When were digital thermometers invented? For more than 100 years before digital thermometers were invented, how was accuracy to a 10th or 100th of a degree measured on an old thermometer? Also, since this is a GLOBAL temperature. how many data points around the globe were consistently measured. Also, who collected and compiled all of these data points. Has any work been done on the shifting of weather planet over multiple decades. For example, after WWII, dozens of airplanes were flying back to the US but they were abandoned in Greenland. For the past several decades, they have been covered in hundreds of feet of ice. Does not sound like global research or evidence of Global warming. My point? Global warming "experts" are cherry picking from bad and inconstant data and they see what they want to see. Show me some REAL data. Finally. here's a video on the new ice age!! ua-cam.com/video/JCt2MhOzWVE/v-deo.html
well firstly, wind and solar power arent very good considering how much power we need, weird how people never mention nuclear which is the only clean energy source thats actually reasonable. Also the production of the car batteries uses in electric cars are also very bad for the environment. Of course the actual use of the car doesnt pollute like regular cars, so one would think its still better in the long run, but not if you consider the how we get the much greater electricity demand to charge those batteries, (which is all fossil fuels) The only real answer is investing billions into nuclear power.
Great work, I wish your content can be broadcasted to a wider audience. Understand the world comes from analyzing data. Let's help others do good decisions !
Hey Thu! I love the channel and I can help you with the channel, topics, titles, thumbnails and video outlining. (i have experience working for other larger creators, one with 6.5m Subscribers, how can I reach out to you to tell you more about how I can help you?
It will be 20 years before AI could have a chance. Humans tend to be over enthusiastic when predicting tech futures. In the 50s we are already flying around in space cars in the Jetsons and in the 80s by now we would have flying hoverboards. It is going to be at least 20 years or more and we are cutting it pretty close with the climate. Also, considering we are causing the climate disaster, AI's answer might just be to eliminate us.
Very balanced view on the possible trajectories for the future. There's many exciting technological advancements to make (although it's hard for me to believe technology alone can solve this), especially with AI maturing like it has (the machine-learning aspect, not thinking about superintelligence), at least it will be interesting decades to follow / be a part of this progress =)
Oh that is the positive attitude we need! Thank you for sharing the good news. I know it's too early to celebrate yet but it's encouraging to see the change in the weather. I remember in high school. My first presentation and the only presentation I did was about Global warming. I remember I was worried about the polar bears. Though it's very important to sensibilize the general public of the pro's and con's of working towards the climate goals. We can only reach our climate goals together. We are on the right track. Looking forward to some more good news. Cheers!
Hello mam you are doing great work for our community,but I have a humble request please make video on maths learning topics which are important to become AI and ml engineer with proper guidance and free learning resources and full roadmap of learning mathematics please sir ! 🙏🙏 But thanks for your hardwork😊.
Just wondering why you posted the chart of 800,000 years of CO2 levels without posting the chart showing 800,000 years of Earths temperature? I mean it’s all fine and dandy to list 150 years of temperature and scream that climate change is going to kill is all and that’s it’s all because of human CO2 levels….but it sure makes it look like you don’t know what you are talking about. Other things you ignored in your climate rant: 1. Milankovitch cycles refer to predictable changes in Earth's orbit and axial tilt over long periods of time. These cycles affect the distribution and intensity of sunlight reaching the Earth's surface, influencing climate variations over thousands to tens of thousands of years. They include eccentricity (changes in the shape of Earth's orbit), axial tilt (changes in the angle of Earth's axis), and precession (wobbling of Earth's axis). These variations can lead to changes in the amount and distribution of solar radiation received by the Earth, impacting global temperatures and climate patterns. 2. While increased levels of CO2 in the atmosphere can contribute to global warming by trapping heat (the greenhouse effect), they can also have a fertilization effect on plants, leading to increased vegetation growth and potentially offsetting some of the warming. This phenomenon, known as CO2 fertilization, occurs because plants use CO2 during photosynthesis to produce carbohydrates and other organic compounds. With higher levels of CO2 available, plants are able to photosynthesize more efficiently, leading to increased growth rates and potentially greening of certain regions. The greening effect can have several impacts on the climate. For example, increased vegetation can lead to more absorption of CO2 from the atmosphere, acting as a carbon sink and potentially reducing the rate of CO2 increase in the atmosphere. Additionally, vegetation can affect surface albedo (reflectivity), moisture levels, and heat fluxes, all of which can influence local and regional climate patterns. 3. Over the past 800,000 years, carbon dioxide (CO2) levels have fluctuated significantly due to natural processes such as volcanic activity, variations in Earth's orbit, and changes in ocean circulation. These fluctuations have played a crucial role in shaping Earth's climate over long time scales. They also form predictable and consistent patterns of climate change on the earth. With every natural increase in temperature coinciding with natural decreases in temperature over similar time scales. During glacial periods, CO2 levels have been lower, typically ranging from around 180 to 280 parts per million (ppm). This lower CO2 concentration, along with other factors like reduced solar radiation due to changes in Earth's orbit, contributes to cooler temperatures and the expansion of glaciers. In contrast, during interglacial periods, CO2 levels have been higher, ranging from around 280 to 300 ppm. This higher CO2 concentration, combined with factors such as increased solar radiation and changes in ocean circulation, contributes to warmer temperatures and the retreat of glaciers. While CO2 levels play a significant role in determining Earth's climate, they are not the only factor involved. Other natural processes and feedback mechanisms can counteract or amplify the effects of CO2 on climate. For example, changes in Earth's orbit and axial tilt (Milankovitch cycles) can influence the amount and distribution of solar radiation reaching the Earth's surface, leading to variations in climate over long time scales. During certain periods, these orbital variations can result in decreased solar radiation in specific regions, contributing to cooler temperatures despite high CO2 levels. Additionally, feedback mechanisms involving ice sheets, clouds, and ocean circulation can also play a role in regulating Earth's climate. For instance, as temperatures cool, ice sheets may expand, reflecting more sunlight back into space and further cooling the planet. Similarly, changes in cloud cover can affect the amount of solar radiation absorbed or reflected by the Earth, influencing temperature. Overall, the climate system is complex and influenced by a multitude of factors, including CO2 levels, orbital variations, feedback mechanisms, and more. Understanding how these factors interact and influence climate change is essential for predicting future climate trends. Looking at the earths 500,000 year temperature graph will show you we are in a normal climate pattern of heating. Exactly like the previous 6 over that 500,000 year time frame. And man made activity is having very little impact on the earths natural climate change.
@@TheAparajit okay genius. Go look up the earths 500 or 800k temperature charts and tell me if you see a pattern. I know seven 9 year olds who figured it out. Let’s say you give it a try.
Change is possible. There are no problems too big to solve. Thanks again, Thu Vu. You are going places, my dear data scientist coach. I am ready to learn.
Excellent write up!! Thanks. I would add though that AI being VERY energy intensive will likely make it WORSE for a bit, until AI and chips gets more effective, and energy becomes more generally available (through things such as Nuclear energy, for example, despite it being quite a polarized topic).
Hey Nicolas, thanks for sharing your thoughts! 🙌 I absolutely agree about the energy demand of AI. Hope things will be figured out in the coming years 🤞
My son leads an advanced plasma control technology group working to make nuclear fusion an economic reality. Fusion sat in the background for a long time, hampered by 20th Century ceramics, magnetics, and control. We have made major breakthroughs in the first two during the past 20 years, and now AI is revolutionizing our ability to steer the plasma, while maintaining its needed high density and temperature. Never underestimate the power of data science to solve problems or at least to provide guidance on how best to solve them. I did my doctoral thesis on mathematical modeling of photochemical smog formation, helping to guide emission control technology in automobiles. We finally achieved clean-burning cars through computerized control of everything from spark, fuel injection, and valve timing to air/fuel mixture.
i have theory we also could be getting closer to the sun that's why we were getting more hot. Or we create a giant rocket that pushes us further away from the sun.
When were digital thermometers invented? For more than 100 years before digital thermometers were invented, how was accuracy to a 10th or 100th of a degree measured on an old thermometer?
Also, since this is a GLOBAL temperature. how many data points around the globe were consistently measured.
Also, who collected and compiled all of these data points.
Has any work been done on the shifting of weather planet over multiple decades. For example, after WWII, dozens of airplanes were flying back to the US but they were abandoned in Greenland. For the past several decades, they have been covered in hundreds of feet of ice. Does not sound like global research or evidence of Global warming.
My point? Global warming "experts" are cherry picking from bad and inconstant data and they see what they want to see. Show me some REAL data.
Finally. here's a video on the new ice age!!
ua-cam.com/video/JCt2MhOzWVE/v-deo.html
Look at the 1000 year period, not the last 100 years. There is nothing bad about climate change; on the contrary, it is good.
Excellent video, Thu! Really enjoyed how you presented this and gave a balanced view of AI and ML’s roles so far. Well done! - Mark O
So happy to hear you enjoyed it, Mark! Thanks for commenting 🤗
well firstly, wind and solar power arent very good considering how much power we need, weird how people never mention nuclear which is the only clean energy source thats actually reasonable.
Also the production of the car batteries uses in electric cars are also very bad for the environment. Of course the actual use of the car doesnt pollute like regular cars, so one would think its still better in the long run, but not if you consider the how we get the much greater electricity demand to charge those batteries, (which is all fossil fuels)
The only real answer is investing billions into nuclear power.
This is absolutely true! Thanks for sharing your thoughts, Justin!
Great work, I wish your content can be broadcasted to a wider audience.
Understand the world comes from analyzing data.
Let's help others do good decisions !
Thank you so much for your kind comment! Appreciate it ❤️
Hey Thu! I love the channel and I can help you with the channel, topics, titles, thumbnails and video outlining. (i have experience working for other larger creators, one with 6.5m Subscribers, how can I reach out to you to tell you more about how I can help you?
It will be 20 years before AI could have a chance. Humans tend to be over enthusiastic when predicting tech futures. In the 50s we are already flying around in space cars in the Jetsons and in the 80s by now we would have flying hoverboards. It is going to be at least 20 years or more and we are cutting it pretty close with the climate. Also, considering we are causing the climate disaster, AI's answer might just be to eliminate us.
@@Prodigalzson That's equivalent of praying for it to fix itself without any human intervention. Spoiler alert, not happening.
Very balanced view on the possible trajectories for the future. There's many exciting technological advancements to make (although it's hard for me to believe technology alone can solve this), especially with AI maturing like it has (the machine-learning aspect, not thinking about superintelligence), at least it will be interesting decades to follow / be a part of this progress =)
Oh that is the positive attitude we need! Thank you for sharing the good news. I know it's too early to celebrate yet but it's encouraging to see the change in the weather. I remember in high school. My first presentation and the only presentation I did was about Global warming. I remember I was worried about the polar bears. Though it's very important to sensibilize the general public of the pro's and con's of working towards the climate goals. We can only reach our climate goals together. We are on the right track. Looking forward to some more good news. Cheers!
So cool you did a presentation on global warming! Hope we’ll see more good things coming 🙌
Hello mam you are doing great work for our community,but I have a humble request please make video on maths learning topics which are important to become AI and ml engineer with proper guidance and free learning resources and full roadmap of learning mathematics please sir ! 🙏🙏 But thanks for your hardwork😊.
And AI's CO2 emission increase by 10X in the next 5 years is not a problem ?
Just wondering why you posted the chart of 800,000 years of CO2 levels without posting the chart showing 800,000 years of Earths temperature?
I mean it’s all fine and dandy to list 150 years of temperature and scream that climate change is going to kill is all and that’s it’s all because of human CO2 levels….but it sure makes it look like you don’t know what you are talking about. Other things you ignored in your climate rant:
1. Milankovitch cycles refer to predictable changes in Earth's orbit and axial tilt over long periods of time. These cycles affect the distribution and intensity of sunlight reaching the Earth's surface, influencing climate variations over thousands to tens of thousands of years. They include eccentricity (changes in the shape of Earth's orbit), axial tilt (changes in the angle of Earth's axis), and precession (wobbling of Earth's axis). These variations can lead to changes in the amount and distribution of solar radiation received by the Earth, impacting global temperatures and climate patterns.
2. While increased levels of CO2 in the atmosphere can contribute to global warming by trapping heat (the greenhouse effect), they can also have a fertilization effect on plants, leading to increased vegetation growth and potentially offsetting some of the warming.
This phenomenon, known as CO2 fertilization, occurs because plants use CO2 during photosynthesis to produce carbohydrates and other organic compounds. With higher levels of CO2 available, plants are able to photosynthesize more efficiently, leading to increased growth rates and potentially greening of certain regions.
The greening effect can have several impacts on the climate. For example, increased vegetation can lead to more absorption of CO2 from the atmosphere, acting as a carbon sink and potentially reducing the rate of CO2 increase in the atmosphere. Additionally, vegetation can affect surface albedo (reflectivity), moisture levels, and heat fluxes, all of which can influence local and regional climate patterns.
3. Over the past 800,000 years, carbon dioxide (CO2) levels have fluctuated significantly due to natural processes such as volcanic activity, variations in Earth's orbit, and changes in ocean circulation. These fluctuations have played a crucial role in shaping Earth's climate over long time scales.
They also form predictable and consistent patterns of climate change on the earth. With every natural increase in temperature coinciding with natural decreases in temperature over similar time scales.
During glacial periods, CO2 levels have been lower, typically ranging from around 180 to 280 parts per million (ppm). This lower CO2 concentration, along with other factors like reduced solar radiation due to changes in Earth's orbit, contributes to cooler temperatures and the expansion of glaciers.
In contrast, during interglacial periods, CO2 levels have been higher, ranging from around 280 to 300 ppm. This higher CO2 concentration, combined with factors such as increased solar radiation and changes in ocean circulation, contributes to warmer temperatures and the retreat of glaciers.
While CO2 levels play a significant role in determining Earth's climate, they are not the only factor involved. Other natural processes and feedback mechanisms can counteract or amplify the effects of CO2 on climate.
For example, changes in Earth's orbit and axial tilt (Milankovitch cycles) can influence the amount and distribution of solar radiation reaching the Earth's surface, leading to variations in climate over long time scales. During certain periods, these orbital variations can result in decreased solar radiation in specific regions, contributing to cooler temperatures despite high CO2 levels.
Additionally, feedback mechanisms involving ice sheets, clouds, and ocean circulation can also play a role in regulating Earth's climate. For instance, as temperatures cool, ice sheets may expand, reflecting more sunlight back into space and further cooling the planet. Similarly, changes in cloud cover can affect the amount of solar radiation absorbed or reflected by the Earth, influencing temperature.
Overall, the climate system is complex and influenced by a multitude of factors, including CO2 levels, orbital variations, feedback mechanisms, and more. Understanding how these factors interact and influence climate change is essential for predicting future climate trends.
Looking at the earths 500,000 year temperature graph will show you we are in a normal climate pattern of heating. Exactly like the previous 6 over that 500,000 year time frame. And man made activity is having very little impact on the earths natural climate change.
Mr Yapsalot over here
@@danielfoley9364 prove me wrong genius.
You can't be smarter than God. Science is the new religion of stupidity. Choose your shepherd
@@TheAparajit wow are you dim.
@@TheAparajit okay genius. Go look up the earths 500 or 800k temperature charts and tell me if you see a pattern. I know seven 9 year olds who figured it out. Let’s say you give it a try.
This is amazing content and information, sometimes I do forget how AI is used for noble causes, thank you for reminding us
Thank you so much Terran! I’m excited for AI being used for noble causes as well 😃
Change is possible. There are no problems too big to solve. Thanks again, Thu Vu. You are going places, my dear data scientist coach. I am ready to learn.
you are my dream girl... 🥰
Nuclear energy is a way to go
Excellent write up!! Thanks. I would add though that AI being VERY energy intensive will likely make it WORSE for a bit, until AI and chips gets more effective, and energy becomes more generally available (through things such as Nuclear energy, for example, despite it being quite a polarized topic).
Hey Nicolas, thanks for sharing your thoughts! 🙌 I absolutely agree about the energy demand of AI. Hope things will be figured out in the coming years 🤞
My son leads an advanced plasma control technology group working to make nuclear fusion an economic reality. Fusion sat in the background for a long time, hampered by 20th Century ceramics, magnetics, and control. We have made major breakthroughs in the first two during the past 20 years, and now AI is revolutionizing our ability to steer the plasma, while maintaining its needed high density and temperature.
Never underestimate the power of data science to solve problems or at least to provide guidance on how best to solve them. I did my doctoral thesis on mathematical modeling of photochemical smog formation, helping to guide emission control technology in automobiles. We finally achieved clean-burning cars through computerized control of everything from spark, fuel injection, and valve timing to air/fuel mixture.
Awesome video!! Thank you so much for this video very helpful content!!
Glad you enjoyed it!
AI will turn this into a vacation planet 😂
Ask RI (Real Intelligence) whether climate change exists.
hahahs ikr
It does. And btw, earth is not flat, it's a globe..
ChatGPT, tell me how to stop volcanoes, please.
We probably should try that 😂
Very informative vlog thanks Thu!
Glad to hear, thanks for watching 🙌🏽
Hi thu vuu
Hellooo!
Are you currently living in Netherlands or USA?
I'm currenly living in the Netherlands
i have theory we also could be getting closer to the sun that's why we were getting more hot. Or we create a giant rocket that pushes us further away from the sun.
Times are changing!
climate?? seriously?? what next?
9:05 reminded me of windows clippy