I wanted to bring your attention to an interesting post from Phil Bowermaster, a fellow blogger at The Speculist – His recent post (below) brings an interesting perspective on the future of AI. As with all of Phil’s posts, this is an enjoyable read and might help expand your overall perception of Artificial Intelligence.
This interview potpourri covers the opinions of well-known gerontologists about the possibility of late-onset interventions to prolong life. The scientists are the authors of a paper in the Science Translational Medicine, which advocates that the funding for research is increased and interventions in aging processes are developed.
I’d like to draw your attention to Jan Vijg’s words: “People are a little afraid to confess that they want to cure aging. I think it would be a good thing to make it very clear that that is exactly what we want to do, we want to try to get rid of aging.” Dr. Vijg discerned one of the major problems in biogerontology – the fear and pretence of the scientists, who want the grant money, but don’t want to sound “inappropriate.” I have to say this approach of not saying what you have in mind is lethal. For everybody.
Why is so much money being spent on cancer research? Because cancer researchers cry out loud that cancer is a very dangerous disease that needs to be cured. They clearly state their goal. Biogerontologists, on the other hand, would never say their goal is to cure aging. This is why they don’t get the money. This is why the whole field rather survives, not lives.
I believe this attitude has to change. Researchers have to state their noble goal – to defeat aging. They should be neither afraid, nor embarrased to say this explicitly. This is the only right way to get public attention and needed grant money for studying the fundamental mechnisms of our worst disease – aging.
Early disease detection can save and prolong a lot of lives, especially if the disease is cancer.
Researchers at Brigham Young University have created a micro device that could both decrease the amount of blood and time needed to test for cancer-markers in a patient’s blood.
Chemistry professor Adam Woolley’s research details the device and technique that would allow for effective detection of biomarkers in a blood sample in a matter of minutes rather than days or weeks.
I know what you’re thinking – not one of those posts about anti-aging supplements! But wait a second….. and please read further. You’ll see that this supplement is actually a form of cellular therapy.
This weekend, a medical company that specializes in cell therapy is going to introduce a range of anti-aging treatments to Middle Eastern markets in the form of oral supplements.
There is some amazing news coming from researchers at the University College London. They have developed a new type of muscle stimulator implant that could allow people with paraplegia to exercise their paralyzed leg muscles.
The device is small enough so that it can actually be implanted directly into the spinal canal where it would stimulate more muscle groups than is currently possible with existing technology. The Engineering and Physical Sciences Research Council (EPSRC) project is being led by Professor Andreas Demosthenous . It includes engineers from Freiburg University and the Tyndall Institute in Cork.
Electrical stimulation of leg muscles is usually done by attaching electrodes to the outside of the legs and then connecting the electrodes to an external stimulator. This latest research is the first to combine the electrodes and muscle stimulator in one unit so that more nerves can be stimulated and better function achieved.
Due to rising interest in artificial intelligence research, I have been pondering this question lately and wanted to share some views on this subject. I think the question is actually rather, what might the human ‘mind’ of the future look like? These questions originated from observations and theoretical findings about science and the ideas from highly specialized fields like: bioengineering, neuroscience, artificial intelligence, nanotechnology, computational hardware architecture, visual arts, industrial design, philosophy and psychology.
Last month we alerted you to when the FDA released its hold on the first trial of an embryonic stem cell based treatment for a spinal cord injury. Now it looks as though for the second time, the Food and Drug Administration approved a company’s request to test an embryonic stem cell-based therapy on human patients.
This is such a great news from the life extension perspective. The more successful clinical trials there are, the closer we get to comprehensive cell therapies that have a huge potential not only to alleviate the current health problems, but to rejuvenate our bodies.
A number of sources ranging from the Arizona Republic to the blogosphere have reported that actress and media celebrity Paris Hilton has become a cryonics supporter and investor.
As BANG Showbiz reports, “Paris Hilton wants to be frozen with her beloved pets when she dies. The hotel heiress is keen to live forever and has invested a large sum of money in the world’s biggest suspended animation cemetery, Cryonics Institute.”
The story is incorrect, both in its characterization of the Cryonics Institute and regarding Miss Hilton. It is apparently a media hoax. Unofficial sources have informed the Cryonics Society that reports of the actress’ commitment have no basis in reality.