Random Wikipedia

  • Welcome to "The New" Wrestling Smarks Forum!

    I see that you are not currently registered on our forum. It only takes a second, and you can even login with your Facebook! If you would like to register now, pease click here: Register

    Once registered please introduce yourself in our introduction thread which can be found here: Introduction Board


Chris

Dreams are Endless
Joined
Dec 23, 2011
Messages
399,602
Reaction score
166,861
Points
128
Age
29
Location
Texas
Favorite Wrestler
tLCb5kv
Favorite Wrestler
OEndG4L
Favorite Wrestler
ArsUxsj
Favorite Wrestler
mrperfect2
Favorite Wrestler
eelOIL6
Favorite Wrestler
BryanDanielson1
Favorite Sports Team
sfa
Favorite Sports Team
dallascowboys
Favorite Sports Team
sanantoniospurs
Favorite Sports Team
texasrangers

Dubb

It's SHOWTIME
Joined
Sep 14, 2022
Messages
1,332
Reaction score
3,648
Points
118
Age
39
Favorite Wrestler
jeffjarrett
Favorite Wrestler
Se3BZPQ
Favorite Wrestler
9yQJpez
Favorite Wrestler
ZIF7zVA
Favorite Wrestler
sting
Favorite Wrestler
ddp
Favorite Sports Team
carolinahurricanes
Favorite Sports Team
xjczadG

Chris

Dreams are Endless
Joined
Dec 23, 2011
Messages
399,602
Reaction score
166,861
Points
128
Age
29
Location
Texas
Favorite Wrestler
tLCb5kv
Favorite Wrestler
OEndG4L
Favorite Wrestler
ArsUxsj
Favorite Wrestler
mrperfect2
Favorite Wrestler
eelOIL6
Favorite Wrestler
BryanDanielson1
Favorite Sports Team
sfa
Favorite Sports Team
dallascowboys
Favorite Sports Team
sanantoniospurs
Favorite Sports Team
texasrangers

The simply typed lambda calculus (⁠ λ →
{\displaystyle \lambda ^{\to }}
⁠), a form of type theory, is a typed interpretation of the lambda calculus with only one type constructor (⁠ →
{\displaystyle \to }
⁠) that builds function types. It is the canonical and simplest example of a typed lambda calculus. The simply typed lambda calculus was originally introduced by Alonzo Church in 1940 as an attempt to avoid paradoxical use of the untyped lambda calculus.[1]
 

Dubb

It's SHOWTIME
Joined
Sep 14, 2022
Messages
1,332
Reaction score
3,648
Points
118
Age
39
Favorite Wrestler
jeffjarrett
Favorite Wrestler
Se3BZPQ
Favorite Wrestler
9yQJpez
Favorite Wrestler
ZIF7zVA
Favorite Wrestler
sting
Favorite Wrestler
ddp
Favorite Sports Team
carolinahurricanes
Favorite Sports Team
xjczadG

Chris

Dreams are Endless
Joined
Dec 23, 2011
Messages
399,602
Reaction score
166,861
Points
128
Age
29
Location
Texas
Favorite Wrestler
tLCb5kv
Favorite Wrestler
OEndG4L
Favorite Wrestler
ArsUxsj
Favorite Wrestler
mrperfect2
Favorite Wrestler
eelOIL6
Favorite Wrestler
BryanDanielson1
Favorite Sports Team
sfa
Favorite Sports Team
dallascowboys
Favorite Sports Team
sanantoniospurs
Favorite Sports Team
texasrangers

Chris

Dreams are Endless
Joined
Dec 23, 2011
Messages
399,602
Reaction score
166,861
Points
128
Age
29
Location
Texas
Favorite Wrestler
tLCb5kv
Favorite Wrestler
OEndG4L
Favorite Wrestler
ArsUxsj
Favorite Wrestler
mrperfect2
Favorite Wrestler
eelOIL6
Favorite Wrestler
BryanDanielson1
Favorite Sports Team
sfa
Favorite Sports Team
dallascowboys
Favorite Sports Team
sanantoniospurs
Favorite Sports Team
texasrangers
  • Like
Reactions: Dubb and Loochblade

Dubb

It's SHOWTIME
Joined
Sep 14, 2022
Messages
1,332
Reaction score
3,648
Points
118
Age
39
Favorite Wrestler
jeffjarrett
Favorite Wrestler
Se3BZPQ
Favorite Wrestler
9yQJpez
Favorite Wrestler
ZIF7zVA
Favorite Wrestler
sting
Favorite Wrestler
ddp
Favorite Sports Team
carolinahurricanes
Favorite Sports Team
xjczadG
  • Like
Reactions: Chris

Chris

Dreams are Endless
Joined
Dec 23, 2011
Messages
399,602
Reaction score
166,861
Points
128
Age
29
Location
Texas
Favorite Wrestler
tLCb5kv
Favorite Wrestler
OEndG4L
Favorite Wrestler
ArsUxsj
Favorite Wrestler
mrperfect2
Favorite Wrestler
eelOIL6
Favorite Wrestler
BryanDanielson1
Favorite Sports Team
sfa
Favorite Sports Team
dallascowboys
Favorite Sports Team
sanantoniospurs
Favorite Sports Team
texasrangers
  • Like
Reactions: Dubb

Dubb

It's SHOWTIME
Joined
Sep 14, 2022
Messages
1,332
Reaction score
3,648
Points
118
Age
39
Favorite Wrestler
jeffjarrett
Favorite Wrestler
Se3BZPQ
Favorite Wrestler
9yQJpez
Favorite Wrestler
ZIF7zVA
Favorite Wrestler
sting
Favorite Wrestler
ddp
Favorite Sports Team
carolinahurricanes
Favorite Sports Team
xjczadG
  • Like
Reactions: Chris

Chris

Dreams are Endless
Joined
Dec 23, 2011
Messages
399,602
Reaction score
166,861
Points
128
Age
29
Location
Texas
Favorite Wrestler
tLCb5kv
Favorite Wrestler
OEndG4L
Favorite Wrestler
ArsUxsj
Favorite Wrestler
mrperfect2
Favorite Wrestler
eelOIL6
Favorite Wrestler
BryanDanielson1
Favorite Sports Team
sfa
Favorite Sports Team
dallascowboys
Favorite Sports Team
sanantoniospurs
Favorite Sports Team
texasrangers

Lipid bilayer characterization is the use of various optical, chemical and physical probing methods to study the properties of lipid bilayers. Many of these techniques are elaborate and require expensive equipment because the fundamental nature of the lipid bilayer makes it a very difficult structure to study. An individual bilayer, since it is only a few nanometers thick, is invisible in traditional light microscopy. The bilayer is also a relatively fragile structure since it is held together entirely by non-covalent bonds and is irreversibly destroyed if removed from water. In spite of these limitations dozens of techniques have been developed over the last seventy years to allow investigations of the structure and function of bilayers. The first general approach was to utilize non-destructive in situ measurements such as x-ray diffraction and electrical resistance which measured bilayer properties but did not actually image the bilayer. Later, protocols were developed to modify the bilayer and allow its direct visualization at first in the electron microscope and, more recently, with fluorescence microscopy. Over the past two decades, a new generation of characterization tools including AFM has allowed the direct probing and imaging of membranes in situ with little to no chemical or physical modification. More recently, dual polarisation interferometry has been used to measure the optical birefringence of lipid bilayers to characterise order and disruption associated with interactions or environmental effects.