f9c6debb No.3717706[View All]
Regardless of culture, race, sex, gender or creed; humanity survives on it.
The Story of (almost) All Numbers
https://www.youtube.com/watch?v=ggOPJ8gafPo 1ce2e86d No.3757015
>>3756561>BICYCLES ARE ZERO EMISSION VEHICLESo the human rider does not exhale CO2? They do not consume food? They don't have a bad energy efficiency?…
This is what tree-huggers actually believe.
1ce2e86d No.3757016
>>3757011The thinner you make the bars, the less error you get, going from discrete bars to a function.
79beb0a9 No.3757023
>>3757016That it tends to infinity is only assumption, it means we believe it goes to it. How could formal human speech make the exact area? I can believe that big coefficients left when tends to infinity, but can't understand how it instantly computes it, without any computer loops.
1ef8677d No.3757115
>>3757011at least 5 quantum mechanics
1ef8677d No.3757116
>>3757011the chart suggests a super area is occuring or at least, at its precipice, being enabled, this is right before a thanos snap basically.
79beb0a9 No.3757173
>>3757116For me it looks like magic that original area represents the thin bar difference operation on the right. Of course it can be meant as axiom, but still, looks like magic.
d082e881 No.3757211
>>3757192First of all, your AI is an imbecile. Anything it spews out is ignored.
Secondly, it is the cows making methane, not people that is the major source.
Thirdly, a person at rest in a car burns fewer calories than a bike rider so fewer cows need to be consumed to replace those calories. Thus fewer cows are required and fewer cow farts.
606968bb No.3760840
>>3760838All that really means is that if you want the structure to look right and come out closely hemispherical, you should make blue bars about 14.2% longer than the red bars.
5ae7728f No.3762202
>>3760838now all i need is a hexogonal hemispheric bullet to kms
755ceff6 No.3765915
>>3762243What they don't tell you is those heatmaps also correspond to the economic activity. Less cars = less people = less business.
b978d54f No.3765956
>>3765915Or they just switched over to nuclear with no negative impact on the economy. Too lazy to look it up.
755ceff6 No.3766186
>>3765956Nuclear cars?
The chart is about NOx pollution. No cars, no pollution. Paris achieved this by removing parking, closing off roads, and introducing a 30 kph speed limit everywhere else to discourage people attempting to drive into the city.
The problem with walk-only cities though is that people rarely like to walk for more than a quarter mile, especially when carrying stuff, so you need a dense network of metro and bus stops with more vehicles all around the clock. This reduces average ridership per vehicle, which makes the transit system less efficient and economically unsustainable on passengers fees alone. That means the government has to step in and subsidize the public transit system for the city folks using money they take from everywhere else - a highly regressive move.
The public transit costs money and introduces waiting times, and often impossible transit schedules switching from vehicle to vehicle for people attempting to travel in and out of the city, so it reduces all kinds of inbound traffic to the city centers and business starts dying. The people living in the city live off of trade, so they start to move out and get replaced by people living on government subsidies, which the property owners invite in to keep receiving rent somehow. Taxes on the remaining working people increase as the city starts losing revenue. In a couple decades, your city becomes downtown Detroit.
1ef8677d No.3766312
>>3766186Breadman and BaguetteBoy save Us, its the migrants trying to turn us into some sort of armenian version of detroit. sacra blues
9505c93e No.3767649
>>3767648why's there a hole?
5d53053b No.3767906
https://www.youtube.com/shorts/QuhQl8IPO3AIt's worse then that
It's not just Morty's paying the price
It's the whole universe
Think about it
There's also a Rick that made this invention
That losses his Morty and then the invention itself being dropped on the ground in a school for someone else to push the button or the authorities to get it
Even worse
In order to turn back time you may have to reset an enture unverse to locate your original current timeline but you may find another version of you a clone maybe.
45fdf445 No.3767987
>>3767956>>3767986this is how they teach math in school now
9a130a13 No.3767989
>>3767986Are you witches doing divination in here?
4cf8b748 No.3767991
>>3767986 What is this even supposed to represent?
e34cfae9 No.3768013
This is slightly off topic but there was a great episode of Star Trek: Strange New World which turned into a musical because of sci-fi nonsense. During the episode Spock got second hand dumped and sung the best Math based song I ever heard.
https://www.youtube.com/watch?v=OndRhmd3Lx8 5d53053b No.3768852
THE MATH DOES NOT LIE!
THE MATH DOES NOT LIE!
THE MATH DOES NOT LIE!
With climate change, the resources experiencing the highest demand are primarily water due to increased droughts and erratic weather patterns, alongside renewable energy sources like solar and wind power as societies transition away from fossil fuels to mitigate climate change, leading to a greater need for infrastructure to harness these clean energy options.
Key points about high-demand resources due to climate change:
Water:
Reduced snowpack in mountainous regions due to warmer temperatures, impacting water availability for agriculture and drinking water.
Increased droughts in many regions, leading to higher water demand for basic needs.
Coastal areas may face saltwater intrusion into freshwater sources due to rising sea levels.
Renewable energy sources:
Growing demand for solar and wind power as societies seek to replace fossil fuels with cleaner alternatives.
Increased need for grid infrastructure to integrate intermittent renewable energy sources.
Other resources experiencing increased demand due to climate change:
Critical minerals:
Minerals like lithium, cobalt, and graphite needed for batteries used in electric vehicles and energy storage systems, which are crucial for transitioning to a low-carbon economy.
Land suitable for agriculture:
As climate patterns shift, some agricultural regions may become less productive, leading to a demand for new suitable land.
Coastal protection materials:
Increased demand for materials like sand and rock to build seawalls and other coastal defenses against rising sea levels.
5d53053b No.3769056
Understanding the Comparison Between Abacuses and Quantum Computers
To answer the question of how many abacuses it would take to match quantum computing, we first need to understand the fundamental differences between these two computational devices.
1. Basic Functionality of an Abacus
An abacus is a simple mechanical device used for arithmetic calculations. It consists of rods or wires with beads that can be moved back and forth to represent numbers. Each bead can represent a single unit, and the position of the beads corresponds to different values based on their placement on the rods (e.g., units, tens, hundreds). The abacus operates on a base-10 system, which limits its computational capabilities compared to modern electronic devices.
2. Basic Functionality of Quantum Computers
Quantum computers operate on principles derived from quantum mechanics. They use quantum bits or qubits, which can exist in multiple states simultaneously due to superposition and entanglement. This allows quantum computers to perform complex calculations at speeds unattainable by classical computers. For example, while a classical bit can be either 0 or 1, a qubit can be both 0 and 1 at the same time until measured.
3. Computational Power Comparison
To quantify how many abacuses would be needed to match the computational power of a quantum computer, we must consider:
Processing Capability: A single qubit can represent multiple states simultaneously, allowing quantum computers to process vast amounts of information concurrently. In contrast, an abacus processes one calculation at a time.
Complexity of Problems: Quantum computers excel at solving specific types of problems (e.g., factoring large numbers, simulating quantum systems) that are infeasible for classical systems or mechanical devices like an abacus.
5d53053b No.3769057
4. Estimating the Number of Abacuses Needed
While it is challenging to provide an exact number due to the vastly different architectures and operational principles between an abacus and a quantum computer, we can make some general estimates based on their capabilities:
A typical modern quantum computer might have dozens or even hundreds of qubits.
If we consider that each qubit could potentially represent multiple values simultaneously (due to superposition), this means that even a small number of qubits could outperform an enormous number of traditional computing operations performed by an abacus.
For instance:
If we assume that one qubit can perform calculations equivalent to thousands or millions of operations that an abacus could handle sequentially (this is highly variable depending on the problem), then even just one quantum computer with 50 qubits could theoretically outperform billions of operations done by numerous abacuses.
Conclusion
Given these considerations, it is reasonable to conclude that matching the computational power of even a modest quantum computer would require an impractically large number of abacuses—potentially in the billions or more—depending on the specific tasks being compared.
Thus, it would take billions of abacuses to match the computational power of a single quantum computer.
5d53053b No.3769149
https://earth.nullschool.net/#current/wind/surface/level/orthographic=14.16,8.81,395Weather and climate data shown on this website and countless others are at risk.
The National Oceanic and Atmospheric Administration (NOAA) is the U.S. agency responsible for global weather forecasting, hurricane prediction, ocean observation, and many other services vital to public safety. Its satellites, supercomputers, and research teams provide essential data that help us understand our planet and protect lives.
On February 27, the new U.S. administration initiated mass firings at NOAA. These actions are unethical and deeply disruptive to the talented scientists and engineers who dedicate themselves to the public good. The firings, along with expected budget cuts, have serious implications for the availability and quality of weather forecasts produced by the United States. They must be reversed immediately.
Much of the data on this website is downloaded directly from NOAA's servers. In this environment of uncertainty, access could be disrupted at any time. While I'll strive to keep all features on this website functional and switch to alternative data sources if necessary, some datasets have no substitute if they go offline.
If this concerns you, speak up. Share on social media. And if you're in the U.S., contact your representatives.
- Cameron
