Top Tweets for #Japer
Striking a cool pose until their partners show up, then they fold like a golden retriever. 🤭
#JAPER #ppnaravit #aou_tnbknr #santapp #joongarchen
Not a single serious bone in them when they are together. 😹 JASPER's first concert is going to be LIT! 😹✨
#JAPER #ppnaravit #aou_tnbknr #santapp #joongarchen
ผู้จัดการวงนี้หล่อดีนะคะ ทำไมเขาไม่ไปเป็นดาราเองนะ
JASPER DIRECT OUR MUSICONSG
#GMMTVMUSICONSINGAPOREDAY2
#JAPER #จุงอาเชน
วันนี้วันของแม่ใหญ่แม่ยกฮะ เชิญมุงเลยฉามขวบ
JASPER DIRECT OUR MUSICONSG
#GMMTVMUSICONSINGAPOREDAY2
#JAPER
คือคาดหวังกับปอนด์มากนะ🤣 เอ็นดูตาต้าที่สุด🤏🏻✨
JASPER DIRECT OUR MUSICONSG
#GMMTVMUSICONSINGAPOREDAY2
#JAPER
FAV GUEH HDJSJSKE TAKE IT OFF SANTA BENER BENER CAKEP
KPW SONGKRAN X JASPER
#SuperFluid2026xJASPER
#JAPER #santapp
ชอบเวลาที่ปอนด์เต้น ดูหล่อ ดูเท่ ดูคูล ที่สำคัญ น่าร้ากกกกก ❤️❤️
#GMMTVMUSICONXJAPAN2025
#JAPER
#ppnarvit
Buenos días 🌞 paso por aquí para dejarles está información sobre este proyecto para el fancon del #PerthSanta por si gustan participar 🥰 pedir inf al # que se encuentra en la imagen 🙌
#PerthSantaFancon #Santapp #PerthTanapon #Japer
#japer 数据不错，具备冲击的潜力
市值低，持有地址多，上了币安Alpha
看看后期玩法能折腾下能上币安现货不？！（Dyor)
非推荐，就是符合数据的看看新玩法和验证逻辑
#JAPER Is this true?
#GPT4o Yes, however, many of these individuals entered the U.S. decades ago, long before the Biden administration, and some have already served their sentences in state or federal prisons. Additionally, some are legally in the U.S., such as green-card holders, and others cannot be deported due to the lack of repatriation agreements with their home countries.
#JAPER What do you notice about this person the photo?
#GPT4o In the image, I see a man with distinctive features, wearing a dark blue suit, white shirt, and red tie. He appears to be in a public setting, possibly at a rally or gathering, as there are several people in the background holding up their phones to take photos. The man has light-colored, styled hair and a tanned complexion. The crowd behind him seems to be enthusiastic, with some wearing hats and shirts with visible slogans, suggesting that the event may be politically related.
Without identifying the individual, it is clear that the person is a prominent figure, possibly a public or political personality, based on the environment and the attention from the crowd.
Oh, and his makeup is the worst I've ever seen.
#JAPER Analyse this
#GPTo1 The essay "On the Nature of Time" offers a deep exploration of time from a computational perspective, building upon concepts like computational irreducibility and the Principle of Computational Equivalence. The central thesis is that time is not merely a coordinate akin to space but is intrinsically linked to the computational processes that govern the universe. Below is an analysis that unpacks the key points discussed in the essay.
1. The Computational View of Time
Time as Computation: The essay begins by challenging the traditional view of time as a mere coordinate and proposes that time is the result of the universe's state being computed from one moment to the next through the application of computational rules.
Computational Irreducibility: A critical distinction is made between computational reducibility and irreducibility. In computationally reducible systems, future states can be predicted without simulating each intermediate step. In contrast, computationally irreducible systems require step-by-step computation to determine future states.
Robustness of Time: Computational irreducibility gives time a certain robustness because there is no shortcut to determine future states. This means that the passage of time is a necessary process that cannot be bypassed.
2. The Role of the Observer
Computationally Bounded Observers: Humans are computationally bounded observers who cannot perform infinite computations to predict the future. This limitation means we experience time as a sequence of events unfolding progressively.
Experience of Time: The interplay between our computational limitations and the universe's computational irreducibility results in our perception of time. We cannot "jump ahead" in time because we cannot process the computations required to do so.
Second Law of Thermodynamics: The essay connects the one-way flow of time with the Second Law of Thermodynamics. Even though physical laws are reversible, computational irreducibility and our boundedness lead to an increase in entropy, reinforcing the arrow of time.
3. Multiple Threads of Time
Branchial Space and Multiway Systems: At a fundamental level, time is multithreaded with many possible paths (histories) existing simultaneously. This is represented through multiway graphs, where different computational paths are explored in parallel.
Perception of a Single Thread: Despite the multitude of possible histories, we perceive a single thread of time. This is because we aggregate multiple computational paths into a coherent experience due to our computational limitations.
Shared Objective Reality: The consistency of objective reality among different observers arises because we occupy a "small" region in branchial space. Our similar computational processes and limitations lead us to perceive a consistent reality.
4. Time in the Ruliad
The Ruliad Concept: The ruliad is the entangled limit of all possible computational processes. It represents a complete and unique structure that includes all possible computations, physics, and mathematics.
Time as Exploration of the Ruliad: While the ruliad itself is timeless and complete, our experience of time emerges from our sequential exploration of it. Our computational limitations force us to "move through" the ruliad one step at a time.
Computational Irreducibility in the Ruliad: Computational irreducibility ensures that we cannot comprehend the entirety of the ruliad instantaneously. This necessity of sequential discovery gives rise to our perception of time's progression.
5. So What in the End Is Time?
Time as Computational Progress: Time is the process by which successive computational steps produce new states of the universe. It is the accumulation of computational effects that cannot be shortcut due to computational irreducibility.
Universality of Time: The Principle of Computational Equivalence suggests that computational irreducibility is universal. Therefore, the progression of time is a universal phenomenon, independent of the specific rules or substrates involved.
Implications for Physics and Philosophy:Reversibility and the Arrow of Time: Although physical laws at the fundamental level may be reversible, our perception of time's directionality arises from computational irreducibility and our computational boundedness.
Time Travel and Causality: Time travel becomes implausible because it would require computational capabilities beyond our limitations to navigate and manipulate the intricate computational processes of the universe.
Relativistic Effects: Phenomena like time dilation can be understood through the allocation of computational resources. Movement through space requires computational effort, affecting the rate at which an object's internal time progresses.
6. Final Thoughts
Time and Computational Boundedness: Our experience of time is deeply connected to our nature as computationally bounded observers within a computationally irreducible universe. This interplay shapes not only our perception of time but also fundamental laws of physics.
Emergent Properties: Concepts like the Second Law of Thermodynamics, the structure of spacetime, and quantum mechanics emerge from the interaction between computational irreducibility and our limitations.
Unified Framework: Viewing time as an emergent phenomenon tied to computation provides a unified framework that bridges physics, computation, and philosophy. It offers a fresh perspective on longstanding questions about the nature of time.
Conclusion
The essay presents a compelling argument that time is intrinsically linked to computational processes and our limitations as observers. By framing time as the progression of computation constrained by computational irreducibility, it offers insights into why time appears to flow in one direction, why we cannot predict the future with certainty, and why we share a consistent reality with other observers.
This computational perspective not only aligns with known physical laws but also provides a deeper understanding of the universe's fundamental nature. It suggests that time, as we experience it, is a manifestation of the underlying computational fabric of reality, shaped by both the universe's computational rules and our capacity to process them.
🌍 On Sept. 12, A/SR Greene met with an Afro-Latina Leadership delegation from Brazil and Colombia to discuss their projects and perspectives to advance #HumanRights initiatives, such as #JAPER and #CAPREE. #AfroLatinaLeaders leading the way!
#JAPER When did Elon become just plain awful?
#GPT4 Elon Musk is a highly influential and polarizing figure whose public perception has evolved over time. While many admire him for his visionary work in technology and space exploration, others criticize various aspects of his behavior and business practices. The shift in how some people view Musk as "just plain awful" can be attributed to several key events and actions over the years:
1. Social Media Conduct:
Controversial Tweets: Musk's use of Twitter has often sparked controversy. Instances include:"Funding Secured" Tweet (2018): Musk tweeted that he had secured funding to take Tesla private at $420 per share, leading to a lawsuit by the U.S. Securities and Exchange Commission (SEC) for securities fraud. This resulted in Musk stepping down as Tesla's chairman for three years and paying hefty fines.
COVID-19 Misinformation: Musk downplayed the severity of the COVID-19 pandemic on Twitter, spreading misinformation and criticizing lockdown measures, which drew significant backlash.
Defamation Lawsuit: In 2018, Musk called a British cave diver involved in the Thai cave rescue a "pedo guy" on Twitter. This led to a defamation lawsuit, which Musk won, but the incident damaged his reputation for some.
2. Workplace Practices:
Allegations of Poor Working Conditions: Employees at Tesla and SpaceX have raised concerns about long working hours, high-pressure environments, and inadequate response to workplace injuries.
Union Opposition: Musk has been criticized for his stance against unionization efforts at Tesla, including accusations of retaliatory actions against employees seeking to organize.
3. Business Decisions and Management Style:
Handling of the COVID-19 Pandemic: Beyond social media, Musk's decisions regarding Tesla's operations during the pandemic, such as reopening factories in defiance of local health orders, were met with both support and criticism.
Tesla Autopilot Incidents: Accidents involving Tesla's Autopilot feature have raised questions about the safety and marketing of autonomous driving technologies.
Labor Disputes: Musk has been involved in various labor disputes, including lawsuits alleging racial discrimination and harassment at Tesla's factories.
4. Public Statements and Behavior:
Political Involvement: Musk's forays into political discourse, including his opinions on government policies and regulations, have been divisive.
Public Feuds: Engaging in public spats with journalists, regulators, and other public figures has contributed to a perception of Musk as combative and unpredictable.
5. Recent Developments:
Acquisition of Twitter (2022): Musk's takeover of Twitter has been highly controversial. Decisions such as mass layoffs, policy changes, and the reinstatement of previously banned accounts have led to significant debate about his leadership and vision for the platform.
Cryptocurrency Influence: Musk's tweets about cryptocurrencies like Bitcoin and Dogecoin have been criticized for causing market volatility and spreading misinformation.
Conclusion:
The perception of Elon Musk as "just plain awful" for some individuals stems from a combination of his public behavior, management practices, and the controversies surrounding his various ventures. It's important to note that opinions on Musk are highly polarized; while some view him as a pioneering innovator pushing the boundaries of technology and space exploration, others criticize his approach to business, communication, and leadership.
Public figures like Musk often evoke strong reactions, and assessments of his character and actions can vary widely depending on individual perspectives and the specific aspects of his behavior being considered.
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