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Robots will become smarter, nuclear power will be safer, and cancer patients will probably get a lifesaving vaccine.

These are innovative developments that will change our future:

Robotics

Robots can accurately handle the assembly of components on the conveyor, but if you change the scenario – and the machine will be helpless. It cannot be taught how to work with any object, but you can program it for independent training by trial and error.

It’s still a long way to go to get really smart machines, but thanks to these programs robots will learn how to assemble gadgets, load dishwashers and help elderly people get out of bed.

Nuclear power engineering

Traditional technologies must evolve: the production of less dangerous small modular reactors and replacement of enriched uranium-235 with depleted uranium-238 are needed. This will solve the problem of the lack of an isotope previously used: there is much more depleted uranium in nature.

The experimental reactor could not be built due to safety restrictions and a ban on exporting critical technologies.

Prediction of premature birth

Our genetic material lives inside the cells, but small amounts of DNA and RNA also circulate in plasma. Scientists led by bioengineer, have learned to determine the risk of premature birth by this extracellular material. All the mother-to-be needs to do is to have her blood tested. The startup, which aims to bring the technology to the commercial market.

Endoscopy with a pill

Classic endoscopy is an unpleasant procedure for adults and is difficult for infants. Develops special probe capsules that are more comfortable to swallow than an endoscopy hose. Each device is equipped with a miniature microscope and a thin cable that supplies power and data.

The endoscope tablet will help children in underdeveloped regions of the world diagnose tropical enteropathy, but in fact the technology can make it easier to study any gastrointestinal problems.

Individual cancer vaccination

Startup believe that each patient’s cancer cells mutate in a unique way. Therefore, the company develops vaccines that contain data on these mutations. They stimulate the patient’s immunity and help fight cancer. Healthy cells, inevitably killed by chemotherapy, do not suffer.

So far, the startup has continued to conduct research to bring to market what may be the first working cancer vaccine.

Manufacture of artificial meat

This means that humanity will consume even more meat. However, its production requires how does eating meat harm the environment?
People are trying to find alternatives, and now there are at least two. First, it is meat from a test tube. The technology is promising, but far from entering the commercial market. The second alternative is grown meat, which corresponds to the animal’s taste, smell and characteristic hissing in a pan.

Carbon dioxide absorption

It proposes not only to “capture” carbon dioxide, but also to use it to produce synthetic fuel. It already producing methane from carbon dioxide, which is used to saturate drinks with bubbles.

Sewage-free waste management system

Waste-free toilets are needed primarily in undeveloped countries, where sewage discharges into water bodies and contributes to the spread of epidemics and infectious diseases. Biomass controls was the furthest behind, presenting a waste heating system for fertilizer production.

Sewage-free waste management system

Waste-free toilets are needed primarily in undeveloped countries, where sewage discharges into water bodies and contributes to the spread of epidemics and infectious diseases. Biomass controls was the furthest behind, presenting a waste heating system for fertilizer production.

Really smart voice assistants

Modern voice assistants work only within the framework of the programs assigned to them, but they try to overcome these limitations. Such technologies will someday allow us not only to interact with the assistant in the format of “request – answer”, but to conduct a full-fledged dialogue.