[MBC] Time Between Dog and Wolf

sorry if this topic has already been posted... by the way I don't really know which title is correct... There's so many..

I just currently finished watching Time Between Dog and Wolf and thought that it was a great drama. I have to say Lee Jun Ki is a GREAT ACTOR!! .. I thought the story was good, about the NIS and the gangs.. and spies.. GREAT RECOMMENDATION to watch.. and it also has a good ost ...





summary: credit from drama wiki

Lee Soo Hyun is adopted into Kang Min Ki's family because his parent's were murdered by gang memebers. They both grew up to become NIS agents, brothers, and best friends. Suh Ji Woo and Soo Hyun, who knew each other from childhood, are accidentally reunited when the beautiful Ji Woo caught the attention of playboy Kang Min Ki. She and Soo Hyun are separated once again because of Soo Hyun's vengeance against his parent's enemies.

yes i agree this drama made one of my toop 10's! love how the storyline unfolds. the beginning was a bit slow but the rest made up for. every episode was worth watching, it never drag and all the actors and actress portray their character nicely. I loved Lee Junki in here. he really showed that he is aa very capable actor. when I first saw him in My Girl I was like oh another pretty face. great he also plays an annoying role too <_< ...lol...didn't pay much attention to him but then BAM! I watched TBDAW and it absolutely blew me away. :spin: LJK's portrayal of three different characters was fantastic! I became a fan ever since. and lets just say that I so prefer manly, sexy, hot LJK rather than pretty face him...lol...i like my guys to be manly and handsome... :dude:

i don't like it, especially because of the sad ending.

A team of researchers from institutions in Germany, India, and Japan discovered this surprising result while observing the ant species Leptogenys processionalis travel down linear trails. Like many other ant species, these ants form trails with their pheromones that remain stable for hours or even days, making the trails analogous to vehicular highways.

“Our study clearly demonstrates that ant traffic is very different from vehicular traffic, in spite of superficial similarities,” Andreas Schadschneider, of the University of K?ln and the University of Bonn in Germany, told PhysOrg.com. “It also raises a fundamental question: how do the ants achieve practically ‘free-flow’ up to such high densities; our experiment demonstrates what happens and we also make a theoretical model of what might be responsible for this behavior.”
wow gold
To observe the ants in their natural setting, the researchers set up video cameras at sections of 10 different one-way trails that had no intersections or routes that branched off. Surprisingly, the scientists never observed individual ants speeding up to overtake another ant in front; the ants followed each other in single file. This behavior, of course, contrasts with vehicular highway traffic, as well as most other known traffic forms.

Most significantly, the scientists found that, unlike vehicular traffic, the average velocity of ant traffic remains the same in spite of increasing density. Consequently, the greater the density, the greater the flux, so that more ants travel down the trail segment in a given amount of time. In contrast, vehicles on a highway tend to slow down when the traffic density increases, eventually resulting in a traffic jam. Along the same lines, the researchers noted that most types of high-density traffic exhibit mutual blocking, in which a vehicle is prevented from moving by neighboring vehicles and also contributes to the blocking of those vehicles. However, the researchers did not observe mutual blocking in the ant trails. wow gold

As the researchers suggested, perhaps evolution has optimized ant traffic flow, since ants are known to have highly developed social behaviors. In their study, the scientists observed that ants tend to form platoons in which they move at almost identical velocities, allowing them to travel “bumper-to-bumper” while maintaining their velocity. At higher densities, platoons merge to form longer platoons. But because their head-distance remains the same, traffic still maintains its same velocity even as density increases. This behavior is very different from highway traffic, in which vehicles close together tend to slow down.

omg i never seen this drama b4...i gotta watch it..

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