#nutron

[whodonthear]

islandtingz8's short video with ♬ original sound

Caribbean women for the win

[brazaesthetic]

[delgadomkt]

Nelore-MT divulga resultados da maior Prova de Ganho de Peso do Brasil

Nelore-MT divulga resultados da maior Prova de Ganho de Peso do Brasil

Com lotação de 600 animais, dados obtidos na Prova demonstram condições zootécnicas, nutricionais e econômicas da raça. Ganho de peso chegou a 1,2kg/dia. Aconteceu na noite desta segunda-feira(12), na sede da Associação de Criadores Nelore-MT, a reunião de apresentação dos resultados obtidos na Prova de Ganho de Peso promovida pela entidade em parceria com o Núcleo de Estudos de Pecuária…

View On WordPress

[neocurio]

mARINE LIFE CRUSTACEAN CRAB LOBSTER SEAHORSE FISH  

[xxbalamazxx]

Fringe Science: Space Travel Challenged

For the longest of times, we have looked out into the stars wanting to visit them, to see them and experience them. While there are hurdles to achieve such, there are also issues around the mere misconceptions both in the scientific community and Sci-fi genre. These misconceptions we are going to logical destroy today and take another look at how space travel can be achieved. That is if we are not living in a black hole. (Please refer to: Are we living in a black hole?) Misconception 1: You cannot break the speed of light. This has always been the law as far as a physicist are concerned. The speed of light is the speed limit of the universe. That nothing can what so ever bypass this speed limit. The speed of light is a whopping 299,792,458 meters per second. Yet we already know this is not true. Some certain protons and neutrons excel past the speed of light naturally. The argument against the speed limit: Space fundamentally is a vacuum, not a pure vacuum, but a vacuum no less. An object in motion in a vacuum will not lose speed. As such, any energy exerted in a vacuum will cause it to excels. This applies to basic heat factors as well. Theoretically, unless we are living in a black hole, strapping a large toaster to the back of a pod will cause thrust. Giving enough heat and electricity + a vacuum it is inevitable that this will reach the speed of light with constant thrust. What happens when you reach the speed of light. Well outside the “theory” presented by the mainstream scientist, no one knows. However logic dictates, that if you reach the speed of light and continue to apply thrust… You will continue to excel. As there is no resistance in the path of the object. (An object at rest wants to stay at rest, and object in motion wants to stay in motion) The Science: Simply using high-grade stainless steel alone as a “ heating element” can produce the desired effects for space flight. Stainless steel has a tolerance of 870°C this is 1598°F. Such heat restrains will alone give a sustainable output of energy that will not degrade if left at a mere 860°C. Leading to no degrading heating element Heat + A vacuum = Thrust. This has been proven with moving objects in space. Several asteroid deflection systems theorize that simply heating the side of an asteroid will push it off course and move past us safely. Can we achieve faster than light speed? Probability 1-millisecond outcome: While the exact degree of thrust at this moment using such a process cannot be calculated we can work off a basic presumption. With a constant output of thrust on the lowest possible end of +1 meter per millisecond increase, we can build up enough speed in a rather short amount of time. Below is the example 1000 Milliseconds in 1 second = 60000 Milliseconds in 1 min 3,600,000 Milliseconds in 1 hour 86,400,000 Milliseconds in 1 day In this example In 1 day, we would have increased our “ship” to around 1,440,000 meters per second. Remember the speed of light is 299,792,458 meters per second. This means we could build up speed to the point in just less than 1 year. That is if we could only just produce +1 meter per millisecond. Now the reality is a temperature of over 870°C would = an acceleration of a 3-ton craft to around 20 Meters per millisecond = a realistic outcome. This means we would build 28,800,000 meters per second a day. In a nutshell, it would take 1 week to reach light speed and break it. If the force still applies in thrust in a pure vacuum logically speed will continue. Probability 2 seconds outcome: 1 Second = +1 1 min = +60 m/s 1 hour = +3,600‬ m/s 1 day = +216,000 m/s 1 week= 1,512,000 m/s 1 year = 78,624,000‬ m/s In just 3 years presuming we only received +1 m/s we would reach light speed give or take. As such the reality is that if we use the same logic as Probability 1 we would *20 = 1,572,480,000‬ m/s in 1 year. Breaching the light speed barrier by 1,272,687,542 m/s In essence for you Trekkies out there that is 5.24 faster than the speed of light. Or the speed of light x 5.24 or warp 5.24. This puts the closet solar system of 4.1 light-years in our reach. Argument Against Mass to energy. In this scenario, we are just leaving an oversize toaster or heater on. Often it is argued that it would take the mass of the universe to accelerate to light speed. However, if a nuclear reactor /fusion / Plutonium or even a solar-panel is dedicated to the output of a constant heat of the stainless steel elements alone it will continue to generate heat for years. Making the energy to mass ratio illogical at best. A space heater in a home does not take the energy to mass ratio of the entire universe to operate for a day, week or year. If the oversized toaster does not satisfy you, please check out the Robbins Drive. Read the full article

[xxbalamazxx]

Fringe Science: Space Travel Challenged

Fringe Science: Space Travel Challenged #Space #SpaceTravel #FasterThenLight #Thrust #Science #FringeScience #

For the longest of times, we have looked out into the stars wanting to visit them, to see them and experience them. While there are hurdles to achieve such, there are also issues around the mere misconceptions both in the scientific community and Sci-fi genre. These misconceptions we are going to logical destroy today and take another look at how space travel can be achieved. That is if we are…

View On WordPress

[kenmorganluv]

Getting ready with the boo and #NUTRON #LANDOFSEVENHOUSES BALL (at Soho House Toronto) https://www.instagram.com/p/BqYmUU-Hvi3/?utm_source=ig_tumblr_share&igshid=1nu8qdwgw4xiw

[foxfuse]

#Repost @hoipongprinting: Released today... Calypso: The Unsung Legacy by @gbmnutron! Available on all Platforms, purchase and download now!!! #Supprt and push the #SocaGlobal #GBM #Nutron #HoiPongArtist