Research Hub—

A stunning breakthrough in biotech: Scientists have reversed memory loss and brain aging by transplanting young, lab-grown immune cells. This could revolutionize how we approach cognitive decline.

An army of microscopic robots is being built to fight cancer, break up blood clots, and clean our planet. The future is small, and it's arriving faster than you think. Unmute the sound to start listening to the 6-minute overview into this incredible technology.

Bacterial and viral DNA can emit low-frequency electromagnetic waves in water. This effect, influenced by external fields, is interpreted via quantum theory, suggesting DNA-water systems can form novel biological structures.

For centuries, the adult brain was considered a fixed, unchangeable machine. But groundbreaking research over the last 50 years has revealed a stunning truth: our brains are constantly changing in response to our experiences, thoughts, and actions. This remarkable ability is called neuroplasticity.

Memory reconsolidation is the brain's 'edit button' for the past. At Caliteco, we explore this science, showing how this natural process can be consciously directed to reframe old narratives, heal, and proactively design your future.

A comprehensive, evidence-based exploration of the pineal gland, moving beyond its historical identity as the mystical "third eye" to its scientifically established role as the master regulator of the body's sleep-wake cycle.

OpenCRISPR-1 is the first gene editor designed entirely by artificial intelligence. Trained on massive genomic datasets, it matches the accuracy of SpCas9 while cutting off-target edits by 95 percent. Released openly with code and plasmids, it marks a shift toward safer, generative approaches to genome engineering.

DNA exhibits profound wave-like properties, acting as a biocomputer. It functions as a laser, uses soliton waves for memory, and converts photons to radio waves. These abilities support a new, wave-based model of genetics.

The structure of water can be altered by DNA's quantum information, allowing it to store and transmit wave-based genetic data. This research explores how DNA-informed water acts as a medium for biological wave communication.

Under electromagnetic stimulation, DNA can form dynamic, wave-like replicas of itself and its surroundings. These "phantoms" persist briefly and follow discrete paths, revealing a new dimension of genetic information.

This article details the theory of wave translation, where genetic information is transmitted as a wave. It presents experimental proof of pancreas regeneration in rats using this remotely transmitted morphogenetic information.

This work critiques the standard genetic code, positing the genome as a linguistic system with quasi-intelligence. As a quantum biocomputer, it uses wave mechanics like holography and non-locality to read and interpret genetic texts.