Liastine Jan B. Arboleda

Have you ever thought of skipping death and just enjoying your life while you can? As they say, nothing is impossible. Nowadays, there have been studies about how you can preserve yourself for as long as you want. Hi, my name is ___, and this is ______. Today, we're going to break down the Cryonics vs. Cyborgs: Which makes more sense? And all the information you need to know and how you can make the impossible possible. Cryonics involves keeping your physical body to prevent it from degrading after death, putting you in a cryonic sleep, whereas becoming such a cyborg entails replacing or integrating your physical body with some artificial parts. It may sound a little bit complex and contradicting, making it harder to digest, but the two of them share the same objective - it is to lengthen your life. Come to think about it. If you are in an emergency, then you suddenly need to replace a body part; to prevent it from dying, you need to integrate a mechanical or bionic part into your body. Or if things got out of hand, and to prevent you from dying is to freeze you after death, relying on the future advancement of medicine in hopes of repairing or revivificating you in the future. Let's discuss the three essential things to know more about Cryonics vs. Cyborgs. FIRST: The Certainty Argument The only problem with cryopreservation would be that not even a single thing can give you assurance about this technique. It all depends on how the advancement of medical technology finds its way to cryopreservation. When are the patients under cryogenic sleep will be awake? How are they gonna be revivified? What if something unforeseen happened? No one knows. While cryopreservation is quite busy waiting for the advancement of medical technology, the procedure of becoming a cyborg is slowly making its way to the top. Bionic limbs, neobladder - urinary bladder replacement, corpora cavernosa penile implantation, auditory implants for deaf individuals, and artificial pancreas are only a few cyborg organs developed so far. However, regardless of how remarkable the fast advancement in bionic organs is, there is just no saying whether or not biotechnology can be able to offer a fixing or alternative resolution to all crucial human organs in the near future. Even if they could provide that kind of alteration, what would you sacrifice in return? SECOND: The Technological Maturity Argument Throughout the 1950s, the very first sperm cryonics method was established. James Bedford became the first individual to be cryopreserved 17 years ago. There are presently five operational cryopreservation companies worldwide, with over 400 individuals preserved and approximately 4000 cryonicists on the waiting list. More advancements are required, such as being less toxic cryopreservation to achieve practical whole-body cryogenic preservation and approaches to conquer other reviving challenges, including thermal stress and oxygenation deficiency impairments. There have been studies about cryopreservation being a pseudoscience, as patients need to e "legally" dead in order to start the procedure. Because of this, the complications in reviving the patient damage the physical body leading to its death. It's much of rainbows and cupcakes for cyborgs' as well. As previously said, a variety of artificial system implantation is currently possible. However, the scope of the bionic products assortment is still quite limited. However, with fast development into artificial organs and 3D biomaterials, significant organs including the heart, kidney, lungs, brains, and eyeballs will have to endure another two or three years. THIRD: The Immortality Argument Is it possible for cryopreservation to make the impossible possible by making humanity immortal once the advancement hindrances have been overcome? Hypothetically, of course. The cryonics concept implies that science and medicine will eventually come up with an answer to the dilemma of longevity. Practitioners are able to revert serious illnesses and mortality in the distant future. At this point, they may contemplate unlocking the cryogenic chambers and returning every one of the cryogenic patients back to a life free of fear of death. Furthermore, transforming into a cyborg would be a possible scenario to immortality. However, what type of eternal afterlife? Suppose cryonics promises a potential population made up of immortal but genuine. In that case, flesh-and-blood humans, immortal cyborgs, on the other hand, might sound absurd, with a mechanical heart, a camcorder for an eyeball, and cloud computers for a brain. We might be startled to learn that these two prospective worlds aren't all that dissimilar. Cryopreserved physical bodies may have no other option but to resurrect using cyborg biotechnology. Let's address the question first, which makes more sense, cryonics or cyborg? The answer is Both. Why? When one is younger, one attempts to slow down the progression by following all of the aging techniques available - from sporadic eating to anti-aging multivitamins and physical exercise. However, your body will unavoidably continue to mature, and you may sustain accidents, as well as some organs may cease to operate effectively. That is the point at which someone would consider turning to cyborg technology in order to extend their life. A wise time skipper should follow up with the market possibilities and improve whenever the opportunity presented itself - whether that be Google Eyewear, a cybernetic implant, or nanomachines - you'd eventually get to be a cyborg, either way, or the other, no matter what. It really does depend on the timeline you belong to. For instance, there is no such thing as immortality or 100% succession of cryogenics and an immortal cyborg in my timeline. However, you would almost certainly have a greater chance of reviving as a least in part bionic person than as someone with a strictly physical body. Thank you for tuning in to ______. We have a few questions for you to think about. How does one become a cyborg? What would be the effect of immortality on the human race? How can these technologies keep up with their objectives? Let us hear your thoughts in the comments below. If you enjoy this kind of information about technologies nowadays and would like to stay updated, please click on the links before to like and subscribe. Once again, this is ___ from ______. We'll see you next time.