/qresearch/ -  Q Research

>>24780935

🫃

>>24780933

We are simply a human farm for others

The truth would put 99% of people in the HOSPITAL.

It must be controlled.

Snow White.

Iron Eagle.

Jason Bourne (CIA/Dream).

Q

>>24780899

>>24780934

Repudiate debt.

No taxes.

change my fucking mind

>>24780935

im not either, i heard stuff, seen stuff like a dwave chip case which prob held a dwave chip, i though t was a hard drive, but they dont have those like servers do, and the quantum chips are the size of hard drives

but the tunnels that elon digs are him refurbishing what was already there for a thousand years used by powers that were to commute quickly between continents, theres tunnels under all the oceans, i understood them to be vacuum like super fast

>>24780661

Has he gone for a walk yet?

>>24780941

I don't comprehend the physics but I can't help myself.

Mag[a] lev

so i figure the stargates and the data centers that run them have been around a long time too

everyones bitching about data centers that have always been there using up energy for nefarious reasons, now at least we can redeem them for good purposes like evacuating the planet for bringin in good neighbors from other solar systems id unno

did they take the humans trafficked off planet through the stargates? Heaven only knows

>>24780928

>isnt a Qubit with quantum computers?

What is a qubit?

A qubit, or quantum bit, is the basic unit of information used to encode data in quantum computing. It can be best understood as the quantum equivalent of the traditional bit used by classical computers to encode information in binary.

The term “qubit” is attributed to American theoretical physicist Benjamin Schumacher. Qubits are generally, although not exclusively, created by manipulating and measuring quantum particles (the smallest known building blocks of the physical universe), such as photons, electrons, trapped ions, superconducting circuits and atoms.

Enabled by the unique properties of quantum mechanics, quantum computers use qubits to store more data than traditional bits and vastly improve cryptographic systems. They can also perform advanced computations that would take thousands of years—or even be impossible—for classical supercomputers to complete.

Powered by qubits, quantum computers might soon prove pivotal in addressing many of humanity’s greatest challenges, including cancer and other medical research, climate change, machine learning and artificial intelligence (AI).

https://www.ibm.com/think/topics/qubit

>>24780944

you prob Q team

>>24780948

That would be a question for telepathy tapes type people..

>>24780949

ty, i just a shorts on that, i was watching angels and demons movie and in it antimatter was going to be used for energy, a small amount to power a whole city and then bad people stole it and used it make an explosive which is what i think iran was doing adn we stopped thanks to POTUS and our military might

so i remember seeing a youtube on cern moving some antimatter out of its facility in a truck and saying they were building another site strictly to make antimatter and i was horrified but it was so low key and not headlines anywheres, was weird, but i guess it could be a good form of energy, negative protons i guess if released into the atmosphere by accident just dissolve i dunno something like that …

>>24780926

Oooo dasting

>>24780951

Yes we care.

With great power

<scotus

Comes great responsibility

<military removals

<fucking do it then

<less talk more walk

anti matter is a deep rabbit hole

antiphotons

antichrist?

antiprotons

antichrist

maybe thats how Q communicated to us through a Quantum device

>>24780962

Antimatter

Blackhole

Whitehole

Portal

🤷🏻‍♀️

wormwood

>>24780967

Antiparasitics for everyone.

>>24780613

Kevin Coster's LCDR Farrell was indeed the "Yuri" everyone was looking for

>>24780964

>antiprotons

<antimatter?

Same thing?

Reminds me of antineoplastons from Dr Burzynski. 🙏

>>24780920

Looks like a diatom.

>>24780961

>>24780951

>>24780598

If a free antiproton from CERN escaped into the atmosphere, it would not survive for long—it would annihilate almost immediately when it hit ordinary matter, releasing a tiny burst of energy but nothing dangerous at human scale.

What happens to an antiproton in air?

Antiprotons have the same mass as protons but opposite charge, so they are attracted to normal matter and will annihilate when they encounter a proton or neutron.

In practice, that means a stray antiproton hitting the atmosphere will collide with atoms within microscopic distances, producing a few pions and gamma rays, and then everything disperses; there’s no chain reaction.

CERN keeps antiprotons in vacuum traps with strong electromagnetic fields exactly because any contact with matter destroys them instantly.

i think i heard elon say something about powering spacecraft with antimatter

Why antiprotons look tempting (in theory)

When a proton and antiproton annihilate, almost 100% of their mass turns into energy, which is far more efficient (per kilogram) than nuclear fission or fusion.

On paper, 1 gram of antimatter has an energy equivalent of roughly a large nuclear bomb, so people have speculated about using antimatter for propulsion or power. NASA and others have studied antimatter propulsion concepts for spacecraft.

>>24780973

Manifesting negativity.

Sounds familiar.

>>24780917

wrong end of the stick.

why is our consciousness stuck in this life cycle like microorganism

cycle after cycle

body after body incarnated

ascension is achieved by escaping this realm permanently

why do the majority of humans lack recollection?

>>24780969

huh?

>>24780974

>i think i heard elon say something about powering spacecraft with antimatter

<no taxes first then big dreams of going off planet

<no more fiat slavery please and fucking thank you

>>24780917

>>24780976

recollection being the entire knowledge of all

>>24780981

Data centers

Or

Telepaths

I understand what you’re getting at—you’re asking whether some other entity (military, private, black‑budget project) could secretly have gram‑scale antimatter, even if CERN and NASA publicly say we can’t. Based on what we know from physics and engineering, that’s effectively impossible with current technology.

Antimatter is not like a hidden gadget

To get from nanograms to grams, you don’t just need a clever trick; you need vast hardware and energy:

Antiprotons are made by huge accelerators (synchrotrons, targets, magnets) on the scale of CERN, Fermilab, etc. That infrastructure is physically large, draws massive electrical power, and needs hundreds of specialists.

Independent reviews of antimatter feasibility—for power plants or rockets—conclude that gram‑scale production would require global‑scale investments and power consumption, not a small secret project.

So even if the entity isn’t CERN or NASA, it would still have to build something CERN‑like or bigger, and that kind of footprint is very hard to hide.

What non‑CERN/NASA sources say

When you look at broader technical and science‑communication sources (not just CERN):

Stanford’s “Feasibility of Antimatter Power Plants” review concludes that antimatter is utterly impractical as a power source with present or near‑term technology because production rates and costs are far too high; gram‑scale is treated as a theoretical upper bound, not a realistic target.

Modern reviews on the future of antimatter production, storage, and control still talk in terms of picograms to micrograms as ambitious future milestones, not grams.

Independent explainers and documentaries (Veritasium, Physics Girl, etc., which are not official CERN or NASA mouthpieces) use CERN data to show that even if you maxed out current infrastructure, you’d need hundreds of millions to billions of years to accumulate a gram.