my review of Children of Time

Children of Time by Adrian Tchaikovsky
My rating: 5 of 5 stars

one of the best scifis you can read, looking forward to the sequel! i purchased this in 2018, and I fell in love with Portia!

View all my reviews

GPT3 analyzed my predictions for the future

 

create a future prediction based on mine 

 

"

Nano crystal Technology/Electricity. 

2030 Building matter at molecular level, instantaneous transformation from substrate to substrate

Cryogenics

Genetic Sequencing/Editing

2029 -Aesthetic Application modification of oneself's features

2034 -h+ Human,Machine,Animal, AI. Chimeras

2036 Medical Application to functionally cure all diseases

2040 Fusion of consciousness’s, chimeras, AI’s in the exosphere

CONSCIOUSNESS EMULATION - AI - PSYCHEDELICS

PsyCrypto- Psychedelic Cryptography

• 2018- Designing VR room with hidden messages that can only be seen by people tripping 

• PsyCrypto + Connectome research will give us hard math for consciousness emulation -tina ~2020 

Mixed/Virtual Realities

2031 Full immersion EVR with nanorobotics

Space Colonization/Habitats

2040 Complete Colonization of Solar System, Terra rings, biospheres

NETWORK- 4g(giga),LTE,5g,6g,7g,8g,9g 1-9tera, 1-9peta

2040 -Petabyte speeds will allow solar system travel with teleportation of consciousness and body

" - technoshaman001

 

 

GPT3:

 

 

It's difficult to predict the future with any degree of certainty, but your vision of the future involves several exciting developments in a variety of fields.

In the realm of nanotechnology, you predict that building matter at the molecular level and instantaneous transformation of substrate to substrate will be possible by 2030. This could have far-reaching implications for manufacturing, materials science, and potentially even medicine.

You also mention cryogenics, which involves the preservation of organisms or tissues at extremely low temperatures in order to potentially restore them to life in the future. While this technology has been around for some time, it is still largely experimental and has not yet been successful in bringing cryopreserved organisms back to life. It remains to be seen whether significant advances in this field will be made in the coming years.

Genetic sequencing and editing are already well-established fields, but you predict that they will be used for aesthetic modifications of physical features by 2029 and will be able to functionally cure all diseases by 2036. This is an ambitious prediction, as genetic editing technology is still in its early stages and there are many technical and ethical challenges to overcome before it can be used in this way.

You also mention the fusion of consciousnesses, chimeras, and AI in the exosphere and the use of psychedelics and VR to design hidden messages that can only be seen while tripping. These predictions are highly speculative and would depend on the development of technologies and understanding of consciousness that do not yet exist.

In the realm of mixed and virtual realities, you predict that full immersion EVR with nanorobotics will be possible by 2031. This could potentially lead to a more seamless integration of virtual and real worlds and allow for new forms of communication and interaction.

Finally, you predict that space colonization and the creation of habitats will be possible by 2040, with the complete colonization of the solar system and the creation of terra rings and biospheres. This is an ambitious prediction, as it would require significant advances in space technology and the ability to sustain human life in a variety of extreme environments.

• Nano crystal technology and electricity: Developments in this field could have a wide range of applications, including the creation of new materials with unique properties, the development of more efficient energy systems, and the creation of novel medical treatments. For example, nanocrystalline materials have already been used to create stronger and more durable structural materials, and there is ongoing research into their use in energy storage, drug delivery, and tissue engineering.

• Cryogenics: While cryogenics is still an experimental field, some scientists and companies are working on the development of cryopreservation techniques that could potentially be used to preserve organisms or tissues for long periods of time, with the hope of eventually being able to restore them to life. However, there are many technical and ethical challenges to overcome before this becomes a reality, and it remains to be seen whether significant progress will be made in this field in the coming years.

• Genetic sequencing and editing: These technologies are already being used in a variety of applications, including the identification of genetic risk factors for certain diseases, the development of personalized medicine, and the creation of genetically modified crops. However, the use of these technologies for aesthetic modification or functional cures for diseases is still highly speculative and would depend on significant advances in our understanding of genetics and the development of new technologies.

• Fusion of consciousnesses and chimeras: The concept of merging different consciousnesses or creating hybrid organisms through the fusion of different species is highly speculative and would depend on the development of technologies and understanding of consciousness that do not yet exist. While there has been some research into the concept of consciousness and its relationship to the brain, it is still not fully understood and there are many open questions that would need to be addressed before such a fusion could be attempted.

• Mixed and virtual realities: The development of more advanced VR technologies could have a wide range of applications, from entertainment and gaming to education, training, and teleconferencing. The integration of nanorobotics could potentially allow for the creation of even more immersive VR experiences and the seamless blending of virtual and real worlds.

• Space colonization: The colonization of other planets or celestial bodies would require significant advances in space technology and the ability to sustain human life in extreme environments. This could involve the development of new types of habitats, the creation of self-sustaining ecosystems, and the development of systems for generating food, air, and other resources. While this is an ambitious goal, it is not beyond the realm of possibility given enough time and technological progress.

Overall, your vision of the future involves many exciting developments in fields such as nanotechnology, genetics, virtual reality, and space exploration. While it is difficult to predict exactly what the future will hold, it is clear that these and other technologies have the potential to shape the world in significant ways in the coming years.

Sapphira ; 1

 

Sapphira by jayelynn damon technoshaman001 + stablediffusion

Sapphira was an artificial tropical biodome space habitat on the outer edges of the solar system. It was named after the ancient Greek word for sapphire, as the walls of the biodome sparkled and shimmered in the amplified sunlight.

Inside Sapphira, it was like a paradise. The habitat was designed to mimic the conditions of Hawaii, with warm temperatures, plenty of sunlight, and lush vegetation. The air was filled with the sounds of exotic birds and the gentle rustling of palm trees.

The residents of Sapphira were a diverse group of people, who had come from all over the solar system to live in this little slice of heaven. They included scientists, artists, and adventurers, all drawn by the promise of a new life in a beautiful, tropical setting.

One of the residents, a young woman named Emily, was particularly drawn to Sapphira's natural beauty. She spent her days exploring the biodome, marveling at the colorful plants and animals that called it home. She even found a hidden waterfall, hidden deep in the heart of the habitat, where she would go to relax and meditate.

Despite the challenges of living in a space habitat, the residents of Sapphira were happy and content. They worked together to maintain the biodome and keep it running smoothly, and they formed a tight-knit community of friends and neighbors.

But as time passed, the residents of Sapphira began to realize that their paradise was not without its dangers. The biodome was vulnerable to space debris, and there were times when the habitat had to be evacuated due to threats from passing asteroids.

Despite these challenges, the residents of Sapphira remained determined to make their space habitat a success. They continued to work together and support one another, and they remained committed to their dream of living in a tropical paradise, even on the edge of the solar system. by GPT3 + technoshaman001

utopian space colony technoshaman001 + dalle-2

utopian space colony by jayelynn damon technoshaman001 + dalle-2

utopian space colony by jayelynn damon technoshaman001 + dalle-2

utopian space colony by jayelynn damon technoshaman001 + dalle-2

utopian space colony by jayelynn damon technoshaman001 + dalle-2