Chi Warriors : Wanted - Yoda

16/10/2026

16/10/2026

www.facebook.com/share/v/1Cd2q4a8rN/?mibextid=wwXIfr.

16/10/2026

Your petrol bill keeps climbing while the gas under your feet makes other people rich, and every Australian deserves to know why. Follow the money from our gas and you will find it ends up almost everywhere except your pocket. In this video, I follow Australian gas from the ground to overseas buyers and show how royalties, company tax and the PRRT really work in practice. You will discover why some of our biggest gas projects pay so little, how foreign buyers resell our LNG for a profit, and where the government's new gas law falls short. My analysis also looks at how resource rich nations turn energy wealth into real benefits for their citizens, and what that means for Australia's economy, energy policy and your household budget.

Link to the full analysis ⬇️
https://youtu.be/V_R-3O8Aa3M

🏘️ Subscribe now to become a property insider and stay ahead of these market-changing trends.

16/10/2026

GOOD NEWS for citizens of Japan, California and elsewhere: Chinese scientists made an earthquake advance warning detector that appears to really work, it was revealed this week—fulfilling the promise of a device made in the country 19 centuries ago.

The China-led international team found a way to measure “seismo-ripples” that provided advance information of the location, strength, and even approximate date of coming major earth movements, said the paper, printed in Nature magazine this week.

Earthquakes can be detected months ahead, allowing time for evacuation.


CONSIDERED 'IMPOSSIBLE'
Accurate earthquake prediction has up to now been considered impossible, but the new system matches data to events with “remarkably, minimal to no failure”, the report said.

The discovery could be helpful for heavily populated earthquake-prone countries, including Japan, Indonesia, California, Mexico and Chile.

The process, if confirmed as successful, would bring to fruition the ambitions of polymath Zhang Heng, who presented an “earthquake detector” device to the imperial court in the Chinese city of Luoyang in AD 132.


COMBINATION OF ANOMALOUS DATA
How it works: Scientists analysed data from hundreds of magnetometers and ground-based Global Navigation Satellite System receivers in China.

They found that three elements – seismic, magnetic and ionospheric resonance signals – produced specific anomalous data before a tremblor. When combined, they produced clear evidence that an earthquake of magnitude six or more would happen within three months at that location.

The China-led study involved scientists in mainland China, the island of Taiwan, Brazil, and Japan, and was first published in NPJ Natural Hazards, and reported in Nature journal.

Lead investigator was Chieh-Hung Chen of Chengdu University of Technology in China.

While praising the work of the earthquake analysts in China who provided the data, he added a note to the paper highlighting the need for a humble attitude, saying “we recognize the humility of human existence in the face of nature’s vast and unpredictable forces”.


ZHANG HENG’S DRAGON FROG DEVICE
In AD 132, scientist Zhang Heng showed the imperial court a carved or molded device. While no images remain, legend says it was designed to show eight dragons holding bronze balls over the open mouths of eight frogs.

One day, an invisible ripple caused a ball to fall from the urn into the mouth of a particular frog—indicating earthquake activity in a certain direction. Days later, a messenger arrived at the court with news of an earthquake a long distance away in the location predicted by the device.

Scientists have long been skeptical of the tale of Zhang Heng, since the huge number of variables make earthquakes inherently difficult to predict. Today, almost 19 centuries later, scientists in Zhang Heng’s country have shown that difficult might not mean impossible.

16/10/2026

Packing in training, time running & researching at 25-years-old?

"Her regular updates inspired many young athletes across Asia but away from the track she also pursued a demanding professional career as an artificial intelligence semiconductor researcher at the Korea Advanced Institute of Science and Technology."

Marathon runners can collapse or die from very different causes. In most cases, collapse is benign and related to circulation, while sudden death is usually caused by an underlying heart condition.

1. Collapse: usually exercise-associated collapse (EAC)

The most common cause of collapse after a marathon is exercise-associated collapse (EAC), accounting for roughly 59%–85% of medical encounters after races.

Main mechanism:

· During running, leg muscles help pump blood back to the heart.
· If a runner suddenly stops at the finish line, that pumping action stops.
· Blood pools in the legs, blood pressure drops, and the brain gets less blood flow.
· This causes dizziness, fainting, or collapse.

Other important causes:

· Exercise-associated hyponatremia – low blood sodium, often from drinking too much plain water. Severe cases can cause brain swelling, confusion, seizures, and death.
· Exertional heat stroke – dangerously high core body temperature.
· Hypoglycemia – low blood sugar, less common but possible.
· Dehydration – can contribute, but it is not the main cause of most post-race collapses.

2. Sudden death: usually hidden heart disease

Marathon-related sudden death is rare, but when it happens, it is most often due to a cardiac cause.

Younger runners (under 35)

Common causes include inherited or structural heart problems:

· Hypertrophic cardiomyopathy (HCM)
· Congenital coronary artery anomalies
· Ion channelopathies – e.g., long QT syndrome, Brugada syndrome
· Myocarditis
· Aortic dissection – e.g., in Marfan syndrome

These conditions often cause no symptoms and may not be found on a routine physical exam.

Older runners (35 and older)

The main risk is coronary artery disease:

· Plaque in the heart arteries can rupture during intense exercise.
· This can cause an acute heart attack and sudden cardiac arrest.

3. Key statistics

· Sudden cardiac death in marathons is rare: roughly 0.5–1 per 100,000 participants, depending on the study.
· The last 1.6 km / final mile accounts for a large share of cardiac arrests — often around 50%.
· Men are at higher risk than women.
· Survival has improved significantly with CPR and AEDs, from about 29% to 66% in some race settings.

4. How to prevent collapse

· Do not stop suddenly after crossing the finish line. Keep walking for several minutes.
· If you feel faint, lie down and raise your legs.
· Drink fluids with electrolytes, but avoid drinking excessive plain water.
· Acclimate to heat and pace yourself.

5. How to reduce sudden death risk

· Get a pre-participation cardiac screening, especially if you have symptoms or family history.
· Screening may include ECG, echocardiogram, and for older runners or those with risk factors, a stress test.
· Stop and seek help immediately if you develop:
· Chest pain or pressure
· Severe shortness of breath
· Fainting or near-fainting
· Palpitations
· Confusion, nausea, or unusual sweating

Bottom line: Most marathon collapses are due to postural blood pooling and are treatable. Deaths are rare and usually caused by undiagnosed heart disease. Race-day medical teams, AEDs, and CPR save lives.

Tragedy struck just moments from the finish line.