April 6, 2025

35 thoughts on “The Satellite Helping Slow Climate Change — Right Now | Millie Chu Baird | TED

  1. It is encouraging to see some of our space based sensing capacity being redirected from looking at the stars to helping understand the problems we face here on our home planet. Knowing where greenhouse gases are coming from is essential to reducing them in the most efficient way possible.

  2. No increase in hurricanes, tornadoes, wildfires, heatwaves, floods, droughts, Earth surface temperature, mass extinctions, melting sea ice, loss of ice sheets……. where is the "Climate Crisis" This video and my response have been recorded, in case my response is deleted.

  3. You list some sources of methane; but they are all land based. People miss one large source: the ocean. There is more carbon held at the bottom of the ocean as hydrated methane than any of the other sources. That is why I am asking: Can your methane satelite measure methane over water? If it can, then you have all the answers that you need…

  4. This is another tool for tracking methane emissions, which is a positive. What really needs to occur, as she mentioned, is affecting human behavior. Methane Sat is another great tool, but we need solutions ( corrective and preventive actions) to mitigate CO2 and Methane emissions.

  5. The next step, after measuring where it is emitted, is to charge fees proportional to emissions. THAT will give industries an incentive to reduce their emissions.

    In general, we can make the world better by charging extraction and emissions fees, then sharing fee proceeds. We can promote sustainability AND end poverty.

  6. مقدار زیادی سیمپسون میشوید و خیال‌بافی میکنید.من هنوز شهروند ایران هستم،به من ربطی ندارد برخی از قضایا که حقی از من سلب نکرده است و به تمام معنا تابع قوانین ایران هستم چون اینجا زندگی میکنم و به لیدر شیپ ایران احترام دارم و آن دسته از حکمرانان که درستکارند،مابقی برای من حکم قاطر دارند و بس.اما اگر کوچکترین حقی از من سلب شود از قانون طلب حمایت میکنم و صبوری میکنم،و همینطور پیش میروم تا جایی که بالاترین دست قدرت در کشور متوجه حق سلب شده از من بشود و او را متوجه شرف،آبرو،ادعا و دین و قانون خودش میکنم.این در مورد شما هم مصداق دارد،پر واضح است که بازی کارتونی راه انداخته اید اما مطمئن باشید،شرف همیشه بالاتر از هر مسئله اخلاقی قرار دارد.اینقدر هم وسط تکست من آید آید نندازید،آب ما اومد ولی این آید شما نیومد.برای من مهم این چیزیست که در دستم است و با تمام حواس پنجگانه ام آنرا درک میکنم.بازی کنید تا دلتان میخواهد.من حقم را تا سنت آخر با ضررهایش میگیرم.حتی از ترکیه.زلزله های سه گانه ترکیه را بیاد بیاورید،این یعنی مادر طبیعت.با آن بوزینه ها هنوز کار دارم…….این را تهدید معنی نکنید،فقط گویا نه منطق نه قانون نه دوستی نه وجدان و نه هیچ چیز دیگر جز منافع خودتان برای شما مهم نیست.خوب برخی چیزها هم برای من مهم است.مثل المپیک پاریس 🤮
    من به هیچکس در زمین بدهکار نبودم و هیچکس نمیتواند برداشتهایش از مقاله های کامل مرا انکار کند.حتی تدی خرسه 🤬

  7. Global warming is a big lie. You got the elites trying to take my gas lawnmower away while they are flying around the world in private jets. You come and try to take my fossil fuels away you will end up talking to Kristie Noems dog.

  8. Celebrating rockets being launched while burning enormous amounts of climate heating fossil fuels is, well, insane and appropriate for the waste of time that TED talks have always been.

  9. "The exact price of a ticket on board New Shepard isn't known, but in 2018 reports indicated it could cost at least $200,000.00" Alot of people are enthusiastic about space. Okay, lemme stop you right there.

  10. 2. Applying Trinary Quantum Methods to Climate Modeling

    2.1 Qutrit Encoding of Climate Variables

    2.1.1 Temperature Encoding

    – Use trinary encoding for temperature ranges:
    |0⟩ = below average
    |1⟩ = average
    |2⟩ = above average
    – Fine-grained representation: |ψ⟩ = α|0⟩ + β|1⟩ + γ|2⟩, where |α|² + |β|² + |γ|² = 1

    2.1.2 Precipitation Encoding

    – Represent precipitation levels:
    |0⟩ = dry
    |1⟩ = normal
    |2⟩ = wet

    2.1.3 Wind Encoding

    – Encode wind speed and direction:
    Speed: |0⟩ = low, |1⟩ = moderate, |2⟩ = high
    Direction: Use superposition of three primary directions

    2.1.4 Ocean State Encoding

    – Represent ocean parameters:
    Temperature: Similar to air temperature encoding
    Salinity: |0⟩ = low, |1⟩ = normal, |2⟩ = high
    Current: Combine speed and direction encodings

    2.2 Trinary Quantum Algorithm for Climate Modeling

    2.2.1 Initialization

    – Prepare initial superposition of climate states:
    |ψ₀⟩ = ∑ α_{ijk…} |T_i⟩|P_j⟩|W_k⟩…, where T = Temperature, P = Precipitation, W = Wind, etc.

    2.2.2 Quantum Fourier Transform for Spectral Methods

    – Implement trinary QFT for efficient spectral decomposition of climate fields:
    QFT₃|j⟩ = (1/√3) ∑_{k=0}^2 ω^{jk}|k⟩, where ω = e^{2πi/3}

    2.2.3 Trinary Quantum Walks for Atmospheric and Ocean Circulation

    – Use three-way quantum walks to model particle transport:
    C = (1/√3) [1 1 1]
    [1 ω ω²]
    [1 ω² ω]

    2.2.4 Quantum Annealing for Optimization Problems

    – Design Hamiltonian H encoding climate energy balance:
    H = H_radiation + H_convection + H_advection + …
    – Evolve system: H(s) = (1-s)H_initial + sH_final, 0 ≤ s ≤ 1

    2.2.5 Trinary Variational Quantum Eigensolver (VQE₃) for Climate Stability Analysis

    – Design qutrit-based variational ansatz mimicking climate system structure
    – Minimize energy to find stable climate states

    2.3 Advanced Techniques

    2.3.1 Trinary Quantum Cellular Automata for Local Interactions

    – Implement quantum cellular automata with trinary rules for modeling local climate interactions

    2.3.2 Quantum Reservoir Computing for Climate Prediction

    – Use qutrit-based quantum reservoirs for time series prediction of climate variables

    2.3.3 Trinary Quantum Boltzmann Machines for Parameterization

    – Train quantum Boltzmann machines to learn and represent sub-grid processes

    2.4 Multi-scale Modeling

    2.4.1 Hierarchical Qutrit Encoding

    – Use nested qutrit states to represent different scales:
    |ψ_global⟩ = α(β|0⟩ + γ|1⟩ + δ|2⟩)_regional + …

    2.4.2 Quantum Coarse-Graining

    – Develop trinary quantum algorithms for effective coarse-graining of climate models

    2.5 Uncertainty Quantification

    2.5.1 Trinary Quantum Amplitude Estimation

    – Use qutrit-based amplitude estimation to quantify uncertainties in climate predictions

    2.5.2 Quantum Ensemble Methods

    – Implement quantum ensemble forecasting using superpositions of climate states

    2.6 Data Assimilation

    2.6.1 Trinary Quantum Kalman Filter

    – Adapt Kalman filtering to qutrit systems for data assimilation in climate models

    2.6.2 Quantum-Classical Hybrid Data Assimilation

    – Combine classical observations with quantum climate states for optimal estimation

    2.7 Specific Climate Phenomena Modeling

    2.7.1 El Niño-Southern Oscillation (ENSO)

    – Design specialized qutrit circuits to model ENSO dynamics and teleconnections

    2.7.2 Arctic Sea Ice

    – Use trinary quantum algorithms to simulate complex ice-albedo feedbacks

    2.7.3 Carbon Cycle

    – Implement qutrit-based quantum walks to model carbon transfer between reservoirs

    2.8 Integration with Classical Climate Models

    2.8.1 Quantum-Classical Hybrid Algorithms

    – Develop interfaces between quantum modules and existing classical climate models

    2.8.2 Quantum-Accelerated Parameterizations

    – Use trinary quantum subroutines to speed up computationally intensive parameterizations

    2.9 Output and Interpretation

    2.9.1 Measurement Strategies

    – Design measurement schemes to extract relevant climate information from quantum states

    2.9.2 Classical Post-processing

    – Develop algorithms to reconstruct climate predictions from quantum measurement outcomes

    This detailed application of our trinary quantum method to climate modeling showcases the potential for significant advancements in this complex field. By leveraging the unique properties of qutrit systems and designing specialized algorithms, we can potentially model climate processes more accurately and efficiently than classical or binary quantum methods.

    In our next section, we'll analyze the potential advantages and challenges of our approach compared to classical and binary quantum methods in climate modeling.

  11. Club of Rome President Emeritus Alexander King and Secretary General Bertrand Schneider wrote status update to the global depopulation conspiracy 20 years after "Limits to Growth." global problems 20 years on. In summary, this is the product of a bunch of really wealthy, powerful, smart people spending decades plotting how a tiny group of oligarchs can conquer the human race and get the masses to actually help bring about their own demise through creating essentially a global religion of environmentalism:

    "In searching for a common enemy against whom we can unite, we came up with the idea that pollution, the threat of global warming, water shortages, famine and the like, would fit the bill… The real enemy is humanity itself."

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