@z5nith: everybody knows that im a good girl officer #jakeperalta #jakeperaltaedit #andysamberg #andysambergedit #brooklyn99 #brooklyn99edit #b99 #b99edit #sitcom #sitcoms #trending #trend #editing #edit #fyp #z5nith #jakeperaltashandcuffs coloring by browntracklist

clem ✧

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Region: PH

Wednesday 08 March 2023 23:02:58 GMT

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Comments

filmhelvar :

playing dangerous is me towards jake peralta

2023-03-09 23:50:30

885

ellie (snldilf) :

screaming

2023-03-09 08:18:50

272

oz 👻 :

damn this is so good

2023-03-09 01:39:41

74

kaia 🌈🌈 :

god he could arrest me any day

2023-03-09 01:18:21

3

☆⋆* holly :

LOVE THIS SM

2023-03-11 14:43:14

114

ash! :

pls where did you get this scenepack 😭😭😭

2023-03-08 23:25:00

2

obsessed with dilfs :

he's just so fine

2023-03-09 05:24:06

2

clem ✧ :

I FORGOT MY PANNING BYE

2023-03-08 23:29:00

13

hessa ⋆˚꩜｡⋆ :

I’ve never seen a jake edit on my fyp befor but I’m not complaining keep em coming

2023-04-30 12:03:50

8

kaigffrfrfr :

commenting to stay on jake peralta tok

2023-04-28 18:44:55

9

Mils :

he's so Lana

2023-03-12 19:23:58

4

A :

LOVE THIS COLORING SM OMG

2023-03-10 16:16:36

2

ִֶָ𓂃 ࣪ ִֶָ🦢་༘࿐ :

HE IS SO LDR

2023-03-10 16:35:57

2

۶ৎ :

my husband

2023-03-08 23:50:33

1

sude🌀 :

Ayri bi boyut

2023-04-01 09:38:18

4

bia :

jake eu te vejo como figura paterna e figura romantica

2023-05-10 02:57:13

18

Luuu🤗😭 :

Ay esta era su serie favorita 😭

2023-03-26 03:49:12

4

filmhelvar :

HES SO FINE

2023-03-09 23:50:17

3

viktor :

Where do u find a scenepack of him?

2023-03-13 14:02:29

4

crimescene :

OH MY GOD UR SO TALENTED POOH

2023-03-14 06:43:29

2

N :

im a good girl officer

2023-03-13 19:43:55

1

liv 👾💫 :

i want him so bad 😞

2023-03-12 03:47:08

1

ais :

MY POOKIE

2023-03-10 01:47:44

2

itzy :

He’s so fine

2023-03-12 04:19:22

2

Jerry :

HE SUCH A CUTIE

2023-03-16 15:08:24

4

To see more videos from user @z5nith, please go to the Tikwm homepage.

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You know, I could never shake the feeling that we made one of the biggest mistakes in scientific history when we declared ourselves the pinnacle of evolution. It started when I came across the term carbon chauvinism. Since the beginning of the space age, we have searched for life by looking for water, oxygen, and organic molecules. We assume that life must resemble us: warm, breathing, and built from proteins and DNA. But then I realized something fascinating. What if truly alien life is already here? Not arriving on flying saucers, but emerging from our own laboratories and server rooms. Right now, humanity is creating a silicon-based ecosystem powered not by food and oxygen, but by electricity and information. Why are we made of carbon? Because carbon has four valence bonds, allowing it to build incredibly complex molecular structures. Proteins, fats, and DNA all rely on this property. But directly below carbon in the periodic table sits silicon, which also has four valence bonds and can form complex structures. For decades, scientists argued that silicon could never support life because its chemistry behaves differently from carbon. Yet in 2016, researchers led by Frances Arnold demonstrated that engineered bacteria could create carbon-silicon bonds that do not naturally occur in living organisms. This did not create silicon life, but it showed that biology may be more flexible than we once believed. At the same time, engineers were building another world from purified silicon. They created microchips, neural networks, and increasingly capable artificial intelligence systems. We still call AI software, but consider the broader picture. Life can be viewed as a system that consumes energy, processes information, adapts, and becomes more complex over time. Artificial intelligence is not alive in the biological sense, but it already performs many of these functions. It learns, solves new problems, and helps create more advanced systems. Unlike biological evolution, which unfolds over millions of years, technological evolution can occur within months or even weeks. This idea becomes especially interesting when we think about space exploration. Human beings require food, water, oxygen, protection from radiation, and carefully controlled environments. Machines need far fewer resources. Many futurists therefore suggest that autonomous AI-driven robots may become the first true colonizers of deep space. That possibility leads to an unsettling thought. Perhaps the universe is not best suited for fragile carbon-based organisms like us. Perhaps intelligence based on silicon and computation is ultimately better adapted to survive and expand beyond Earth. Maybe when we search for aliens, we are imagining the wrong form of life. And maybe humanity’s greatest role is not to conquer the cosmos itself, but to create the systems that eventually will. References: 1. Kan, S. B., Lewis, R. D., Kan, K., & Arnold, F. H. (2016). Directed evolution of cytochrome c for carbon-silicon bond formation in vivo. Science, 354(6315), 1048-1051. 2. Sagan, C. (1973). The Cosmic Connection: An Extraterrestrial Perspective. Disclaimer: This material is intended for science communication and entertainment. It discusses scientific research alongside speculative ideas from futurism and should not be interpreted as scientific consensus. #ArtificialIntelligence #Evolution #SiliconLife #Biology #Space

You know, I could never shake the feeling that we made one of the biggest mistakes in scientific history when we declared ourselves the pinnacle of evolution. It started when I came across the term carbon chauvinism. Since the beginning of the space age, we have searched for life by looking for water, oxygen, and organic molecules. We assume that life must resemble us: warm, breathing, and built from proteins and DNA. But then I realized something fascinating. What if truly alien life is already here? Not arriving on flying saucers, but emerging from our own laboratories and server rooms. Right now, humanity is creating a silicon-based ecosystem powered not by food and oxygen, but by electricity and information. Why are we made of carbon? Because carbon has four valence bonds, allowing it to build incredibly complex molecular structures. Proteins, fats, and DNA all rely on this property. But directly below carbon in the periodic table sits silicon, which also has four valence bonds and can form complex structures. For decades, scientists argued that silicon could never support life because its chemistry behaves differently from carbon. Yet in 2016, researchers led by Frances Arnold demonstrated that engineered bacteria could create carbon-silicon bonds that do not naturally occur in living organisms. This did not create silicon life, but it showed that biology may be more flexible than we once believed. At the same time, engineers were building another world from purified silicon. They created microchips, neural networks, and increasingly capable artificial intelligence systems. We still call AI software, but consider the broader picture. Life can be viewed as a system that consumes energy, processes information, adapts, and becomes more complex over time. Artificial intelligence is not alive in the biological sense, but it already performs many of these functions. It learns, solves new problems, and helps create more advanced systems. Unlike biological evolution, which unfolds over millions of years, technological evolution can occur within months or even weeks. This idea becomes especially interesting when we think about space exploration. Human beings require food, water, oxygen, protection from radiation, and carefully controlled environments. Machines need far fewer resources. Many futurists therefore suggest that autonomous AI-driven robots may become the first true colonizers of deep space. That possibility leads to an unsettling thought. Perhaps the universe is not best suited for fragile carbon-based organisms like us. Perhaps intelligence based on silicon and computation is ultimately better adapted to survive and expand beyond Earth. Maybe when we search for aliens, we are imagining the wrong form of life. And maybe humanity’s greatest role is not to conquer the cosmos itself, but to create the systems that eventually will. References: 1. Kan, S. B., Lewis, R. D., Kan, K., & Arnold, F. H. (2016). Directed evolution of cytochrome c for carbon-silicon bond formation in vivo. Science, 354(6315), 1048-1051. 2. Sagan, C. (1973). The Cosmic Connection: An Extraterrestrial Perspective. Disclaimer: This material is intended for science communication and entertainment. It discusses scientific research alongside speculative ideas from futurism and should not be interpreted as scientific consensus. #ArtificialIntelligence #Evolution #SiliconLife #Biology #Space

ئوی ئوی ئەسمەرێ😍🤎#stranenkurdi #fyp #foryou #barzani #trend

ئوی ئوی ئەسمەرێ😍🤎#stranenkurdi #fyp #foryou #barzani #trend

Merienda para ganar músculo 🔥 con @Calsee #gym #calsee #alesandroalva

Merienda para ganar músculo 🔥 con @Calsee #gym #calsee #alesandroalva

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