Making metamaterial magnets
One goal: A permanent metamaterial magnet which is stronger then neodynium regarding it's magnetic properties.
-Might be very useful and important for dynamo's for more electricity generation.
By JK
16-08-2019
vrijdag 16 augustus 2019
dinsdag 13 augustus 2019
Can humans survive very extreme condition
Research and theorising
There's a lot of different cells in the human body could they all for example get through
extreme high temperatures above 50-60 degrees celcius for several days.
Or through extreme cold temperatures below -19 for several days without clothing (and normal hair growth).
Even better temperatures above 100-200 degrees celcius for several days.
Human extremophile cells.
For example:
-Thermo
-Hyperthermo
-Cryo, psychro
For thermophilic: Endogenous enzymes which function at high temperatures.
For cryo, psychro: Organs protected by antifreeze proteine. Biological antifreeze.
Very important: Endogenous (self produced) antifreeze protein.
Cryo, psychro extra: 1 Being able to partially freeze and thaw and live on.
2 Being able to freeze and thaw and live on.
Endogenous (self produced): Cryoprotectants, or solutes
-Which lower the freezing temperature.
Protects the cells and limits the amount of ice which can form inside the body.
And: Polyextremo humans
Extra: High radiation resistance
Finding out how to cause and get extremophile cells and extremophile proteins and or enzymes.
Studying single celled and multicellular extremophiles.
Research:
1 Eating eadible single celled and multicellular extremophiles.
2 Getting through the conditions of those eaten
Building up resistance
Theorising, researching if human cells can become extromophilic or just survive those conditions.
By GOTT/GOD, Jef Koelewijn
From The Netherlands
There's a lot of different cells in the human body could they all for example get through
extreme high temperatures above 50-60 degrees celcius for several days.
Or through extreme cold temperatures below -19 for several days without clothing (and normal hair growth).
Even better temperatures above 100-200 degrees celcius for several days.
Human extremophile cells.
For example:
-Thermo
-Hyperthermo
-Cryo, psychro
For thermophilic: Endogenous enzymes which function at high temperatures.
For cryo, psychro: Organs protected by antifreeze proteine. Biological antifreeze.
Very important: Endogenous (self produced) antifreeze protein.
Cryo, psychro extra: 1 Being able to partially freeze and thaw and live on.
2 Being able to freeze and thaw and live on.
Endogenous (self produced): Cryoprotectants, or solutes
-Which lower the freezing temperature.
Protects the cells and limits the amount of ice which can form inside the body.
And: Polyextremo humans
Extra: High radiation resistance
Finding out how to cause and get extremophile cells and extremophile proteins and or enzymes.
Studying single celled and multicellular extremophiles.
Research:
1 Eating eadible single celled and multicellular extremophiles.
2 Getting through the conditions of those eaten
Building up resistance
Theorising, researching if human cells can become extromophilic or just survive those conditions.
By GOTT/GOD, Jef Koelewijn
From The Netherlands
zondag 11 augustus 2019
Eating predatory animals
Research: Men only eating male predatory animals.
-Best if they self shoot or kill those predatory animals
Seeing if man who only eats predatory animals gets stronger.
By GOTT/GOD, Jef Koelewijn
From South-Holland, The Netherlands
-Best if they self shoot or kill those predatory animals
Seeing if man who only eats predatory animals gets stronger.
By GOTT/GOD, Jef Koelewijn
From South-Holland, The Netherlands
zaterdag 10 augustus 2019
Effects of keeping the same clothes on for a year or longer
Also looking at the clothing with a microscope.
I've once kept my clothes on for around 7-8 months.
I've once kept my clothes on for around 7-8 months.
donderdag 8 augustus 2019
A new olympic bench
Olympic bench with a spotter stand/bar system with holes in which spotter bars can be put.
-Much faster and easier and more durable.
By GOTT/GOD, Jef Koelewijn
Written on: 08-08-2019
-Much faster and easier and more durable.
By GOTT/GOD, Jef Koelewijn
Written on: 08-08-2019
woensdag 7 augustus 2019
Plants which can grow on and in snow
Plants, other vegitation and more which can grow on and in permanent snow which is meters high
Important: Maybe more photosynthesis
-Snow probably doesn't really have the same nutrients like soil
-
What would be the effects of such a plant or plants.
What if it would reach the north pole, would that be benificial or a problem.
-
Important: Maybe more photosynthesis
-Snow probably doesn't really have the same nutrients like soil
-
What would be the effects of such a plant or plants.
What if it would reach the north pole, would that be benificial or a problem.
-
Labels:
Cold,
Cryophilic,
Idea,
Ideas,
Plant,
Plants,
Psychrophilic,
Research,
Science,
Snow,
Trees,
Vegitation
Special front and rear sights for firearms
A small white stripe on each part of the rear sights and a small white stripe on the front sight.
-So the front and rear sights have black and white on them.
--Tests first to see how effective this is at shooting at light and dark colours.
And if it also gives an edge when it's dark.
Extra: Also testing in total three grey stripes.
-So the front and rear sights have black and white on them.
--Tests first to see how effective this is at shooting at light and dark colours.
And if it also gives an edge when it's dark.
Extra: Also testing in total three grey stripes.
donderdag 1 augustus 2019
Making plants and trees which can grow in minus zero temperatures
Putting for example plants in a room and then lowering the temperature in that room a little bit every certain time
And from generation to generation.
Putting cryophilic-psychrophilic bacteria(s) in the soil.
Creating a symbiosis between psychrophilic bacteria and a plant species (which has gone through the above or is going
through the above).
Putting biological antifreeze into the ground to see if it prevents the ground from freezing.
-So the roots can for example keep on growing
-
Antifreeze proteins.
psychrophilic enzymes.
Psychrophilic cellulases and proteases.
-
It would be very interesting to make plants and trees which provide food to grow in subzero temperatures.
And from generation to generation.
Putting cryophilic-psychrophilic bacteria(s) in the soil.
Creating a symbiosis between psychrophilic bacteria and a plant species (which has gone through the above or is going
through the above).
Putting biological antifreeze into the ground to see if it prevents the ground from freezing.
-So the roots can for example keep on growing
-
Antifreeze proteins.
psychrophilic enzymes.
Psychrophilic cellulases and proteases.
-
It would be very interesting to make plants and trees which provide food to grow in subzero temperatures.
Turning an area of a desert into a normal area with vegitation
First research if this would work and which methods would work.
1 Planted small sticks from plant and tree waste to prevent the sand from going everywhere.
1 Throwing food waste there.
-First turning that food waste into compost is possible
2 Throwing plant waste there from agriculture etc.
-First turning that plant waste into compost is possible
3 Throwing shit from animal farms there.
4 Turning human sewer waste into fertilizer and putting it there.
1 Throwing worms in the soil.
1 Planting cactusses.
2 Planting resurrection plants, poikilohydric plants which can survive extreme dehydration, even
over the span of months or years.
3 Planting trees that are heat resistant, can go without water better then other trees
and which are positive for holding water into the ground.
And there are special pots that naturally degrade for planting trees and all, which increase
the chance of survival of those trees in deserts and desert like landscapes.
1 Planted small sticks from plant and tree waste to prevent the sand from going everywhere.
1 Throwing food waste there.
-First turning that food waste into compost is possible
2 Throwing plant waste there from agriculture etc.
-First turning that plant waste into compost is possible
3 Throwing shit from animal farms there.
4 Turning human sewer waste into fertilizer and putting it there.
1 Throwing worms in the soil.
1 Planting cactusses.
2 Planting resurrection plants, poikilohydric plants which can survive extreme dehydration, even
over the span of months or years.
3 Planting trees that are heat resistant, can go without water better then other trees
and which are positive for holding water into the ground.
And there are special pots that naturally degrade for planting trees and all, which increase
the chance of survival of those trees in deserts and desert like landscapes.
Abonneren op:
Reacties (Atom)