Monday, January 16, 2012

The Katana's Edge

The Cosmora Archipelago
Outskirts of Aschen Confederation Space
Site of Magical Anomaly N-455

The Cosmora Archipelago was a strange star system on the outskirts of Aschen space. The site of the strange portal that opened up a month prior, was still a bustling trade community built across asteroids and small planetoids scattered throughout the system. The Center of the Cosmora Archipelago was a large earth like planet situated roughly 98 Million miles from the planet's sun, ringed with asteroids and adorned with three moons orbiting the planet with grace and near perfect coordination. Each of the moons was dotted with lunar settlements, and Cosmora itself was dotted with hundreds of Aschen built SuperMAC platforms, each orbital station capable of punching a clean hole through most that approached it.

Of course there wasn't a single Taiyou ship to be seen when the time came, but the area seemed to be flooded with Aschen assets coming and going, their ships angular and quite advanced compared to the Taiyou. Indeed as the hulking form of an Aschen Reverence I Planetary Assault carrier, with it's alien, bulbous design coursing through the black void of space, seemed to be on approach to where the portal once was.

Aschen Confederation Reverence I Class Planetary Assault Carrier
'A Psalm Every Day'
Commander Natara Hartlock
On approach to Anomaly

"AI, I want a sitrep on that magical anomaly." The Commander ordered as the young Aschen woman smoothed down the creases of her duty blue uniform. The Aschen uniform contrasted quite differently from the Taiyou uniform, being made of a dark blue synthetic fabric, adorned with red and white piping, and it's high mandarin style collar bearing two diamond shaped pips to denote rank. The uniform fit perfectly to it's wearer, a raven haired green eyed Natara Hartlock, the Commander of 'A Psalm Every Day' a powerful 3 mile long Reverence I class ship, capable of single handedly subjugating entire worlds, and bringing them to ruin.

"Maintain our current course, and continue patrol, I want to know if that thing opens up again, and I want it challenged." The Commander ordered before she turned away from the flickering holographic projection hovering over the central table, showing a massive three-dimensional representation of the Cosmora system.

"Anything yet, Lieutenant?" The Commander asked once more, as she stepped across the CIC of the Reverence, towards the starboard exit cooridor to retire to her Commander's quarters.

"So far we have detected no energies coming from the source, I will let you know if we detect anything pertinent." The Lieutenant said, before he went back to his flickering holographic screen, focusing on the readings and the text that scrolled across the screen. Of course, while the Aschen prowled the area, the dark void of space, a small contingent of Taiyou vessels were on approach.

"Very well. I will be retiring to my quarters now." The Commander said, before she unbuttoned the top two buttons on her jacket, sighing she started town the hallway towards her quarters, receiving salutes on the way.

Silently, she approached the door, which chimed with a pleasant crystalline chime before opening up, to receive the woman into her quarters, it then shut behind her, securing itself with the thunk of a mechanical latch.

Source: http://feedproxy.google.com/~r/RolePlayGateway/~3/DKUFk03QO5Y/viewtopic.php

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Britain, HK to develop London as yuan trading hub (AP)

HONG KONG ? British and Hong Kong leaders said Monday they will team up to develop London into an international trading center for China's currency.

British Treasury chief George Osborne said in Hong Kong that his trip to Asia this week, which also includes stops in Beijing and Tokyo, furthers dialogue with Chinese authorities and Chinese and British banks "on establishing London as a new hub for the renminbi market as a complement to Hong Kong."

Hong Kong's leader, Chief Executive Donald Tsang said a new private sector-led group will be set up to look at strengthening ties between Hong Kong and London in terms of settlement systems, market liquidity and the development of renminbi financial products.

Beijing is promoting the international use of the renminbi, also known as the yuan. It's also promoting Hong Kong, a semiautonomous Chinese territory with its own financial system and currency, as an offshore trading center for the yuan.

Last year, yuan-denominated bank deposits in Hong Kong doubled to 630 billion renminbi ($100 billion) as savers sought higher returns from the yuan, which has been strengthening 4-5 percent a year.

Beijing would like to see the currency become an alternative to the dollar, although tight capital controls limit its circulation overseas.

"It's clear that there's scope for substantial expansion of the renminbi market in coming years," said Osborne, who was speaking at a financial conference.

He said that in June 2011, China's share of world trade was 11 percent but the yuan's share of global foreign exchange trading last year was only 0.9 percent.

Source: http://us.rd.yahoo.com/dailynews/rss/asia/*http%3A//news.yahoo.com/s/ap/20120116/ap_on_bi_ge/as_hong_kong_britain_yuan_trading

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Sunday, January 15, 2012

Reader: Leave Beyonce and her baby alone

Our readers continue to contribute some funny, smart and incisive comments to our Today Entertainment Facebook page. Every Friday, we'll highlight those that really stood out. If you see a great comment throughout the week, click the ?Like? button underneath it to draw it to our attention. Thanks to the Thanksgiving holiday, we drew comments from two weeks this time around.

1. On "Complaints at hospital where Beyonce gave birth dismissed"
Amie Murray Trahan:
"It's not like they gave birth to a 24-karat gold baby. It came out just like every other baby! This kind of ridiculous attention to people who aren't doing anything remotely remarkable or making any long lasting contribution to the human plight is exactly what's wrong with this country. WHO CARES!? Let them be normal people and have their baby in peace!"

2. On "'One Life to Live' ends 43-year run"
Debbie Alfano Miller Quadrato: "I remember watching in '76-'77 and I was pregnant the same time as Vicky. My son is almost 35 and her kid aged a lot different!"

3. On "Dolly Parton calls herself artificial-looking"
Theresa R. Blancas: "Artificial on the outside, God's original design on the inside. Always loved her genuineness!"

4. On "Tim Tebow's Fire: 1980s song reworked for quarterback"
Greg Deacon Westcott: "I think he is an incredible athlete and competitor and should receive praise and attention for his accomplishments. The hype surrounding him as a good Christian and such is strange to me. Many athletes, celebrities and public figured give praise and thanks to religious beliefs, so why is it such a big deal?"

5. On "Eddie Van Halen donates 75 guitars to L.A. schools"
Dee Ze: "It's nice that he did the but there are schools everywhere, especially in small towns that need help with their music programs. It seems that big cities get more help (than) the smaller ones do."

Join the discussion, and help us find next week's Comment of the Week, on our Facebook page.

? 2012 MSNBC Interactive.? Reprints

Source: http://today.msnbc.msn.com/id/45987874/ns/today-entertainment/

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Smallest magnetic memory uses just 12 atoms

Talk about doing more with less. A dozen atoms have been made to store a bit of data magnetically ? a feat normally performed by a million atoms. The work could one day help shrink the devices that store computer data.

Today's hard drives record data using a tiny electromagnet to align the spins of atoms in a metallic film that rotates below it. When the spins of about a million of these atoms are aligned in the same direction, their collective magnetic field can be detected by the electromagnet on its next pass. This means the million-strong group stores a single bit of data ? a 1 or a 0 in binary code.

Unfortunately, that collective magnetic field also affects adjacent bits, limiting how closely they can be packed. Now Andreas Heinrich of IBM Research Almaden in San Jose, California, and colleagues have made the smallest magnetic bits yet ? and they can be packed more closely together than today's much larger bits.

The trick is to make adjacent atoms spin in opposite directions. This alignment, called antiferromagnetism, does not generate an external magnetic field.

Densely packed

Using a scanning tunneling microscope, the researchers were able to encode a bit of data in just 12 iron atoms kept at a temperature just a few degrees above absolute zero. Smaller numbers of atoms were too unstable to act as bits ? without neighbours to interact with and stabilise them, the atoms behaved like quantum objects that existed in multiple spin states at once.

The team then placed eight of the 12-atom bits side by side, creating a byte of data made of 96 atoms. Because no magnetic field strayed from each cluster of 12 atoms, the bits could be placed together very closely, creating a byte 100 times as dense as those used in today's hard drives. "You can pack these things as close as you want," says Heinrich.

He says the main advance from this experiment is showing the number of atoms at which classical physics takes over from quantum mechanics at temperatures near absolute zero. Getting the same results at room temperature ? where atoms are harder to control because they jitter more ? will be a challenge. But he says one day antiferromagnets might form the basis of miniature devices that could store data much more efficiently than current hard drives.

Journal reference: Science, DOI: 10.1126/science.1214131

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Saturday, January 14, 2012

[OOC] Home Bases

Forum rules
This forum is for OOC discussion about existing roleplays.

Please post all "Players Wanted" threads in the Roleplayers Wanted forum!

This topic is an Out Of Character part of the roleplay, ?Snowpocalypse: High School?. Anything posted here will also show up there.

Topic Tags:

Forum for completely Out of Character (OOC) discussion, based around whatever is happening In Character (IC). Discuss plans, storylines, and events; Recruit for your roleplaying game, or find a GM for your playergroup.

I'll list home bases for the main two factions here. They'll be in separate posts, etc.

Image

"Go To Hell, D.W.!"

User avatar
JayZeroSnake
Member for 2 years



The Jocks - Main Gym Central Base

Image

"Trust Me When I Say our gym is WAAAAY larger than in the pictures!"

- Random Football Player

The Main Gym is closer to the Right side of the building.

The Jocks have always controlled the gym along with the locker rooms. They decided that anyone not in their 'military' was to be elsewhere. Strategically there are doorways into the boys' and girls' locker rooms, making a sort of defensive wall. The Gym itself is extremely large, especially when the bleachers are put away. There are three main chunks that can be separated by thick, heavy things that roll down from the ceiling, which serves many uses, its first being to separate 'districts.' the first side, to the left, is where the trade center is. People get food and new fancy things from all over the school here. The middle and second chunk is a general area with tables, and stolen Radios/TV's/Computers for the pleasure of the populars and Jocks alike. The final chunk on the right is a training area for the troops, where all the weights and such have been moved. There's an auxiliary gym that's used as a rest area.

The Fitness equipment, as well as the best furniture in the building has all been moved here to serve as a "Village" of sorts for the populars, who serve as a sort of upper class, living out the rest of this 'Snowpocalypse' in far more luxury than before they got snowed in...

Last edited by JayZeroSnake on Wed Jan 11, 2012 7:32 pm, edited 1 time in total.
User avatar
JayZeroSnake
Member for 2 years


LARP - The Science "Tower"

"Our School has some of the best science gear, so we try to experiment every class."

Mr. Connors, experienced science teacher.

The LARP group has recently stumbled onto a "Tower" of sorts. The best science labs in the school are to the left side of the building, and arranged from top to bottom oddly enough. The basement is where heavy duty study usually occurs for R&D, and people generally live and do things the higher you go up. There are only a couple TV's that are shared by most of the members, but at least one computer is present in each room, mostly to send messages and such through the "Tower."

They're stocked with medical supplies, the likes of which are illegal to give to outsiders. Unless you meet a rare LARPer who's either:

A) nice enough to share some
B) quick to trade with you
C) just plain stupid.
D) You take it by force, like all Jocks would.

User avatar
JayZeroSnake
Member for 2 years



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Friday, January 13, 2012

MIT research: A new sunflower-inspired pattern increases concentrated solar efficiency

MIT research: A new sunflower-inspired pattern increases concentrated solar efficiency [ Back to EurekAlert! ] Public release date: 11-Jan-2012
[ | E-mail | Share Share ]

Contact: Caroline McCall
cmccall5@mit.edu
Massachusetts Institute of Technology

CAMBRIDGE, Mass. -- Just outside Seville, in the desert region of Andalucia, Spain, sits an oasis-like sight: a 100-meter-high pillar surrounded by rows of giant mirrors rippling outward. More than 600 of these mirrors, each the size of half a tennis court, track the sun throughout the day, concentrating its rays on the central tower, where the sun's heat is converted to electricity enough to power 6,000 homes.

The sprawling site, named PS10, is among a handful of concentrated solar power (CSP) plants in the world, although that number is expected to grow. CSP proponents say the technology could potentially generate enough clean, renewable energy to power the entire United States, provided two factors are in ample supply: land and sunlight.

Now researchers at MIT, in collaboration with RWTH Aachen University in Germany, have come up with a design that reduces the amount of land required to build a CSP plant, while increasing the amount of sunlight its mirrors collect. The researchers found that by rearranging the mirrors, or heliostats, in a pattern similar to the spirals on the face of a sunflower, they could reduce the pattern's "footprint" by 20 percent and increase its potential energy generation. The sunflower-inspired pattern allows for a more compact layout, and minimizes heliostat shading and blocking by neighboring mirrors. The researchers published their results in the journal Solar Energy, and have recently filed for patent protection.

Blocking a shadow

At PS10 and other CSP plants in the world, mirrors are arranged around the central tower in concentric circles. The spacing between mirrors is similar to the seats in a movie theater, staggered so that every other row is aligned. However, this pattern results in higher-than-necessary shadowing and blocking throughout the day, reducing the reflection of light from mirrors to the tower.

The MIT team looked to optimize the pattern to increase a plant's overall efficiency. Alexander Mitsos, the Rockwell International Assistant Professor of Mechanical Engineering, and Corey Noone SM '11 collaborated with Manuel Torrilhon of RWTH Aachen, where Mitsos was a researcher prior to joining the MIT faculty.

Mitsos' lab developed a computational model to evaluate the efficiency of heliostat layouts. The model divides each mirror into discrete sections and calculates the amount of light each section reflects at any given moment. The researchers then tested the model on an existing commercial-scale CSP plant. Noone and Mitsos ran the dimensions of the mirrors from the PS10 plant through the model, determining the plant's overall efficiency. The group found that the CSP plant experiences a significant amount of shading and blocking each day despite the staggered layout of its mirrors.

Spiraling out

To increase the plant's theoretical efficiency, Noone and Mitsos tinkered with the pattern of heliostats, using numerical optimization to first bring the fanned-out layout closer together. This narrower layout, the model calculated, reduced the amount of land the mirrors took up by 10 percent without affecting the mirrors' efficiency in reflecting light. The resulting pattern had some spiral elements similar to layouts in nature.

So the MIT team, working with Torrilhon, looked to nature for inspiration specifically, to the sunflower. The florets of a sunflower are arranged in a spiraling pattern, known as a Fermat spiral, that appears in many natural objects and has long fascinated mathematicians: The ancient Greeks even applied the patterns to buildings and other architectural structures. Mathematicians have found that each sunflower floret is turned at a "golden angle" about 137 degrees with respect to its neighboring floret.

The researchers devised a spiral field with its heliostats rearranged to resemble a sunflower, with each mirror angled about 137 degrees relative to its neighbor. The numerically optimized layout takes up 20 percent less space than the PS10 layout. What's more, the spiral pattern reduced shading and blocking and increased total efficiency compared with PS10's radially staggered configuration.

Mitsos says arranging a CSP plant in such a spiral pattern could reduce the amount of land and the number of heliostats required to generate an equivalent amount of energy, which could result in significant cost savings. "Concentrated solar thermal energy needs huge areas," Mitsos says. "If we're talking about going to 100 percent or even 10 percent renewables, we will need huge areas, so we better use them efficiently."

###

Written by Jennifer Chu, MIT News Office


[ Back to EurekAlert! ] [ | E-mail | Share Share ]

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AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.


MIT research: A new sunflower-inspired pattern increases concentrated solar efficiency [ Back to EurekAlert! ] Public release date: 11-Jan-2012
[ | E-mail | Share Share ]

Contact: Caroline McCall
cmccall5@mit.edu
Massachusetts Institute of Technology

CAMBRIDGE, Mass. -- Just outside Seville, in the desert region of Andalucia, Spain, sits an oasis-like sight: a 100-meter-high pillar surrounded by rows of giant mirrors rippling outward. More than 600 of these mirrors, each the size of half a tennis court, track the sun throughout the day, concentrating its rays on the central tower, where the sun's heat is converted to electricity enough to power 6,000 homes.

The sprawling site, named PS10, is among a handful of concentrated solar power (CSP) plants in the world, although that number is expected to grow. CSP proponents say the technology could potentially generate enough clean, renewable energy to power the entire United States, provided two factors are in ample supply: land and sunlight.

Now researchers at MIT, in collaboration with RWTH Aachen University in Germany, have come up with a design that reduces the amount of land required to build a CSP plant, while increasing the amount of sunlight its mirrors collect. The researchers found that by rearranging the mirrors, or heliostats, in a pattern similar to the spirals on the face of a sunflower, they could reduce the pattern's "footprint" by 20 percent and increase its potential energy generation. The sunflower-inspired pattern allows for a more compact layout, and minimizes heliostat shading and blocking by neighboring mirrors. The researchers published their results in the journal Solar Energy, and have recently filed for patent protection.

Blocking a shadow

At PS10 and other CSP plants in the world, mirrors are arranged around the central tower in concentric circles. The spacing between mirrors is similar to the seats in a movie theater, staggered so that every other row is aligned. However, this pattern results in higher-than-necessary shadowing and blocking throughout the day, reducing the reflection of light from mirrors to the tower.

The MIT team looked to optimize the pattern to increase a plant's overall efficiency. Alexander Mitsos, the Rockwell International Assistant Professor of Mechanical Engineering, and Corey Noone SM '11 collaborated with Manuel Torrilhon of RWTH Aachen, where Mitsos was a researcher prior to joining the MIT faculty.

Mitsos' lab developed a computational model to evaluate the efficiency of heliostat layouts. The model divides each mirror into discrete sections and calculates the amount of light each section reflects at any given moment. The researchers then tested the model on an existing commercial-scale CSP plant. Noone and Mitsos ran the dimensions of the mirrors from the PS10 plant through the model, determining the plant's overall efficiency. The group found that the CSP plant experiences a significant amount of shading and blocking each day despite the staggered layout of its mirrors.

Spiraling out

To increase the plant's theoretical efficiency, Noone and Mitsos tinkered with the pattern of heliostats, using numerical optimization to first bring the fanned-out layout closer together. This narrower layout, the model calculated, reduced the amount of land the mirrors took up by 10 percent without affecting the mirrors' efficiency in reflecting light. The resulting pattern had some spiral elements similar to layouts in nature.

So the MIT team, working with Torrilhon, looked to nature for inspiration specifically, to the sunflower. The florets of a sunflower are arranged in a spiraling pattern, known as a Fermat spiral, that appears in many natural objects and has long fascinated mathematicians: The ancient Greeks even applied the patterns to buildings and other architectural structures. Mathematicians have found that each sunflower floret is turned at a "golden angle" about 137 degrees with respect to its neighboring floret.

The researchers devised a spiral field with its heliostats rearranged to resemble a sunflower, with each mirror angled about 137 degrees relative to its neighbor. The numerically optimized layout takes up 20 percent less space than the PS10 layout. What's more, the spiral pattern reduced shading and blocking and increased total efficiency compared with PS10's radially staggered configuration.

Mitsos says arranging a CSP plant in such a spiral pattern could reduce the amount of land and the number of heliostats required to generate an equivalent amount of energy, which could result in significant cost savings. "Concentrated solar thermal energy needs huge areas," Mitsos says. "If we're talking about going to 100 percent or even 10 percent renewables, we will need huge areas, so we better use them efficiently."

###

Written by Jennifer Chu, MIT News Office


[ Back to EurekAlert! ] [ | E-mail | Share Share ]

?


AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert! system.


Source: http://www.eurekalert.org/pub_releases/2012-01/miot-mra011112.php

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A film about the Union Carbide industrial disaster in India is courting controversy

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Sunday 8th January, 2012 (Source: The National)

The first feature film to be made on the world's worst industrial disaster at the Union Carbide factory in Bhopal, Central India, 27 years ago, is set to face protests from local groups that work with the victims. ...

Read the full story at The National

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Source: http://c.moreover.com/click/here.pl?r5717514731

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