Idea: use this methodology to create a 3d light printer that filters materials in "air" and uses the laser build a solid object. At small enough level the mechanism could 3d print anything layer upon microscopic layer to a finished product.
it will eventually and it would lead to better resolution for things like medical imaging diagnosis or other useful measurements , basically turning the smartphone into something akin to a tricorder from star trek
@@Vor10min. sure, its too expensive for now and presently has limited applications however, its price will likely come down as manufacturing techniques and scale improve over time provided it is driven by sufficient demand... the demand side is a matter of it being able to save time (important for medical applications) or provide a viable alternative to more expensive methods of achieving the same result... the medical application alone might be more affordable to pathology clinics to start with, but over time general medical clinics would likely find it more efficient and economical to do such work in house ... there are other factors to consider, e.g. the aging population globally will increase demand for pathology services which will benefit from the evolutionary nature of this tech also, due to the products adaptability to existing tech (smartphones) integrating it into existing business practices will be much simpler (than say, installing mri machines)as its evolutionary aspects are already in demand .... its revolutionary aspects are still yet to be fully realised just some food for thought
@@Vor10min. indeed, even the humble rock has been developed from ancient times from simply being thrown, to being shaped and fired from a bow to being developed into modern precision guided munitions... (not to mention someone strapping a few sticks together to crewate a shield to block it etc etc ) ... as to have the production methods ... all for military use ... along the way they also figured out how to combine enough rocks of the right type to create computers and satellites etc etc etc ...
Practically weightless by comparison to anything currently made. My dads new cassegrain telescope is much smaller than the older newtonian, but something made with these could be ridiculously light, especially if the tube was carbon composite. Though I guess the lighter it is the easier a stray wind can move it 🤔
@@JameBlack системы вооружены, я сам могу сделать, так что не переживай. Могу сделать и ракету, и систему наведения, как радиолокационную, тепловую головку самонаведения, так и цифровую матрицу головки самонаведенияния - селекции цели. Так же и сделать по данному принципу действия наземных систем. Для меня это просто. Так, что не переживай сильно, а то задница лопнет.
if they are releasing the info publicly., its likely already in use .. obviously, releasing it publicly means research is done on commercial applications and uses and manufacturing techniques to bring down manufacturing costs and help fund the research costs to spur further developments
![[MV] A leap of faith...ความเชื่อใจครั้งสุดท้าย (From "Petrichor the series")](http://i.ytimg.com/vi/U1piZH2CNXA/mqdefault.jpg)
This is just amazing!
Big brother are watching you
Wonder if this technology can get rid of the EXTREMELY LOUD AND OBNOXIOUS OPENING MUSIC. Do you even watch your production after you make it???
If you're here for the music it's probably way over your head
Awesome job Ranith
Is purple nvg/dvg reverse thermal a thing yet?or optics for long range with bi nocks for both eyes so the mind doesn't have to work harder focusing.
Idea: use this methodology to create a 3d light printer that filters materials in "air" and uses the laser build a solid object. At small enough level the mechanism could 3d print anything layer upon microscopic layer to a finished product.
wonder if this technology can be applied to smartphones, and would it offer greater benefit compared to traditional lenses
it will eventually and it would lead to better resolution for things like medical imaging diagnosis or other useful measurements , basically turning the smartphone into something akin to a tricorder from star trek
It is too expensive for smartphones and not necessary for normal people.
@@Vor10min. sure, its too expensive for now and presently has limited applications
however, its price will likely come down as manufacturing techniques and scale improve over time provided it is driven by sufficient demand...
the demand side is a matter of it being able to save time (important for medical applications) or provide a viable alternative to more expensive methods of achieving the same result...
the medical application alone might be more affordable to pathology clinics to start with, but over time general medical clinics would likely find it more efficient and economical to do such work in house ...
there are other factors to consider, e.g. the aging population globally will increase demand for pathology services which will benefit from the evolutionary nature of this tech
also, due to the products adaptability to existing tech (smartphones) integrating it into existing business practices will be much simpler (than say, installing mri machines)as its evolutionary aspects are already in demand ....
its revolutionary aspects are still yet to be fully realised
just some food for thought
@@umenhuman7573 But well, the internet was also sometimes an expensive military-only technology.
@@Vor10min. indeed, even the humble rock has been developed from ancient times from simply being thrown, to being shaped and fired from a bow to being developed into modern precision guided munitions... (not to mention someone strapping a few sticks together to crewate a shield to block it etc etc ) ...
as to have the production methods ... all for military use ... along the way they also figured out how to combine enough rocks of the right type to create computers and satellites etc etc etc ...
The best telescope is the one you use and that looks really easy to use.
Practically weightless by comparison to anything currently made.
My dads new cassegrain telescope is much smaller than the older newtonian, but something made with these could be ridiculously light, especially if the tube was carbon composite.
Though I guess the lighter it is the easier a stray wind can move it 🤔
Образцы в продаже встретить можно? Где продается?
Из тел своих вояк достанете.
@@JameBlack системы вооружены, я сам могу сделать, так что не переживай. Могу сделать и ракету, и систему наведения, как радиолокационную, тепловую головку самонаведения, так и цифровую матрицу головки самонаведенияния - селекции цели. Так же и сделать по данному принципу действия наземных систем. Для меня это просто. Так, что не переживай сильно, а то задница лопнет.
$MMAT
Whose "National Security"?
if they are releasing the info publicly., its likely already in use ..
obviously, releasing it publicly means research is done on commercial applications and uses and manufacturing techniques to bring down manufacturing costs and help fund the research costs to spur further developments
❤US❤
aw he looks like an indian..
Indian guy