Light-Delivered Metabolites Technology And Space Trips

NASA Artemis 

With Artemis missions, NASA will land the first woman and first person of color on the Moon, using innovative technologies to explore more of the lunar surface than ever before. We will collaborate with commercial and international partners and establish the first long-term presence on the Moon. Then, we will use what we learn on and around the Moon to take the next giant leap: sending the first astronauts to Mars.


New space era needs new medicine technology

Besides AI robots, sending human - Homo Sapiens into the deep space would always be the ultimate mission. Low gravity, radiation exposure, a six month trip spanning millions of kilometers to Mars. Without some kind of "countermeasures"  protection,  muscles shrivel, bones weaken, genes damaged and confused, and not enough space to deliver so much medical supplements in the space shuttle, we could count only on the lioght delivering drugs. CAXXÖN LABS have developed a breaking through technology which could deliver the molecules into human body directly. By manipulating the light-electron transforming efficiency, the selected molecules were transformed to photon entangled pairs, interference with visible/ invisible wavelengths, and conducted to the target tissue directly with minimum energy loss. The very fundamentals were based on futuristic quantum physics. Check here to get more information.



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NASA educator features





Electron Induced Light Transfer Of Metabolites

Light delivering medicines/ metabolites through blood-brain barrier

The delivering of the metabolites or drugs into the proper portion of human body was always a challenging process in modern clinical research. Efficient pathways, minimal dosage, interactive duration time were the most 3 factors we've concerned. CAXXÖN LABS have developed a breaking through pathway which could deliver the molecules into human body directly. By manipulating the light-electron transforming efficiency, the selected molecules were transformed to photon entangled pairs, interference with visible/ invisible wavelengths, and conducted to the target tissue directly with minimum energy loss (less than 0.03%). 

Similar with the light induced electron transfer reactions in nature a various life forms but reversed, the transferred light containing drug molecules could be emitted by specific or common devices such as a light emission monitor. One of the key quantum effects applied in our patented technology and a following brief explain: (reference from Princeton Chemistry's Scholes Group) 

the abrupt loss of phase coherence along some high-frequency vibrational coordinates. This rapid loss of phase coherence originates from the random phase interference of ET reaction pathways provided by the vibrational ladder. The observation steps beyond the conventional Marcus theory and directly reports on the vibrationally driven reaction trajectory from the reactant state to the transition state.


Shahnawaz Rafiq et al. Interplay of vibrational wavepackets during an ultrafast electron transfer reaction, Nature Chemistry (2020). DOI: 10.1038/s41557-020-00607-9