1. Conquering the Human Brain scifitech10
We’ve already identified the brain’s on and off switch for our own awareness. We’ve also been able to successfully trace the brain activity of a live organism for the first time. Then there’s the Human Connectome Project, which is examining the networks of neurons that make your brain operate, along with many more initiatives circling around your skull.
The obvious consequences of additional study and discovery would include determining the cause of — and hopefully remedies for — neurological illnesses. Someday we just may cure autism or schizophrenia, and we might probably do much more than that. Greater knowledge of how the mind operates will eventually lead us to change it. Militaries are researching human brain alterations to increase performance, such as helping troops to remain attentive despite a lack of sleep. International researchers claim to have undertaken a successful brain-to-brain link, or a very rudimentary type of telepathy. Now who’s to say we won’t be able to transfer our brain into a computer in the future, and vice versa? We’re getting really speculative now, but one thing’s for sure - the future is going to be fantastic.
2. The Age of the Cyborg scifitech9
Yep, it appears that the United States Military intends to bring Iron Man to life. It’s been building TALOS, or the Tactical Assault Light Operator Suit. The suit’s meant to aid special operations personnel in war, allowing the user to carry large weights, shield them from bullets, provide them access to enormous information and sophisticated screens, and seal wounds, among other perks. Currently being developed by MIT and other academics, U.S. Special Operations Command expects to have the technology join them in war no later than August 2018.
Exoskeletons may also serve peaceful functions. FORTIS, a load-shifting exoskeleton, is employed by the U.S. Navy to assist relieve workloads, a significant aid in industrial scenarios. Then there are crippled and damaged folks who have profited from the technique. One business even won a funding to build exoskeletons for disabled youngsters, who would probably continue to cause havoc on thousands of primary school playgrounds.
3. Suspended Animation US Military surgeons conduct surgery on Iraqi soldier
Suspended animation has long been a fantasy of both sci-fi enthusiasts and the medical world. Clinical experiments on people have been done, with emergency preservation and resuscitation having been utilised by surgeons at University of Pittsburgh Medical Center Presbyterian Hospital.
After success with pigs, surgeons intended to undertake the first human trials on patients suffering from cardiac arrest brought on by severe damage. The method needs exsanguination, the draining of all blood from your body, since sometimes cutting edge research resembles a low-budget horror movie. A extremely chilly saline solution is then pumped throughout your whole body. This effectively stops all cellular activity, rendering you pretty dead, yet the cells can live without oxygen for a few of hours. The doctors will utilise this time to treat the damage, then pump the blood back in.
The doctors believe the human heart will restart on its own, as was the case with the pigs. If it doesn’t, they might attempt to revive it. If the approach is regularly effective, it might be a significant accomplishment in the realm of bringing the dead back to life. Perhaps eventually it will be effective for a few of decades instead of a couple of hours, permitting the use of suspended animation for space flight.
4. Forgetting Pill scifitech7
Everything that we do, from developing a supercomputer to the basic act of remembering, is driven by chemical processes in our brains. Proteins are required to create the memory circuits in human brain, and as recently as the late 1990s it was commonly assumed that this circuitry remained intact once established. Karim Nader proved this idea incorrect with a finding on how our memories aren’t as accurate or as solid as we believe they are.
Nader observed that the sheer process of remembering affects our memories. Every time we attempt to recollect a memory, we modify its cellular representation in the brain. What occurs is protein synthesis, which is essential to stabilize the memory circuits. So what happens if these proteins are blocked?
Scientists have found a protein, PKMzeta, which is essential to re-consolidate memory. Block it using a special medicine, and the memory will cease existing in your brain. This is all still theoretical — neuroscientists still have to find out the menu of medications that will only selectively block particular receptors in the brain so a specific memory would be impacted, rather than mistakenly wiping away half of your early years. But if they do figure it out, there will undoubtedly be a market. It’s like Eternal Sunshine of the Spotless Mind once again.
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