stonerblue
Well-Known Member
Harsh, but have to admit that was my immediate response as well. Apart from the sterilised bit.
Brian Cox
- Thread starter Bill Walker
- Start date
Harsh, but have to admit that was my immediate response as well. Apart from the sterilised bit.
SWP's back
Well-Known Member
- Joined
- 29 Jun 2009
- Messages
- 89,066
Just shot then.
aguero93:20
Well-Known Member
- Joined
- 21 Oct 2013
- Messages
- 90,256
- Location
- Hunting Cats.
- Team supported
- Some gobshites in day-glo green and black.
Waste of money to sterilize dead people really.
blue b4 the moon
Well-Known Member
A flat earth must be very flat with the ends turned up slightly otherwise it'd be possible to drive to Aussie.
SWP's back
Well-Known Member
- Joined
- 29 Jun 2009
- Messages
- 89,066
I'd rather be very very sure.
blueparrot
Well-Known Member
- Joined
- 7 Jun 2012
- Messages
- 29,453
Surely a thread about Brian Cox should be a discussion about science. Flat earthers should find their own loony thread, then those interested in science can avoid it.
1.618034
Well-Known Member
No we need these to out themselves so we can track them down and have them reprogrammed. I've already reported and had a tracker put on this one and he'll be found within the next 24 hours. There is no escape.
Meanwhile on Planet Earth...
Just to add to this...
the image shown is "The Potsdam Gravity Potato" an exaggerated representation/map of the Earth's gravitational field...
Explanation: Why do some places on Earth have higher gravity than others? Sometimes the reason is unknown. To help better understand the Earth's surface, sensitive measurements by the orbiting satellites GRACE and CHAMP were used to create a map of Earth's gravitational field. Since a center for studying these data is in Potsdam, Germany, and since the result makes the Earth look somewhat like a potato, the resulting geoid has been referred to as the Potsdam Gravity Potato. High areas on this map, colored red, indicate areas where gravity is slightly stronger than usual, while in blue areas gravity is slightly weaker. Many bumps and valleys on the Potsdam Gravity Potato can be attributed to surface features, such as the North Mid-Atlantic Ridge and the Himalayan Mountains, but others cannot, and so might relate to unusually high or low sub-surface densities. Maps like this also help calibrate changes in the Earth's surface including variable ocean currents and the melting of glaciers. The above map was made in 2005, but more recent and more sensitive gravity maps of Earth were produced in 2011.
Another version...
In reality the Earth is an oblate spheroid and if it was on the same scale it would be smoother than a billiard ball.
Elbow beards
Well-Known Member
Still waiting for the gimp to come back with this overwhelming evidence he has about this disc we live on.....
If having to put up with your views and opinions
No we need these to out themselves so we can track them down and have them reprogrammed. I've already reported and had a tracker put on this one and he'll be found within the next 24 hours. There is no escape.
Meanwhile on Planet Earth...
Just to add to this...
the image shown is "The Potsdam Gravity Potato" an exaggerated representation/map of the Earth's gravitational field...
Explanation: Why do some places on Earth have higher gravity than others? Sometimes the reason is unknown. To help better understand the Earth's surface, sensitive measurements by the orbiting satellites GRACE and CHAMP were used to create a map of Earth's gravitational field. Since a center for studying these data is in Potsdam, Germany, and since the result makes the Earth look somewhat like a potato, the resulting geoid has been referred to as the Potsdam Gravity Potato. High areas on this map, colored red, indicate areas where gravity is slightly stronger than usual, while in blue areas gravity is slightly weaker. Many bumps and valleys on the Potsdam Gravity Potato can be attributed to surface features, such as the North Mid-Atlantic Ridge and the Himalayan Mountains, but others cannot, and so might relate to unusually high or low sub-surface densities. Maps like this also help calibrate changes in the Earth's surface including variable ocean currents and the melting of glaciers. The above map was made in 2005, but more recent and more sensitive gravity maps of Earth were produced in 2011.
Another version...
In reality the Earth is an oblate spheroid and if it was on the same scale it would be smoother than a billiard ball.
Hahaha re programmed brilliant absolutely brilliant.No we need these to out themselves so we can track them down and have them reprogrammed. I've already reported and had a tracker put on this one and he'll be found within the next 24 hours. There is no escape.
Meanwhile on Planet Earth...
Just to add to this...
the image shown is "The Potsdam Gravity Potato" an exaggerated representation/map of the Earth's gravitational field...
Explanation: Why do some places on Earth have higher gravity than others? Sometimes the reason is unknown. To help better understand the Earth's surface, sensitive measurements by the orbiting satellites GRACE and CHAMP were used to create a map of Earth's gravitational field. Since a center for studying these data is in Potsdam, Germany, and since the result makes the Earth look somewhat like a potato, the resulting geoid has been referred to as the Potsdam Gravity Potato. High areas on this map, colored red, indicate areas where gravity is slightly stronger than usual, while in blue areas gravity is slightly weaker. Many bumps and valleys on the Potsdam Gravity Potato can be attributed to surface features, such as the North Mid-Atlantic Ridge and the Himalayan Mountains, but others cannot, and so might relate to unusually high or low sub-surface densities. Maps like this also help calibrate changes in the Earth's surface including variable ocean currents and the melting of glaciers. The above map was made in 2005, but more recent and more sensitive gravity maps of Earth were produced in 2011.
Another version...
In reality the Earth is an oblate spheroid and if it was on the same scale it would be smoother than a billiard ball.
I’m struggling to read one of Steven Hawking’s books at the moment and being honest it’s a little heavy for me.
I’m sure lots people have read or heard of Bill Bryson’s book ‘A Short History Of Nearly Everything’. It’s a brilliant read for the layman, I couldn’t recommend it highly enough.
I’m sure lots people have read or heard of Bill Bryson’s book ‘A Short History Of Nearly Everything’. It’s a brilliant read for the layman, I couldn’t recommend it highly enough.