GDF11 stimulates adipocytes to release adiponectin in the bloodstream of aged mice and induces a calorie restriction‐like phenotype without affecting appetite. At the same time, these same GDF11‐trea…
Month: October 2019
Elon Musk’s Neuralink unveils device to connect your brain to a smartphone
Neuralink seeks to build a brain-machine interface that would connect human brains with computers. No tests have been performed in humans, but the company hopes to obtain FDA approval and begin human trials in 2020. Musk said the technology essentially provides humans the option of “merging with AI.”
Black hole caught flickering violently WITHIN our galaxy
DETAILS: https://on.rt.com/a3cz
Directed-energy weapon (DEW) full documentary
https://www.youtube.com/watch?v=oRZpqPZm7Q4
A directed-energy weapon (DEW) emits highly focused energy, transferring that energy to a target to damage it.
Potential applications of this technology include anti-personnel weapon systems, potential missile defense system, and the disabling of lightly armored vehicles such as cars, drones, watercraft, and electronic devices such as mobile phones.
The energy can come in various forms:
Electromagnetic radiation, including radio frequency, microwave, lasers and masers.
Particles with mass, in particle-beam weapons.
Sound, in sonic weapons
The Pentagon is researching technologies like directed-energy weapon and railguns to counter maturing threats posed by missile and hypersonic glide vehicles. These systems of missile defense are expected to come online in the mid to late-2020s.
Dr. Bill Andrews Presentation & Tour of Sierra Sciences on October 11TH, 2019
Excellent lecture. Darwin’s turtle, sharks and clams 500 years old, talking about Liz Parrish at an hour and 8. And then a tour.
My mission is to drastically improve your life by helping you break bad habits, build and keep new healthy habits to make you the best version of yourself. I read the books and do all the research and share my findings with you!
This video is DR. BILL ANDREWS PRESENTATION & TOUR OF SIERRA SCIENCES ON OCTOBER 11TH, 2019. Brent Nally recorded, edited and produced this video. My apologies for the poor audio and camera work in the first few minutes. Infinite gratitude to Bill for opening up Sierra Sciences to us. Here’s a link to purchase IsaGenesis. You have to sign up first: https://getstarted.isagenix.com/VF234XXQV001
- Please consider a donation to me: My Bitcoin Cash (BCH) address: qr9gcfv92pzwfwa5hj9sqk3ptcnr5jss2g78n7w6f2 or https://paypal.me/BrentNally
SHOW NOTES:
0:20 Dr. Bill Andrews is introduced by John.
1:30 Who is Bill? Bill’s credentials & vast scientific contributions. Bill’s social media: https://facebook.com/telomere.bill.andrews ; https://linkedin.com/in/william-h-andrews-5455b45/ ; https://en.wikipedia.org/wiki/William_H._Andrews_(biologist) ; https://sierrasci.com/ ; https://www.youtube.com/channel/UCB9UFIxyD9VUHjuNQzpLzeA
7:52 Watch “The Immortalists” about Dr. Bill Andrews & Dr. Aubrey de Grey: https://theimmortalists.com/watch/?
8:45 Buy Bill’s 2 books: https://www.amazon.com/Bill-Andrews-Telomere-Basics-Curing/dp/0615949983/ref=sr_1_1?keywords=curing+aging&qid=1571900985&sr=8-1 & https://www.amazon.com/Telomere-Lengthening-Curing-Disease-Including/dp/0692830111/ref=sr_1_6?crid=16QR0PL53GAKQ&keywords=telomere+lengthening&qid=1571901085&sprefix=telomere+length%2Caps%2C216&sr=8-6 ; Brent’s book review of Telomere Lengthening: Curing all diseases including cancer & aging by Dr. Bill Andrews: https://youtube.com/watch?v=5ODN5DIMz6c&t=6s
9:00 What is aging?
10:30 When human aging is cured, everyone will consider aging a disease.
11:45 bad things happen when telomeres get short.
14:40 When cells divide, the telomeres get a little bit shorter (telomeres loose about 50–100 base pairs in humans with every cell division) because our cells lack the ability to replicate to the very end.
16:50 There’s nothing humans can currently do to stop telomere shortening in the long term.
17:50 progeria is a terrible disease where kids are born with short telomeres.
19:12 telomere length is directly correlated with almost every disease.
20:25 Use PubMed to do a meta-analysis of scientific peer-reviewed studies https://www.ncbi.nlm.nih.gov/pubmed/
20:56 Dr. Bill Andrews: “What’s Real and What’s Not” https://www.youtube.com/watch?v=5MmglQ54fQ0&t=18s
22:44 The telomere shortening solution: telomerase
26:06 What happens if humans produce telomerase in all of our cells?
29:14 Humans — telomerase activators like IsaGenesis are probably lengthening some of the shortest telomeres but it’s not strong enough to reverse all aspects of aging yet.
31:20 the telomerase gene is repressed in all our cells except our reproductive cells.
32:05 Sierra Sciences high throughput robots detect products that bind to the repressor protein to remove the repressor protein which allows telomerase to be expressed more in the cell.
34:08 Tested 10,000+ natural products — identified 39 telomerase inducers!
34:53 Isagenix IsaGenesis
37:33 Sierra Sciences is screening again!
37:50 How to keep your telomeres long: yoga and meditation; don’t stress too much — have fun!
44:29 Prevent & Reverse Heart Disease by Dr. Caldwell Esselstyn.
45:10 https://www.greatfullgardens.com/
46:43 https://whatsmyfoodintolerance.com/
47:20 Brent’s interview with Dr. Sandy https://www.youtube.com/watch?v=ejIoPtou_SM&t=3s
48:30 Bill’s obsessed with curing human aging because he doesn’t want to miss out on the future.
50:17 Sierra Sciences celebrated 20 years in 2019.
50:38 Q&A
1:00:40 There’s no scientific peer-reviewed data that shows telomerase causes cancer.
1:03:55 https://www.youtube.com/watch?v=_2A2i3Jn63Y&list=PLtu25cFK_Oy5Libh2RLcfd-YGFit0dpVU&index=3
1:08:18 Brent’s interview with Liz Parrish https://www.youtube.com/watch?v=oBFTwGPaPr4&t=2s
1:12:24 There’s no such thing as competitors in the human longevity field.
1:18:32 Sierra Sciences tour begins
1:20:05 One of the most powerful microscopes to view things by light.
1:20:55 human cell culture room
1:22:27 refrigerators and freezers
1:23:08 yoga and exercise room
1:23:30 molecular biology lab room
1:24:40 gene engineering and electrophoresis room.
1:26:10 Rolls-Royce jet engine
1:27:10 cold room
1:27:27 PCR (Polymerase Chain Reaction) room — Bill shows how they test ingredients for telomerase activation using PCR
1:29:18 transition lab
1:32:10 robotics room
1:34:08 Warehouse, shipping, receiving, storage, gene therapy room.
1:36:10 Intro & exit music by: SoundSage
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Knightscope is at the forefront of commercializing autonomous technology
Our machine-as-a-service business model prioritizes high recurring revenues at scale through both hardware and software components.
This Electric Toothbrush Uses AI Because Nothing is Sacred Anymore
These days, it seems like every brand is trying to leverage machine learning to imbue their products with special powers — and, most importantly, make an extra buck in the process.
But does your next electric toothbrush really need a dose of AI? Oral-B’s says its new $220 electric toothbrush, called “Oral-B GENIUS X with Artificial Intelligence,” will leverage data from sensors inside the brush head and Bluetooth to deliver AI-derived brushing tips through an app. The future is now, huh?
Rapid laser solver for the phase retrieval problem
Physicists can explore tailored physical systems to rapidly solve challenging computational tasks by developing spin simulators, combinatorial optimization and focusing light through scattering media. In a new report on Science Advances, C. Tradonsky and a group of researchers in the Departments of Physics in Israel and India addressed the phase retrieval problem by reconstructing an object from its scattered intensity distribution. The experimental process addressed an existing problem in disciplines ranging from X-ray imaging to astrophysics that lack techniques to reconstruct an object of interest, where scientists typically use indirect iterative algorithms that are inherently slow.
In the new optical approach, Tradonsky et al conversely used a digital degenerate cavity laser (DDCL) mode to rapidly and efficiently reconstruct the object of interest. The experimental results suggested that the gain competition between the many lasing modes acted as a highly parallel computer to rapidly dissolve the phase retrieval problem. The approach applies to two-dimensional (2-D) objects with known compact support and complex-valued objects, to generalize imaging through scattering media, while accomplishing other challenging computational tasks.
To calculate the intensity distribution of light scattered far from an unknown object relatively easily, researchers can compute the source of the absolute value of an object’s Fourier transform. The reconstruction of an object from its scattered intensity distribution is, however, ill-posed, since phase information can be lost and diverse phase distributions in the work can result in different reconstructions. Scientists must therefore obtain prior information about an object’s shape, positivity, spatial symmetry or sparsity for more precise object reconstructions. Such examples are found in astronomy, short-pulse characterization studies, X-ray diffraction, radar detection, speech recognition and when imaging across turbid media. During the reconstruction of objects with a finite extent (compact support), researchers offer a unique solution to the phase retrieval problem, as long as they model the same scattered intensity at a sufficiently higher resolution.