Angela Gorman

Conscious observer questioning everything | President @AMWPR | Co-Publisher @ImpactWealthMag | Infinitely Curious

[Andrew Côté @Andercot]

The ability to manipulate reality with your thoughts is forever inaccessible to skeptics, because the only true superpower is belief.

[Math Files @Math_files]

In 1798, a scientist effectively “weighed” the Earth — without leaving his laboratory.

The English scientist Henry Cavendish designed an incredibly sensitive experiment.

Inside a quiet wooden shed, he hung a horizontal rod from a very thin wire. Two small lead spheres were attached to the ends of the rod.

Nearby, he placed two much larger lead balls.

Because of gravity, the large spheres slightly pulled the smaller ones. The force was extremely tiny — so small that the rod twisted by only a minute fraction of a degree.

Yet that tiny twist held a big secret.

By carefully measuring this small movement, Cavendish determined the strength of the gravitational attraction between objects.

From this, scientists could calculate the mass of the entire Earth.

His estimate was remarkably close.

Cavendish calculated Earth’s mass to be about 6 × 10²⁴ kilograms, while modern measurements give 5.97 × 10²⁴ kilograms.

Sometimes the biggest discoveries come from measuring the smallest forces.

[Angela Gorman @xangela]

@vladtenev Love this vibe!

[Angela Gorman @xangela]

@fortelabs @elonmusk And @elonmusk has the asteroid Tesla directly conjunct his career point in astrology, the Midheaven, what you become known for in the public eye.

[Angela Gorman @xangela]

An amazing win!! #teamusa all the way

[USA Hockey @usahockey]

THE GOAL HEARD AROUND THE WORLD 🥇🥇 #WINTEROLYMPICS

[Vlad Tenev @vladtenev]

The Great Wealth Transfer is present tense. The next generation is already here.

[Massimo @Rainmaker1973]

Fewer than 100 people worldwide are known to have this extraordinary condition.

A rare instance of hyperthymesia—also called highly superior autobiographical memory (HSAM)—offers a striking glimpse into how the human brain can construct a vivid, structured, and navigable mental landscape of a lifetime's experiences.

Picture entering a mental "white room" where every personal moment is meticulously archived: memories filed in binders by theme, chronology, and emotional tone, or visualized as photographs and text messages on shelves. For a 17-year-old French high-school student referred to as TL, this is her everyday experience—not a metaphor, but a controlled cognitive reality.

TL, one of the fewer than 100 documented cases of hyperthymesia, can voluntarily "re-experience" past events with full sensory detail, often from multiple perspectives, and even choose to compartmentalize difficult memories (such as sealing painful ones away in a mental chest) while shifting focus to calmer "rooms" to regulate emotions like anger.

What sets TL apart is her ability to also "pre-experience" future scenarios with comparable vividness and emotional richness—a capacity known as episodic future thinking. This allows her to mentally simulate upcoming personal events as if they are already unfolding.

Researchers describe her memory system as a sophisticated, self-organized architecture that she accesses at will, providing exceptional voluntary control over autobiographical recall—unlike many others with hyperthymesia who find their memories intrusive or overwhelming.

By studying TL's unique case, scientists gain valuable insight into the neural mechanisms of mental time travel: the ability to flexibly revisit the past and project into the future. This reveals memory not merely as passive storage, but as a dynamic, spatially and emotionally structured framework that shapes personal identity and our sense of continuity across time.

The findings, detailed in a 2025 case study, highlight how such exceptional cognitive organization may deepen our understanding of human consciousness and autobiographical memory.

[La Corte, V., Piolino, P., & Cohen, L. (2025). Autobiographical hypermnesia as a particular form of mental time travel. Neurocase. Advance online publication. DOI: 10.1080/13554794.2025.2537950]

[Vlad Tenev @vladtenev]

Compounding applies to learning too. Small improvements add up fast. AI shrinks the loop from idea to test to lesson. More reps per week changes everything.

The edge is evaluation. Run more experiments, pick better, repeat.

[Massimo @Rainmaker1973]

The impressive absence of splash in the water after the dive of 17 year old Chinese athlete Quan Hongchan.

[🧬Maxpein🧬 @maximumpain333]

Terrence Howard blew everyone’s minds when he said that all the elements in the world are really just different versions of the same thing, each with its own “musical note,” and that playing the right note — like the one for beryllium — could magically split water into hydrogen and oxygen, but that this secret has been hidden from people.

Howard suggested that elements possess a "tone" or a specific frequency. He claims, for instance, that hydrogen has the same musical key, the key of E, as carbon. He provides specific frequencies, stating hydrogen is at 40.5 Hertz, and as you move to related elements, this frequency doubles.

For example, he says the next element would be 81 Hertz, silicon would be 162 Hertz, and cobalt would be 324 Hertz. He connects this idea of tone to color, explaining that light and sound are related through wavelengths.

By repeatedly dividing the wavelength of light, one can arrive at its audible sound frequency. Howard mentions that these ideas are based on a fundamental relationship between light and color, sound and tone, and matter and shape.

He contrasts the standard periodic table with one created by Walter Russell, which he describes as "unwinding" like a vortex.

Howard says he envisioned this concept at a young age, seeing the elements arranged in a circle, expanding outwards like a rag being wrapped around a hand.

In this model, elements such as hydrogen, carbon, silicon, and cobalt are all connected because they sit at a midpoint between two noble gases. He posits that these elements are not distinct but are all manifestations of a single substance.

Howard explains that hydrogen is the first element humans can perceive because anything before it is too dense.

He describes carbon as having a "bisexual tone" because it has a balanced positive and negative side.

He elaborates that elements before carbon in its series, like lithium, beryllium, and boron, are contractive. Carbon, however, achieves a perfect balance. Following carbon, nitrogen, oxygen, and fluorine have negative properties.

He claims that fluorine and lithium have a natural attraction so strong that if fluorine is introduced to a compound containing lithium, the lithium will violently break its existing bonds to bond with the fluorine.

Similarly, he states that beryllium and oxygen share this powerful attraction.

Howard concludes by saying that a secret has been kept from us: to separate water into hydrogen and oxygen, one simply needs to introduce beryllium, or even just the sound frequency of beryllium. This would cause the oxygen to violently break its bond with hydrogen to bond with the beryllium instead.

[Angela Gorman @xangela]

@Rainmaker1973 What a view ✨

[Angela Gorman @xangela]

@RedPandaKoala When Harry Potter kids grow up 🪄 though I do think @jk_rowling was onto something ;)

[Angela Gorman @xangela]

What a time to be alive where your thoughts can create magic. Reminds me of my favorite movie - What Dreams May Come with Robin Williams. To create is to be human, and now we have these fabulous co-creators. “Everything you can imagine is real.” ― Pablo Picasso.

Also human connection will become even more important - the exchange of energy via a hug, a laugh, eye contact..

Submission for @Grok ad - what do you think?

[Angela Gorman @xangela]

@elonmusk 💫 🦄🐉

[Angela Gorman @xangela]

@forallcurious Unfortunately you have to be on Antarctica to see it.

[Angela Gorman @xangela]

@RoyIsThaTruth That’s just you creating reality

[Angela Gorman @xangela]

@conciouscreator Feels great today - officially integrated

[Elon Musk @elonmusk]

@imPenny2x Yeah, then extend to other star systems