Monday, July 31, 2017

Arya prediction – 21 century communication


Los Alamos National Laboratory has produced the first known material capable of single-photon emission at room temperature and at telecommunications wavelengths. These carbon nanotube quantum light emitters may be important for optically-based quantum information processing and information security, while also being of significant interest for ultrasensitive sensing, metrology and imaging needs and as photon sources for fundamental advances in quantum optics studies.

Read more at: 
https://phys.org/news/2017-07-single-photon-emitter-quantum-info-processing.html#jCp

Why century 21?

In optical communication, critical information ranging from a credit card number to national security data is transmitted in streams of laser pulses. However, the information transmitted in this manner can be stolen by splitting out a few photons (the quantum of light) of the laser pulse. This type of eavesdropping could be prevented by encoding bits of information on quantum mechanical states (e.g. polarization state) of single photons. The ability to generate single photons on demand holds the key to realization of such a communication scheme

Read more at: 
https://phys.org/news/2015-09-nanotubes-path-quantum-technologies.html#jCp

Why the prediction?  

Ideally, a single photon emitter will provide both room-temperature operation and emission at telecom wavelengths, but this has remained an elusive goal. Up to now, materials that could act as single photon emitters in these wavelengths had to be cooled to liquid helium temperatures, rendering them much less useful for ultimate applications or scientific purposes

How done?

Force the nanotube to emit light from a single point along a nanotube, only at a defect site. The key was to limit defect levels to one per tube. One tube, one defect, one photon. . . . By emitting light only one photon at a time, one can then control the photons' quantum properties for storage, manipulation and transmission of information. Wavelength controlled by carrying tube diameter, you can make different frequency elements. Change it dynamically – tunable room temperature single photon emitter is next step. Also doable by dynamic pinching of many tubes in parallel. Hence the prediction.

How built?

This degree of control using diazonium-based chemistry, a process they used to bind an organic molecule to the nanotube's surface to serve as the defect. The diazonium reaction chemistry allowed a controllable introduction of benzene-based defects with reduced sensitivity to natural fluctuations in the surrounding environment. Importantly, the versatility of the diazonium chemistry also permitted the researchers to access the inherent tunability of nanotube emission wavelengths.

Sunday, July 30, 2017

Aging, the aaquantum approach

http://aaqg-arunarya.blogspot.in/2017/07/aging-aaquantum-approach.html


The solution is NOT just follow the doctors (great acute, poor chronic), all they end up doing is delay death and replace the cause of death! It became heart disease and cancer last century. It will be Parkinson and Alzheimer this century. And mind you, the genetic causes will still lead to variations in life-span, just the valuable gene sets will change!

Aaquantum-I have read lot and believe I am ready with an integrated solution as trial balloon. Not only are ALL religious considered to be criminals, MOST anti-aging eminences are considered to be fools for not understanding the opening paragraph. Ultimately, the only thing that counts is empirical demonstration.

All my recommendations are speculative generalization extrapolations of established experiments to watch and support. It is very important to enlarge the case set of methods to introduce better atoms.
The method I seek is to move to a singularity in 2040’s to thousand year life, to extension using non-biological bodies. This extension is not relevant to first singularity – good luck to those who think otherwise.

The first singularity requires extension in age to between ninety and a hundred for me, doable with existing methods. The point is whether this range is likely and if the awaited singularity occurs.
Approach – Only five things are needed and can be and have been already incorporated or planned. These are niagen, coQ10, metformin, rapamycin and ECP. Beyond that is wittig-like reaction on niagen to make mitoq equivalent. No matter what my genes I think that religious attachment to exercise and blood-rotation will see me through with these. I have talked enough, documentation available on all others but blood-rotation, discussed briefly here, and great detail later. So the two points, beyond rapamycin,  are awaited-singularity and blood-rotation.

Blood-rotation: The experiment that drives this is effect ofsurgical joining of circulatory systems of two mice, one old and one young. The age symptoms of the old mouse disappeared. Scientists have already started to devise human tests in ethical manner (young ages!). What a gold-mine of tech fi stories I can write! The low cost development model does not benefit from centralization.

The rejuvenating effects are seen when lab mice are joined together in a rather gruesome procedure called parabiosis. That involves making cuts in the skin of two animals, then suturing them together at the site of the wound. As the cuts heal, the pair’s blood vessels will grow together and merge. The result is two animals that share a circulatory system, with both hearts pumping both sets of blood around both bodies. Doing this with an old mouse and a young mouse has some spectacular effects. As with humans, old mice have a harder time healing from injuries. But link an old mouse to a young one and it becomes able to repair muscle injuries nearly as well as its younger counterpart. Similar benefits are seen in liver cells and the nervous system. And it works in reverse, too: old blood can have a decrepifying effect on the young. 

Awaited-singularity: Some trees live 4000 years! Whathappens is that stem cells are placed in circulation by roots and reach theparts where cells divide. Not great accuracy is needed – if the division cellis poor, the stem cell progeny lives. It won’t work for humans because the pluripotent stem cell has already specialized. However, iPS cells can be specialized and injected in various organs. One consequence will be fight against cancer! There is hence a well-funded development trajectory.

para added in late aug 2017 - time to celebrate "I told you so!" Transfection is how tree-like life extension will go to defeat cancers.

Saturday, July 29, 2017

On the history of Niagen ie NR


As I delve into NR, not aware of how it started, only analysis of effects, many questions came to my mind, answered greatly here.

Why absent empirical data? And I can understand his point about clinical trials in this area. But it still seems like a big leap from that to the nutraceuticals industry (here’s more on the company’s founding). But then “As one scientist recently put it to The New Yorker, the antiaging science being done at Google-backed Calico Labs is “as self-serving as the Medici building a Renaissance chapel in Italy, but with a little extra Silicon Valley narcissism thrown in.””

What is aging?

Similar to 7 factors of deGrey SENS, this is another intuitive
list –
1.  Oxidative Damage
2.  Cell DNA Damage
3.  Mitochondrial Damage
4.  Tissue Glycation
5.  Lipofuscin Accumulation
6.  Chronic Inflammation
7.  Immune System Compromise
8.  Neurological Degeneration
9.  Declines in Hormone Levels
10.              Susceptibility to Cancers
11.              Susceptibility to Cardiovascular Disease
12.              Telomere Shortening and Damage
13.              Programmed Epigenomic Changes
14.              Stem Cell Supply Chain Breakdown    
15.              Incorrect protein folding
16.              Accumulation of Progerin
17.              Gene mutations leading to hellicase abnormalities
18.              Increasing mTOR signaling
19.              Declining hypoxic response
20.              Micronutrient triage with aging

Absent empirical data, how can one have any faith in NR?

1.       Quality of people lined up: MIT  Lenny Guarente (planetary aging expert), he’s being advised by five Nobel Prize winners and two dozen other top researchers.
2.       Width is important! Typical run-of-mill criminals can not afford by have to lie – means fuck caught! The star cast, Google calico lab.
3.       People lining up without need!
4.       There are great people who disagree with me! And Barzilai knows about the science of aging. Heis, after all, the director of the Institute for Aging Research at the AlbertEinstein College of Medicine in the Bronx. To me, perfect critic! He peddles the drug in question, metformin, to me not exclusive!

Why not wait for data? Won’t wait for 2020-2030. Ready to waste limited money.

How can CDC be shorted? No pharmaceuticals but nutraceuticals!

Why bad idea?

1.       Criminals an call their stuff (with some evidence only) just as good!
2.       Cant protect by patents! Any one can copy you.

How can you prevent copy cat criminals?

1 line up many greats
2 Not done, but I will – joint denunciation of competitors

How can non-rigorous studies be done?

1.       No one but I can, motherfuck other protocols easyu
2.       Mine will be immune. All based on aafiber!

Why is the Elysium methodology bad business?

Whatever they do can be copied!

Bad business, so what?
1         Scientists do not care of profits beyond reasonable STANDARD.
2 My method can be applied! To do my stuff fast, must use free must-extend-only-free stuff. What if 95% of my stuff was free, only thing making money was sqrt of cloud, method never sold, a user can check by squaring, I was not lying! How the sqrt was done MY BUSINESS only. For aging, a complicated protocol, largely bullshit. The copycats wont know what NOT to copy! For example a useful step may be broken, there might be slow poison – antidote steps. Mind you, be bad idea for pharmaceuticals. But OK for nutraceuticals! The expertise has no legal value!


Friday, July 28, 2017

Dead people and pets to diamonds


https://www.facebook.com/photo.php?fbid=1397652940288589&set=a.183367345050494.65944.100001316904182&type=3

http://aaqg-arunarya.blogspot.in/2017/07/dead-peopleand-pets-to-diamonds-httpswww.html

Orders for diamonds made from human cremains aren't the only type that Algordanza receives. "First we had the cremains of a German Shepard and now we have cremains of a cat," Martoia said.

Algordanza's prices start at $3,000 for a 0.3 carat diamond. Martoia said the average order is about 0.4 to 0.5 carat, though US customers usually request bigger, 0.8-carat diamonds.

But Algordanza can make them much larger: The company recently took a $48,000 order for 2-carat diamond. After 10 months of growth, the resulting gem actually wound up being 1.76-carats  — but it's still the largest memorial diamond ever made by the company.

Some customers take the rough gem, but many opt to have their memorial diamonds cut, faceted, and polished by a jeweler in Switzerland.

Inside awaits a rough, uncut, and unpolished diamond.
Description: Some customers take the rough gem, but many opt to have their memorial diamonds cut, faceted, and polished by a jeweler in Switzerland.Description: Inside awaits a rough, uncut, and unpolished diamond.
When enough time has passed, technicians remove the puck of graphite and crack it open.
Description: When enough time has passed, technicians remove the puck of graphite and crack it open.

Source: Science Channel
Depending on how big a customer wants their diamond to be, it can take six to eight weeks in an HPHT machine to coax graphite to crystallize into a gem. "The larger the diamond, the longer it takes to grow," Martoia said.

That's like the entire mass of the International Space Station bearing down on the face of a wristwatch — then heating it up to a temperature exceeding that of lava.

That machine can heat a growth cell to nearly 2,500 degrees Fahrenheit. It also squeezes the cell under 870,000 pounds-per-square-inch of pressure.
Description: That machine can heat a growth cell to nearly 2,500 degrees Fahrenheit. It also squeezes the cell under 870,000 pounds-per-square-inch of pressure.
Source: Algordanza
To emulate that environment, Algordanza inserts the cell (now packed with graphite) into a platter and slides it into a high-temperature high-pressure (HPHT) growing machine.
Description: To emulate that environment, Algordanza inserts the cell (now packed with graphite) into a platter and slides it into a high-temperature high-pressure (HPHT) growing machine.
Natural diamonds form out of carbon that gets stuck in lava tubes about a mile deep in the Earth's crust.
Description: Natural diamonds form out of carbon that gets stuck in lava tubes about a mile deep in the Earth's crust.
The final purification step converts the carbon into slippery sheets of graphite — the same type of carbon in pencils. Graphite's microscopic flat sheets of carbon are an ideal starter material for synthesizing diamonds.

The cell also contains a tiny diamond to help the carbon crystallize into a rough shape, since carbon crystallizes best when it touches an existing diamond.
Description: The cell also contains a tiny diamond to help the carbon crystallize into a rough shape, since carbon crystallizes best when it touches an existing diamond.
The diamond provides a "blueprint" for the carbon to work from, which means the new diamond that eventually forms will require less cutting and polishing.
To further purify the carbon to 99.9% or more, technicians pack it into a growing cell that contains iron and cobalt — additives that help remove contaminants.


When Algordanza processes ashes, Martoia says, "it's nearly impossible to separate out the boron from the carbon". This is because the two elements share similar weights and properties.

"The diamonds can range from clear to very deep blue," Martoia said. "The more boron, the deeper the blue."
Description: "The diamonds can range from clear to very deep blue," Martoia said. "The more boron, the deeper the blue."
She added that it's impossible to predict the exact color a memorial diamond will take on.
"But an interesting thing to note is that our technicians are seeing a correlation in people who have had chemotherapy. Their diamonds tend to come out much lighter," Martoia said. This may be because chemotherapy leaches away the body's boron and other important micronutrients.
Boron is the impurity that colors the rare blue diamonds found in nature — and is why many "memorial diamonds" come out blue, too.
Description: Boron is the impurity that colors the rare blue diamonds found in nature — and is why many "memorial diamonds" come out blue, too.
The other 1% contains impurities like boron — an element and micro-nutrient that helps humans (and other animals) grow bone, heal wounds, and regulate the immune system.

This bumps the carbon purity of the processed ashes to about 99% or greater.


Once there's enough carbon, the element is extracted and purified of contaminants like salts. "We use an acidic chemical to get rid of impurities," Martoia said.


When the company receives ashes from a customer, a technician puts a sample into a special oven to see if there's enough carbon to grow a diamond. If there's not enough, the amount of carbon in a lock of hair can make up the difference.


Martoia said Algordanza requires a minimum of one pound of cremains. "That's kind of the magic number, where our engineers can guarantee there will be enough carbon to make a memorial diamond," she said.

Making a diamond from a dead person begins with cremation. The process typically leaves behind about 5 to 10 pounds of ashes, much of which is carbon.
Description: Making a diamond from a dead person begins with cremation. The process typically leaves behind about 5 to 10 pounds of ashes, much of which is carbon.
Styles of cremation differ from culture to culture. Some use hotter temperatures for longer, which allows more carbon to escape into the air as carbon dioxide (which may mean more ashes are needed to form a diamond
Algordanza

Arya Add: A 0.2 Carat is sufficient. I seriously consider a 1000 year company that allows any one to add their diamond to that of ancestors. Over 1000 years, it will become very valuable – by jewel and by history!

Thursday, July 27, 2017

Tech fi, open plausible unlikely, but interesting


https://scontent.fdel1-1.fna.fbcdn.net/v/t1.0-9/20292784_1396917127028837_6807832428839083145_n.jpg?oh=2b7e83488fb9a7ca8619f450646201fe&oe=5A0B92EB

Astronomers Discovered A Second ‘Alien Megastructure’ Star That’s Even Stranger Than Kic 8462852

130 years of data!



see also
https://www.space.com/33813-alien-megastructure-mystery-tabbys-star.html

Dyson sphere is what I wou7ld build, given that kurzweil et al "fantastic voyage" excites me.

Creative Add

https://www.facebook.com/photo.php?fbid=1396766930377190&set=a.183367345050494.65944.100001316904182&type=3
(right select, click Goto)

Spend some time in studying this picture. Obtained from here. Last row are five things are m ine, described below,, also what mobile are good for.

Compass, is supplied as an option. It has not been exploited as replacement of colored lines in may hospitals in USA to direct patients. It can, and will be done in all complicated places like historical forts, temples, government offices, shopping centers, large stores, bus and train stations, air ports etc.  as co-alternative to signage!

GPS enables may distance calculations, as well as motion-charting. Extreme case would be a hovercraft hovering camera, that triangulates on two sensors on your shoulder, carries a camera and snaps many selfies and family pictures, following by simple robotic control! A great design idea by me.

Bluetooth is already there. USA style self-describing sales products will hit the world with BLE! Century 21 is here! Anyone, including signage, and map feeders can also be enabled!

Guides can and should be replaced by gross direction by compass and object description by ble Believe me, absent chatter of a guide, visits to museums, historical PLACES ETC ARE A WASTE.

Simple medical instruments can be done by graphics and overlay text etc. Using transparency, a limited gif is enough to animate to the point, low end mobiles can simulate. All needed are sensors and an android like system!


Monday, July 24, 2017

Cosmic collider


To current knowledge, but complete, was reported recently that unifies the universe and the very small thus ignites mind-bending imagination in my tech fi mind! "Through inflation, the spectrum of elementary particles is encoded in the statistics of the distribution of the contents of the universe, such as the galaxies and cosmic microwave background, that we observe today," explains Xingang Chen, a co-author and scientist in the Harvard-Smithsonian Center for Astrophysics. "This is the connection between the smallest and largest."

In other words, the entire universe was an inflating atom just at big bang. Between then and now the universe is much bigger from inflation but the spectrum of sub-atomic particles is faintly recorded in the CMB! That is the connection between very large and very small, Natural but mind-blowing. To imagine the entire universe as a sub-atom!


It proves scientific theory of creation through a big bang and buries forever the Fred-Hoyle+Narlikar model of steady state universe or its later incarnations or doubts from ANY religion!