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I think that you can journey to the center of the earth because....

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How far would you have to travel to reach the Earth’s core? And what would you see along the way? Discover what lies beneath…

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Humans are only capable to go through low depths of the crust and at this time it is at this time impossible to go through the the thicker layers of the earth.

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lets see if you can make it to the center of the earth

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Quintin- i don't think you can go to go of the center of the earth 

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Quintin- i don't think you can go to go of the center of the earth 

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Currently the human species is unable to reach the middle of Earth. Human beings will most likely not ever be able to reach the middle Earth because heat is way to extreme heat. This heat would almost immediately 🤬 us. People could not even reach the mantle because the earth's crust can already reach deadly temperatures.

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I don't think we can go to the center of the earth. Not with a machine to take us down there. Yes maybe we could see the inside of the earth with out using a machine. If we used a machine to go down there we would be crushed by the high pressure

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Since the 1930's seismologists have been studying all of the types of seismic waves very carefully, so that now we have ways of recognizing which waves went through the core. Not all earthquakes are large enough to get waves to go that deep or that far, but when there is a big earthquake, all the seismologists around the world study it, and share their knowledge.

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stoneman-can we go through the center of the earth?

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stoneman-can we go through the center of the earth?

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I do not think any machine can get into the center of the earth because of the heat and pressure.

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no the core is to hot and the pressure would crush you

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no we can not get to the center of the earth because the heat and pressure would be to great

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Can you get to the center of the earth?
I think no because it will be wayyyy to hot at the core
https://www.google.com/search?q=can+we+get+to+the+center+of+the+earth&rlz=1CARWXF_enUS826US826&oq=can+we+get+to+the+ce&aqs=chrome.0.0j69i57j69i60j0

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Sophie! Is it possibles to travel to the center of the Earth?

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Sophie! Is it possibles to travel to the center of the Earth?

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I do not think we are still able to travel to the center of the Earth because we would need especially good gear to get to the hottest part of the Earth, the core ( The center )

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No because the way we could have made it if beneath the Earth's mantle it would start to harm our bodies due to the extreme heat like we wrote on the fordable the Earth's outer core is 4,000-5,000 degrees Celsius so by the time we could get that far down we would have already started to feel pain or heat stroke due to the heat.

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could you send a drone to the or a machine to the core.

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 Williamson, Saraya [Descriptive Answer.]

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 Williamson, Saraya [Descriptive Answer.]

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The possibility for human-beings to get to the center of the Earth [Core] is endless. Humans have already drilled over 12 kilometers into the ground. The center of the Earth has a temperature of 5,000-6,000 degrees Celsius.
Human beings can only stand 60 degrees Celsius. This can cause hypothermia. But this is only being alone. With different types of technology, the human body might be able to stand different types of high temperatures.
The inner core has been known to be as hot/hotter than the Sun's surface.

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No because it gets super hot super quick, that being said you would burn to death because the temp of the crust gets to 25 degrees Celsius only 30 miles down!

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I believe that people will make it to the core

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Yes I believe we can with the right machinery

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Here's What Would Happen If You Fell Through The Center Of The Earth

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Because it would get to hot, and we would fry before we would be able to see anything. because the deepest humans have been able to go is 7.6 miles below our feet. thats only 0.2%. Plus the temprature increases by around 25 degrees celcius, PER km.

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There is an odd dichotomy in human exploration: While we think nothing of going up - jetting through the skies six miles up, skydiving from the edge of space, or launching humans hundreds or thousands of miles into deep space - going down has always proven rather difficult. To this day, the deepest humankind has ever gone is just 7.6 miles below our feet - or just 0.2% of the distance to the Earth's core. It's not that we don't want to go deeper - and there are huge scientific and commercial gains to be made if we could go deeper - but, try as we might, despite millennia of developing ever more advanced tools and materials, and exploration that has taken spacecraft to the edge of the Solar System, the subterranean depths remain firmly off-limits. Why?

The very short answer is: It gets very hot very quickly as you journey towards the center of the Earth. In the Earth's crust - the outermost shell of the planet that reaches down around 30 miles (50 km) - temperatures increase by around 25 Celsius per kilometer of depth (77F every 0.6 miles). This means that, once you're about 10 kilometers (6 miles) down, temperatures are already as high as 250C (482F). Once you're through the crust (about 30 miles down) and into the upper mantle, which consists of partially molten rock, you're talking about temperatures in the range of 650-1200C (1200-2200F). We don't know exactly, but the Earth's inner core is theorized to have a temperature of around 6000 Kelvin (5,700C, 10,300F). In case you're wondering, a lot of this heat is believed to come from the decay of naturally radioactive elements (uranium, thorium, and potassium).

This geothermal temperature gradient is fantastic if you want to tap the Earth for geothermal heating and electricity, but it's absolutely awful for drilling. In general, drilling - from drilling through your wall to drilling for oil - is constrained by two factors: The length of the drill string, and the temperature of the drill bit. The drill string connects the drill bit to the main drive up on the Earth's surface, providing both torque (turning power) and drilling fluid (to keep the drill bit cool). The drill bit, which churns through hard rock, gets very hot via friction. Drill bit efficacy can be maintained at higher temperatures by using materials with very high melting points, such as tungsten carbide and diamond, but there obviously an upper limit.

In the case of the Kola Superdeep Borehole, drilling had to cease when a crust temperature of 180 Celsius (356F) was recorded at a depth of 12,262 meters (7.62 miles). The engineers think they could've drilled a bit farther, but they decided to quit while they were ahead since the drill bit would've ceased to function at 15,000 meters and a predicted crust temperature of 300C. It had taken them 19 years - from 1970 to 1989 - to drill to 12,262 meters. The Kola Superdeep Borehole is still the deepest artificial hole on Earth.

Don Walsh, Jacques Piccard, and James Cameron all share the title for the deepest a human has ever travelled, reaching the bottom of the Mariana Trench (around 11,000 meters or 6.8 miles below sea level). We have a fantastic featured story on the technology employed by Cameron's submersible, the Deepsea Challenger, to reach such depths. The Mariana Trench is the deepest point in the world's oceans, though, so humankind won't be going any deeper any time soon. (The Kola borehole was only a few inches across, and any newer boreholes are extremely unlikely to be wide enough to accommodate a human explorer.)

Next page: So... how do we go deeper?

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To the core: How can we travel to the center of the Earth? - ExtremeTech

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There is an odd dichotomy in human exploration: While we think nothing of going up -- jetting through the skies six miles up, skydiving from the edge of space, or launching humans hundreds or thousands of miles into deep space -- going down has always proven rather difficult.

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wesley  can we get to the center of the earth?

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wesley  can we get to the center of the earth?

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i dont think we can get to the center of the earth beacause it would be too hot and because we need more advance  technology  to withstand the heat of the outercore and stuff. if we tryed to get past the outer core we would instaly MELT

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Since the 1930's seismologists have been studying all of the types of seismic waves very carefully, so that now we have ways of recognizing which waves went through the core. Not all earthquakes are large enough to get waves to go that deep or that far, but when there is a big earthquake, all the seismologists around the world study it, and share their knowledge.