Epic Longcat

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Cara Melihat Aura Dalam Diri Manusia

Cara Melihat Aura Dalam Diri Manusia

Banyak orang menduga aura hanya dapat dilihat dengan kekuatan batin tingkat tinggi, atau dengan bantuan khodam. Yang lebih modern, auradapat terlihat jelas lewat hasil jepretan kamera kirlian. Tapi tahukah, aura sebenarnya dapat dilihat dengan mata telanjang. Tips berikut ini akan memandunya. Namun sebelum kita ulas lebih jauh, ada baiknya kita temgok sejenak mengenai apa dan bagaimana sifat aura itu. Maksudnya agar kita tidak berpijak pada pemahaman yang salah. Ada beberapa hal penting yang berkaitan dengan aura : Aura manusia selalu berubah-ubah sesuai dengan kedewasaan kepribadian seseorang. Aura manusia berwarna-warni sesuai dengan kepribadian dan kehidupan seseorang. Masing-masing warna aura menunjukkan kepribadian yang berbeda. Panjang pendeknya aura dapat dideteksi dengan indra peraba kulit maupun dengan tongkat deteksi.

Aura seseorang dapat mempengaruhi maupun dapat dipengaruhi oleh lingkungan sehingga dapat bertambah maupun dapat berkurang karena faktor lingkungan.

Ada beberapa hal yang dapat dilakukan agar pancaran aura tetap cemerlang, diantaranya : Makan makanan yang halal, baik dan tidak berlebihan. Olahraga yang cukup dan teratur. Memenuhi kebutuhan tubuh akan udara segar. Istirahat dengan cukup, mengurangi rokok, alkohol dan obat terlarang. Mengurangi gerak hati, gerak pikir dan kegiatan-kegiatan yang buruk. Mengurangi sikap hati yang kasar, mudah emosi dan memperbanyak rasa kasih sayang.

Sekarang, mari kita mulai latihan melihat aura. Sebelum melihat aura orang lain, ada beberapa urutan latihan yang harus dilakukan demi kesempurnaan hasil.

1. Melihat Aura Dengan Jari Tangan
Carilah tembok yang berwarna putih, lalu duduklah dengan tenang pada jarak 1/2 meter dari tembok. Ambil nafas sebanyak mungkin dan tahan selama mungkin. Lakukan sebanyak 5 kali. Gosoklah kedua telapak tangan hingga terasa hangat. Tempelkanlah masing-masing jari tangan kanan dan kiri saling berpasangan. Letakkanlah kedua tangan yang masih berpasangan tadi 30 cm didepan mata dengan latar belakang tembok berwarna putih. Renggangkanlah perlahan-lahan kedua telapak tangan saling menjauh. Perhatikanlah, antara kedua ujung jari tadi akan mengeluarkan garis cahaya putih. Itulah aura yang memancar dari ujung jari kita.

2. Melihat Aura Dengan Telapak Tangan
Tariklah nafas dan gosokkanlah kedua telapak tangan seperti pada cara No. 1. Tempelkanlah salah satu telapak tangan pada tembok yang berwarna putih. Tariklah nafas, tahan dan hembuskanlah. Lepaskan telapak tangan dari tembok. Amatilah bekas telapak tangan yang tertinggal ditembok. Itulah aura yang memancar dari telapak tangan dan lama kelamaan akan larut dalam aura alam.

3. Melihat Aura Diri Sendiri
Letakkanlah cermin besar dihadapan kita. Duduklah dengan tenang. Usahakanlah latar belakang tembok berwarna putih dan penerangan berupa lampu neon. Tariklah nafas sebanyak mungkin dan tahanlah selama mungkin. Ulangilah sebanyak 5 kali. Tataplah bayangan diri kita yang ada dicermin. Pandangan mata diusahakan tidak melihat tubuh maupun bayangan tubuh, namun lihatlah batas tepian kepala dengan latar belakang tembok. Setelah pandangan mata kita terfokus, maka perlahan-lahan dari kepala dan bahu akan keluar cahaya aura kita. Sinar yang pertama kali terlihat, biasanya berwarna putih. Putih ini biasanya bukan merupakan warna aura kita yang sesungguhnya, melainkan dari warna aura yang sesungguhnya. Tataplah terus sampai kita melihat warna lain yang tidak berubah. Setelah berhasil, mulailah untuk melihat aura orang lain.

4. Melihat Aura Orang Lain
Mintalah bantuan seseorang yang akan menjadi objek untuk berdiri didepan tembok yang berwarna putih. Usahakanlah penerangan didalam ruangan dibuat remang-remang atau redup. Berdirilah lebih kurang 3 meter didepan objek. Fokuskanlah pandangan mata pada bagian tepi kepala dan bahu objek. Perlahan-lahan akan keluar sinar aura dari tepi kepala objek. Fokuskanlah pandangan pada seluruh tepian tubuh objek, maka seluruh tubuh objek akan memancarkan warna aura.

sumber http://wong168.wordpress.com/2010/06/01/cara-melihat-aura-dalam-diri-manusia/

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laughter

laughter

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Deep Water Horizon part 1 - 60 minutes interview

Watch CBS News Videos Online

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Why you don’t need a task killer app with Android. « AndroidSPIN

Why you don’t need a task killer app with Android. « AndroidSPIN

Why you don’t need a task killer app with Android.

by Cody Banks on 25th May 2010 - 18 days ago - 29 Comments

A lot of people have asked us what the best app is for killing tasks? Well, the answer is none of them. Sure there are some nice apps out there for killing tasks, but the fact is you just don’t need one with Android. In fact, most developers won’t even look at your logcat file if they see you running a task killer app on your Android-based phone.

To clear things up about this, Google’s Android developers blog has finally put this debate to rest about why a task killer is unnecessary, as well as why there are certain services that run in the background all the time, I’m sure at one time or another you’ve seen them and asked yourself “Why do those services keep starting after I kill them?”. Below you can read about when applications stop. If you want to learn more about this topic to can read the full post by clicking here.

When does an application “stop”?

A common misunderstanding about Android multitasking is the difference between a process and an application. In Android these are not tightly coupled entities: applications may seem present to the user without an actual process currently running the app; multiple applications may share processes, or one application may make use of multiple processes depending on its needs; the process(es) of an application may be kept around by Android even when that application is not actively doing something.

The fact that you can see an application’s process “running” does not mean the application is running or doing anything. It may simply be there because Android needed it at some point, and has decided that it would be best to keep it around in case it needs it again. Likewise, you may leave an application for a little bit and return to it from where you left off, and during that time Android may have needed to get rid of the process for other things.

A key to how Android handles applications in this way is that processes don’t shut down cleanly. When the user leaves an application, its process is kept around in the background, allowing it to continue working (for example downloading web pages) if needed, and come immediately to the foreground if the user returns to it. If a device never runs out of memory, then Android will keep all of these processes around, truly leaving all applications “running” all of the time.

Of course, there is a limited amount of memory, and to accommodate this Android must decide when to get rid of processes that are not needed. This leads to Android’s process lifecycle, the rules it uses to decide how important each process is and thus the next one that should be dropped. These rules are based on both how important a process is for the user’s current experience, as well as how long it has been since the process was last needed by the user.

Once Android determines that it needs to remove a process, it does this brutally, simply force-killing it. The kernel can then immediately reclaim all resources needed by the process, without relying on that application being well written and responsive to a polite request to exit. Allowing the kernel to immediately reclaim application resources makes it a lot easier to avoid serious out of memory situations.

If a user later returns to an application that’s been killed, Android needs a way to re-launch it in the same state as it was last seen, to preserve the “all applications are running all of the time” experience. This is done by keeping track of the parts of the application the user is aware of (the Activities), and re-starting them with information about the last state they were seen in. This last state is generated each time the user leaves that part of the application, not when it is killed, so that the kernel can later freely kill it without depending on the application to respond correctly at that point.

In some ways, Android’s process management can be seen as a form of swap space: application processes represent a certain amount of in-use memory; when memory is low, some processes can be killed (swapped out); when those processes are needed again, they can be re-started from their last saved state (swapped in).

Source: http://android-developers.blogspot.com/2010/04/multitasking-android-way.html

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80s Video Montage

Sit down son, these men are going to show you how to get women. Or not. Props to the goddess dude, who in one sentence drastically lowered his standards, from “the woman” to “any woman”.

I wonder if these guys from the 80's ever progressed further http://www.youtube.com/watch?v=0bomkgXeDkE

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80

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