God works in "Mysterious Ways"

Which God? If you can answer that without ending in a debate or being butchered, we can proceed to the "mysterious" way.

The 'creepy' way...
Eating with no mouth and secreting with no anus is creepy enough. Eating deceased

The "Boson" Line

As much as I would like to have a religious note on the line "God particle" in the quantum mechanics song being played in the physics' air, it will be the least to modulate in my greatest dance hit.  Since it feels great that physics' origin of the universe crescendo has just begun, dancing to its up beat is the "boson" line.

"Identity without a Name"

What's in the name? 

Bartenders needs to know your age, retailers need your PIN, but almost no-one needs your name -- except for identity thieves. At TEDxSussexUniversity, David Birch proposes a safer, fractured and conditional approach to personal identification that would almost never require your real name.

Wasted Usefulness

Wasted usefulness is more than a passing of gas. Extreme Sewage Disposal secretes creative ways of getting rid of those.

Putting Poop to Work

One man's poop, another man's fertilizer and fuel. It could actually be the same man if he owned an anaerobic digester.

In the absence of oxygen inside a digester, bacteria break down the compounds in sewage to create gaseous methane, which can be used to power gas stoves or converted to electricity. And the leftover solids are great fertilizer--high in nutrients like nitrogen and phosphorous, safer than raw sewage, and stench-free.

In this world High

Substances that can give you 'out of this world high' are supernatural, if not, abnormal in some parts of the world. With substances going nuts cracked by the scientist's crazy notion, I invite you 'in this world high'.

7. FerroFluids

A ferrofluid is a liquid that reacts to magnetic fields in tricky ways it betrays its origin. That is, when magnetic field is applied to the fluid, the particles of iron compound inside align to it. Once that happens, the fluid becomes a fluid-solid.

The high makes them perfect for computer assisted shock absorbers in Ferraris; high-tech flight altitude assistance used by NASA, aircraft invisibility from radar for Air Force.

6. Aerogel

It's awesome it makes you levitate. It's so cool you can make a fireproof and heat insulator at the same time as a proof of it's smoky, non-existence.

The High is for the astronaut to keep them warm in a cold out-of-this-earth experience. This will be found in the windows for temperature insulation. I can envy the windows for being close to this work of magic.

5. Perfluorocarbons 

These are fluids that contain loads of oxygen, making it possible to breathe liquid.

The high for Perfluorocarbons are used for ultrasounds, and even artificial blood.It doesn't require you to walk on water but breath it in.

4. Elastic Conductors

"Move over, LED" must be the favorite line of this roll out paper thin monitor. Elastic conductors are made of "ionic liquid" mixed with carbon nanotubes.

Just another high in addition to making screens that can be rolled up and stuck in our back pocket, a lot of scientists and doctors intended to make flexible-lensed cameras made up of elastic conductors to be fitted to the back of the eyeball.

3. Non-Newtonian Fluids

 

Dual property under stress is a liquid that turns solid when sufficient stress is applied.

Its high could save the arm forces in a bullet proof sweater. The idea is that the fluids will allow fabrics to be soft and supple, but harden on the impact of a bullet.

2. Transparent Alumina

Wonder no more about Wonder Woman's invisible Jet. Transparent Alumina will get you to see-through.

Transparent alumina is a clear metal that is as strong as steel. It could bring you to cloud nine where windows deflect bullets, or airplane windows don't shatter when they hit you somewhere, somehow.

1. Carbon Nanotubes

Considered as the strongest material ever found by mankind is actually an accidental left over of the arc-welder experiment. These hair strand carbon nanotubes will be the fad of tomorrow where small is terrible.

This will make our world smaller, literally. From super-small computer processors and low-resistance circuitry, to super-efficient batteries, to more efficient solar panels to paper-thin materials that can stop a bullet.

If We Only Have More Of It

Science and Technology's role in the development of the civilization is unquestionable. Without it, there may be no computers where I type this blog. Without it, my thoughts will not be known to the internet world. Without this, we will only suffer in vain with the unknown diseases which can be medicated by oraganic plants prevalent in the environment processed to make its amount useful to human needs. Without this, we are all held hostages in shock of the unknown or unexpected natural catastrophe using weather forecasting facilities.

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Lighter 'String'Attached: DNA Fiber Optics

A blinding possibility for nanoscale optical computing. Blinding, it's so small to the chromophores level it seems negligible but enlightening on how to make computing at the speed of light.

These cables can't be used to pass laser light like the glass fiber optics you will have heard of; the organic molecules transmit light by exchanging photons between molecules, while glass simply steers the original photons to where they need to go. Hence these organic wires won't be used for the same light speed communications applications - and with a maximum length of 20 nanometers, they wouldn't reach as far anyway. Instead these tiny wires could form the foundation of nanoscale optical computing.

The cable has a one-way gates fitted at each end, chromophores called "Pacific Blue" and "Cy3" which have higher and lower energy levels than the YO, respectively. These ensure that while photons can be passed back and forth between the YO molecules, they can only enter one end and what leave the other and so there is a net flow down the chain.

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Harvard Researchers’ Pot Session

They said that there’s always a pot of gold at the end of the rainbow. But for Harvard researchers during their pot session, there’s always understanding at the end of the “Brainbow”

These neurons from the hippocampus of a mouse were genetically altered with fluorescent proteins from jellyfish to create about 90 shades of color. The Harvard researchers who invented this technique call it “Brainbow“; the vivid hues help researchers observe the complex interactions between brain cells.

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