.
"We did it!"
The staff were filled with enthusiasm. More than two months of continuous overtime and years of hard work had not yielded the expected results, and they were almost in despair when their passion was rekindled.
"Calm down, stay calm, the experiment isn't over yet!" Academician Pan was equally excited, but he managed to maintain the necessary rationality and composure. "Shen Qi, your decisive weapon is about to be unveiled, isn't it?"
"Look, it's right there." Shen Qi pointed to the main screen, where the prime number carrier broke through the fog of quantum chaos. To the layman, this scene was not exciting, but for all the researchers in the laboratory, including Shen Qi, an exciting moment was about to arrive.
Swish!
All the staff stood up; they were no longer needed to operate the machine, and the quantum Computer Science would handle the verification.
A dozen researchers in white coats stood in a row in front of the main screen, with Shen Qi and Academician Pan in the center. Each person had their arm around the shoulder of the person next to them. They were fighting side by side, waiting for the final result.
Quantum toss protocols, qubit commitments, and unintentional quantum transmissions have all been shown to be unable to resist attacks from quantum entanglement, meaning that these schemes do not possess unconditional security.
Shen Qi has tentatively named his new scheme the "Riemann Theorem Prime Number Carrier Quantum Key System," in which he has theoretically constructed an unbreakable anti-theft door combining classical cryptography and quantum cryptography.
According to the pre-set program, the QPU directed the light quantum to launch a fierce quantum entanglement attack on the security door built by Shen Qi.
The attacker was actually Academician Pan, who and his team achieved entanglement of 18 qubits for the first time, possessing the world's sharpest quantum spear.
Alice and Bob are out of the game; now it's a contest between Shen Qi and Academician Pan.
Prime numbers, based on the fundamental properties of Riemann Theorem, give rise to a large number of even functions. The lifespan of even functions is extremely short, lasting only a fraction of a second from birth to death.
Death should perhaps be elevated to the level of sacrifice; even functions sacrifice themselves like moths to a flame, building a new Great Wall, and an incredibly vast new system of equations rapidly generates along the critical line of the zeta function.
Even functions did not sacrifice themselves in vain. The new system of equations incorporates all prime numbers as its components. Shen Qi inadvertently proved the Riemann Hypothesis using Quantum Physics concepts, which means that the Riemann Theorem can resist quantum attacks.
Shen Qi's security door was completed, Academician Pan launched a frenzied quantum entanglement attack on Shen Qi's key shield with his quantum spear.
"Shen Qi, you must hold on!" Academician Pan shouted, his face flushed. His spear was incredibly sharp, but what he lacked was a sturdy shield.
"Make your attack even more aggressive, Academician Pan!" Shen Qi saw the key on the main screen scrolling and updating, indicating that quantum entanglement attacks simply couldn't get through.
"It's already at its most ferocious limit!" Academician Pan roared. He was so excited that he would rather his spear be ruined than not obtain an indestructible shield.
A quantum version of self-contradiction is playing out here; the spear appears sharp, but the shield is even stronger.
The self-contradictory drama continued until 3 a. m., when Shen Qi's "Riemann Theorem Prime Number Carrier Quantum Key System" successfully withstood tens of thousands of attacks from Academician Pan's quantum entanglement.
"It can't be broken!"
"It really can't be broken!"
"Professor Shen is amazing!"
The researchers in Academician Pan's team jumped up excitedly. From this moment on, they would possess the world's sharpest spear of quantum entanglement and the most robust shield of quantum key distribution.
Having finally obtained the treasure he had dreamed of, Academician Pan took off his glasses, wiped away a tear, looked at Shen Qi, and said only two words: "Thank you."
Slap! Slap!
All the researchers spontaneously applauded, their applause dedicated to Shen Qi, representing their highest respect and gratitude.
Shen Qi also clapped. "Academician Pan, brothers, everyone here is a national hero."
Academician Pan's team has strong fighting spirit and cohesion, and Shen Qi believes that such a research team will surely achieve great things.
After wiping away his tears, Academician Pan tightly grasped Shen Qi's hand. "Shen Qi, I am not qualified to National Commendation. I can only express my heartfelt gratitude on behalf of myself and my team. Your theoretical solution is crucial to this project, and I will truthfully report it to the relevant national departments."
Shen Qi smiled and said, "Let's encourage each other and make progress together."
"Your 'Riemann Theorem Prime Carrier Quantum Key System' is a great theory, but Shen Qi, I regret to inform you that your proposal cannot be made public until China's quantum communication system is truly established," Academician Pan said.
"I understand, I completely understand. I'll fight anyone who leaks my plan." Even without Academician Pan's reminder, Shen Qi understood the importance of secrecy. His plan had already been experimentally proven, and the next step was to scale it up for practical application.