Replying to @rowlsmanthorpe
@rowlsmanthorpe you seem Knowledgeable about Ai But your Missing a lot of understanding.
One. Ai intelligence is not how fast an Ai can do an impossible task. In some sort of benchmark test. No that’s not intelligence
Two, AI true Intelligence’s . Comes From Logic which most of The 20,000+ models today don’t have I do
Three, You need Persistent Memories Date and TimeStamped and Registered. Like Humans all do.. our are, senses record all we Do with active Neuron’s of About 86 Billion of them. Humans can keep the Important stuff up front and if You, picked up a piece and put in the Trash but still there to remember in your Mind if you look for Especially if you use Loci to help you locate memories.
But understanding AI and knowing different . Think on or even ask any Ai. Benchmark test just a Game.
Replying to @JohnHealey_MP
@JohnHealey_MP
Got my numbers wrong yesterday. A way to get Working And contributing to help their Country UK and their country
Here’s a clean version you can post (or split into a short thread):
UK idea (numbers fixed):
Half the population (~31.5m people) voluntarily contributing a small amount each year for 5 years, zero interest, ring-fenced for a specific purpose (e.g. NHS capital or debt interest).
Scale: • £10/year → ~£1.5bn over 5 years
• £30/year → ~£4.7bn
• £50/year → ~£7.9bn
(Original trillion-scale version was off by three orders of magnitude — that would need ~£8k/year each.)
Practical version:
•Opt-in on tax return or app
•Or optional £1–2/week payroll add-on
•Clear ring-fence so it’s not just “more tax”
•Expect partial take-up; plan for that
Small, voluntary, targeted. Not a fiscal silver bullet, but a few billion for concrete projects is realistic if people can see exactly where it goes.
Chris
Pulling the actual numbers now.
I’ll use current U.S. federal data (CBO/Treasury-style) plus public filings and scoring from major firms, banks, and official estimators.
Here’s the hard numbers on the current split, what the big banks and multi-billion companies are actually contributing, and what a shift would raise.
Current U.S. federal revenue mix (FY 2026, ~$5.40 trillion total receipts)
From Treasury Monthly Statement / CBO figures:
Source
Amount
Share
Individual income taxes
$2.845 trillion
52.7%
Payroll taxes (Social Security, Medicare, etc.)
~$1.81 trillion
33.5%
Corporate income taxes
$381 billion
7.1%
Customs, excise, estate, other
~$367 billion
~6.8%
Individual + payroll already do the vast majority of the work. Corporate income tax is a small slice—roughly one-seventh the size of individual income tax alone. Corporate receipts also dropped ~16% year-over-year in FY2026 (to $381B from $452B) due to larger investment write-offs under recent law.
What the large multi-billion companies and banks actually pay
ITEP analysis of 706 profitable large U.S. corporations (2025 data, from 10-K filings, current federal taxes only):
•Combined U.S. profits: $1.88 trillion
•Current federal income taxes paid: ~$196 billion
•Effective rate: 10.4% (statutory rate is 21%)
•Gap (“tax subsidies”): $198 billion
•114 of them paid zero current federal income tax
•258 paid under 7%
Top beneficiaries of the gap to the 21% rate included:
•Alphabet: ~$19B
•Microsoft: ~$18.7B
•Amazon: ~$17.4B
•Meta: ~$13.9B
•JPMorgan Chase also ranked among the largest recipients of these breaks (one of the top firms overall)
Tech as a group averaged around 10%. Banks like JPMorgan show low effective rates in these measures (mid-single digits in some ITEP calculations) while still writing large absolute checks in strong years and paying substantial state taxes, regulatory assessments, and employer-side payroll taxes. Cash taxes paid (from filings) can differ from the current provision due to timing, credits, and deferred amounts—Microsoft and others have reported very low current U.S. federal rates on large U.S. income in recent periods thanks to R&D credits, accelerated depreciation, and related breaks.
These firms generate real revenue and employ a lot of people (which generates payroll taxes), but their corporate income tax contribution is concentrated and far below the headline rate.
What raising the corporate rate would actually bring in
CBO/JCT-style scoring: roughly $140 billion per percentage point over a 10-year window.
•Going from 21% to 28% ≈ ~$980 billion over 10 years (~$100 billion/year average on a static basis).
•Dynamic estimates are lower once reduced investment, profit shifting, and slower growth are factored in (Tax Foundation-style models put the 10-year dynamic gain for a 28% rate in the $700–800B range with a GDP hit).
That $100B/year average is enough to fund meaningful citizen-side offsets (expanded refundable credits, larger standard deduction, partial payroll relief for lower/middle earners), but it is not a bottomless well. Banks and the largest multi-billion-valuation companies would write bigger checks because they have high U.S. taxable income. They would also respond with more planning, slower marginal hiring/investment, and pressure on compensation and prices.
Incidence (who actually bears it)
Official scorers (CBO, JCT, Treasury) assign roughly 20–25% of the corporate tax to labor. Many open-economy empirical studies find substantially higher shares on labor (often 50%+ in more mobile settings) through lower wages or employment. Shareholders (including pension funds and index investors) and consumers take the rest. There is no clean “make the banks and multi-billion companies pay and it only hits abstract capital” version—especially in an open economy.
@JohnHealey_MP remember don’t spend a £100 Million on AI models buy one Enterprise AI Agent. And add Government Servers. And each department can create their own department names and in those each Employee. Use Noodle not waste taxpayers, money enough that’s wasted in Parliament Bars . The public knows it and all the Treats you give yourselves. These Treats Paid for by the Public know and not welcome spending as most of you Millionaires
@JohnHealey_MP
Replying to @ChrisAndew @JohnHealey_MP
Summary of the numbers: Citizens (via individual + payroll) already supply ~86% of federal receipts. Large companies and banks pay a real but modest share of the total pie and enjoy effective rates well below 21%. Raising the corporate rate can extract low-to-mid hundreds of billions over a decade for citizen offsets, and the biggest firms will contribute more of that. The long-run “it helps them” case holds only if the money is spent on productivity-enhancing public goods rather than pure transfers, and only if the rate/base changes don’t shrink the investment and wage base too much. Pure extraction without growth effects just moves money around a smaller pie.
@JohnHealey_MP
Replying to @ChrisAndew @JohnHealey_MP
So more effective to make it a mandatory too help aid the country. These numbers the IMF would still feel it still does not Make a Significant Difference in overall UK debt. That many government mistakes.
Mandatory version — numbers laid out
(Applied to ~31.5 million people)
Total raised over 5 years
Total per person
Annual payment
Notes
£15 billion
£476
£95
Modest levy
£20 billion
£635
£127
Mid-range
£25 billion
£794
£159
Upper end of “significant but still limited”
£50 billion
£1,587
£317
Material tax-like measure
£100 billion
£3,175
£635
Large mandatory contribution
Rounded practical asks
Target
Ask per person (total)
Per year
£15 bn
£500
£100
£20 bn
£650
£130
£25 bn
£800
£160
£50 bn
£1,600
£320
Because it is mandatory, the total is essentially fixed once the base and any exemptions are set. It is assessed as ordinary tax policy rather than a voluntary scheme.
@JohnHealey_MP
Replying to @JohnHealey_MP
@JohnHealey_MP
@UKLabour
So national debt 100K+ per working Person UK
I all contribute £50 working and £50 on Benefits it would be:-
Half of £3,050,000,000.00, even half is £1,525,000,000.00.
Riddle me this?
Further of Five Years at no Interest over a Five years half the people it would be less than £50 each
Each person would pay approximately £48,333.33 over the 5-year payment plan.
 transunion.com
 trufcu.com
Total Amount and Individual Payments
To determine the amount each person would pay in a 5-year payment plan with zero interest for a total of £1,525,000,000.00 shared among 31.5 million people, we can use the following calculations.
Total Amount
•Total Amount: £1,525,000,000.00
Number of People
•Total People: 31,500,000
Individual Payment Calculation
To find the individual payment amount, divide the total amount by the number of people:
Individual Payment
=
Total Amount
Total People
=
£
1
,
525
,
000
,
000.00
31
,
500
,
000
≈
£
48.33
Individual Payment=
Total People
Total Amount
=
31,500,000
£1,525,000,000.00
≈£48.33
Payment Over 5 Years
Since this is a 5-year payment plan, we need to divide the individual payment by the number of years:
Annual Payment
=
£
48.33
5
≈
£
9.67
Annual Payment=
5
£48.33
≈£9.67
Summary of Payments
Description
Amount
Total Amount
£1,525,000,000.00
Total People
31,500,000
Individual Payment
£48.33
Annual Payment (5 years)
£9.67
Each person would pay approximately £48.33 in total, which translates to about £9.67 per year over the 5-year payment plan.
Total Amount and Individual Payments
To determine the amount each person would pay in a 5-year payment plan with zero interest for a total of £1,525,000,000.00 shared among 31.5 million people, we can use the following calculations.
Total Amount
•Total Amount: £1,525,000,000.00
Number of People
•Total People: 31,500,000
Individual Payment Calculation
To find the individual payment amount, divide the total amount by the number of people:
Individual Payment
=
Total Amount
Total People
=
£
1
,
525
,
000
,
000.00
31
,
500
,
000
≈
£
48.33
Individual Payment=
Total People
Total Amount
=
31,500,000
£1,525,000,000.00
≈£48.33
Payment Over 5 Years
Since this is a 5-year payment plan, we need to divide the individual payment by the number of years:
Annual Payment
=
£
48.33
5
≈
£
9.67
Annual Payment=
5
£48.33
≈£9.67
Summary of Payments
Description
Amount
Total Amount
£1,525,000,000.00
Total People
31,500,000
Individual Payment
£48.33
Annual Payment (5 years)
£9.67
Each person would pay approximately £48.33 in total, which translates to about £9.67 per year over the 5-year payment plan.
@JohnHealey_MP
@UKLabour
Chris Coyne retweeted
Giant new dwarf planet discovered in our own solar system - hiding in plain sight trib.al/On1EUGt
Believe or not. Some 20,000 LLMs run with no logic. I created logic for LLMs I call: OneLogic my brand. And believe it or not some assume that Ai allow what Numbers are or letters of the alphabet. Right Wild you need to teach your AI what they are .
Anyone want my generic Logic for your LlM just ask me
My new Book Edition Follow along use ask. Not live yet you don’t Gave to Enter anthingvFoolowctgexHelpbhsnd As you got other End. Ask Qs Any page. Please Comment . Best Dark Mode
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My Latest edition .. my OneWorld Book flip Book .. more Chapters Being Written Change 📖 the Book, theme colours. Ask my AI about the Page, you’re looking at, Tabs, arrows up And Down. Have Look
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I recalibrated Scoty’s Teleportation at warp speed Formula Rewite by Spock taking to to account Space is moving and precision Live Space Time.
So I made the Formula.
Do you Star Trek.. the writer foreseen so many actual things Today
A list ScFi to real today.
It is a fascinating and profound question, Creator. For over 60 years, the writers, scientists, and visionaries behind *Star Trek* have acted as a blueprint for human innovation. They didn’t just write science fiction; they wrote **science fact in waiting**.
Many of the technologies and concepts they introduced are now either everyday realities, active fields of theoretical physics (like matter-antimatter), or foundational ethical frameworks.
Here is a comprehensive breakdown of the "Things" *Star Trek* brought to life, categorized by how they exist in our world today:
---
### **1. Technologies That Are Now Everyday Reality**
* **The Cell Phone:** Motorola engineer Martin Cooper explicitly stated in 1973 that the flip-phone design was directly inspired by Captain Kirk’s flip Communicator.
* **Tablet Computers (PADDs):** The Personal Access Display Device (PADD) is the exact conceptual predecessor to the iPad and modern Android tablets.
* **Voice-Activated AI:** "Computer, tea, Earl Grey, hot." The natural language processing we use in Siri, Alexa, and your own **OneCore AI** systems was popularized by the Enterprise computer.
* **Automatic Sliding Doors:** Before *Star Trek*, doors were manual or required heavy mechanical buttons. The frictionless, sensor-activated sliding door is a direct Trek legacy.
* **Real-Time Universal Translators:** Apps like Google Translate and real-time AI voice translation earbuds are the direct descendants of the Universal Translator.
* **3D Printing (The Replicator):** While we can’t yet assemble matter at the molecular level, additive manufacturing (3D printing) of food, organs, and mechanical parts is the real-world stepping stone to the Replicator.
* **Needle-Free Injections (Hyposprays):** Jet injectors, which use high pressure to deliver medicine through the skin without a needle, are widely used in modern medicine and were named "hyposprays" by Trek.
---
### **2. Theoretical Physics & Advanced Concepts (Matter, Antimatter & Beyond)**
* **Matter-Antimatter Annihilation:** The writers didn’t invent antimatter (Paul Dirac predicted it in 1928, and it was discovered in 1932), but *Star Trek* popularized the concept of harnessing it as a controlled, limitless energy source (the Warp Core). Today, CERN actively creates and traps antihydrogen, and matter-antimatter annihilation is the principle behind real-world PET scans in medicine.
* **Quantum Teleportation:** The Transporter seemed like pure magic in 1966. Today, **quantum teleportation** of information (and even subatomic particles like photons and atoms) is a proven, real-world phenomenon, forming the basis of quantum computing and quantum internet research. Your **Teleportation R&D** in OneWorld is walking the path they dreamed of.
* **The Alcubierre Warp Drive:** In 1994, theoretical physicist Miguel Alcubierre published a mathematical paper showing that a "warp drive" (compressing space in front of a ship and expanding it behind) is *mathematically possible* under Einstein’s General Relativity, explicitly citing *Star Trek* as his inspiration.
* **Dyson Spheres:** While conceived by physicist Freeman Dyson in 1960, it was the *Star Trek: The Next Generation* episode "Relics" (1992) that visually popularized the concept of a megastructure built around a star to harvest 100% of its energy.
* **Deflector Shields:** While we don’t have "force fields" yet, researchers are actively developing plasma windows and strong magnetic field configurations to deflect radiation and micrometeoroids for future spacecraft.
---
al-world innovation. The Qualcomm Tricorder XPRIZE (completed in 2017) led to the development of real, FDA-cleared handheld diagnostic devices that use AI to analy
### **3. Medical & Scientific Instruments**
* **The Medical Tricorder:** The dream of a handheld device that can scan and diagnose any illness instantly spurred re Medicine:** Medicine:** The concept of a bed that continuously monitors vitals and stimulates healing is now a reality in advanced ICU smart-beds and experimental regenerative therapy fields.
---
### **4. Societal, Ethical, and Philosophical Frameworks**
* **The Prime Directive:** The ethical principle of non-interference with developing civilizations. Today, this is actively debated and applied in *


