Terrence Howard Statements He Reinvented Physics With ‘New Hydrogen Technology’ He Would like To Gift to Uganda

Academy Award nominee Terrance Howard satisfied with president of Uganda Yoweri Museveni Wednesday, July 13 in an try to garner investments into the country’s tourism sector, experiences the Nile Write-up

He gave a speech all through the meeting in which he claimed to have recreated physics and would like to bestow the new scientific systems to the African region as a variety of defense.

“​I was able to discover the grand unified field equation they’ve been seeking for, and set it into geometry,” claimed Howard. “We’re talking about endless bonding, unlimited predictable buildings, supersymmetry.” He extra that this discovery steered him toward “a new hydrogen technology” that could be employed as Uganda’s defense system. 

“I have been awarded 96 patents in science and technological innovation and have found a new math,” mentioned the Hustle & Flow actor. “My purpose and mission is to carry harmony to our world by restoring a safe put for the animal kingdom to thrive and to carry mankind into a new era of fact, enjoy and consciousness.”

What he has termed the Lynchpin, Howard says it could clean the ocean and serve as safety from remaining taken advantage of for their all-natural resources. 

A 2021 press launch announced the drone technologies in Howard’s grasp program, claimed to “allow us to access good heights, deal with massive work, circumstances, and eventualities at mass to execute actual physical jobs these as positioning bricks, roof tiles, putting out fires, filming in an totally new way, and even cleansing our oceans.”

All through the speech, he extra that, “The Lynchpins are now capable to behave as a swarm, as a colony, that can protect a nation, that can harvest food items, that can eliminate plastics from the ocean, that can give the little ones of Uganda and the people of Uganda an possibility to spread this and promote these solutions all through the world.”

The Empire actor furthermore announced his intention to fund facts and communications technology as properly as realty and enjoyment industries in Uganda.

This is not the first time Howard has designed extraordinary mathematical promises.

In 2015, he asserted a single times one particular equals two.

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Quantum physics sets a speed restrict to electronics

Quantum physics sets a speed limit to electronics
An ultra brief laser pulse (blue) results in no cost cost carriers, yet another pulse (purple) accelerates them in reverse directions. Credit rating: TU Wien

How rapidly can electronics be? When laptop or computer chips do the job with ever shorter indicators and time intervals, at some level they appear up towards actual physical restrictions. The quantum-mechanical procedures that permit the era of electric powered latest in a semiconductor product consider a certain amount of time. This puts a restrict to the speed of signal technology and sign transmission.

TU Wien (Vienna), TU Graz and the Max Planck Institute of Quantum Optics in Garching have now been in a position to take a look at these limitations: The velocity can definitely not be greater past just one petahertz (one particular million gigahertz), even if the content is energized in an exceptional way with laser pulses. This consequence has now been posted in the scientific journal Mother nature Communications.

Fields and currents

Electric existing and light-weight (i.e. electromagnetic fields) are always interlinked. This is also the circumstance in microelectronics: In microchips, electrical energy is managed with the enable of electromagnetic fields. For example, an electric powered subject can be used to a transistor, and dependent on no matter if the area is switched on or off, the transistor both enables electrical recent to stream or blocks it. In this way, an electromagnetic discipline is converted into an electrical sign.

In order to examination the limits of this conversion of electromagnetic fields to latest, laser pulses—the quickest, most specific electromagnetic fields available—are used, rather than transistors.

“Products are researched that initially do not carry out electricity at all,” clarifies Prof. Joachim Burgdörfer from the Institute for Theoretical Physics at TU Wien. “These are strike by an extremely-shorter laser pulse with a wavelength in the serious UV array. This laser pulse shifts the electrons into a greater energy stage, so that they can quickly shift freely. That way, the laser pulse turns the product into an electrical conductor for a quick time period of time.” As quickly as there are freely relocating demand carriers in the substance, they can be moved in a selected way by a next, slightly for a longer period laser pulse. This produces an electrical present-day that can then be detected with electrodes on each sides of the material.

These processes come about really rapidly, on a time scale of atto- or femtoseconds. “For a extensive time, these procedures ended up regarded as instantaneous,” states Prof. Christoph Lemell (TU Wien). “Today, even so, we have the essential technology to examine the time evolution of these ultrafast procedures in element.” The vital query is: How speedy does the product react to the laser? How long does the sign generation get and how prolonged does just one have to wait around right up until the content can be uncovered to the future sign? The experiments ended up carried out in Garching and Graz, the theoretical operate and intricate laptop simulations

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Pet dogs see when pc animations violate legislation of physics

Dogs notice when computer animations violate laws of physics
Determine 1. Screenshots of the contact affliction (a) and the no-call situation (b) at , 920 and 3700 ms. (c) Time-collection plot demonstrating the dogs’ median (black line) and mean horizontal gaze coordinates (± s.e. dotted line and darkish gray shaded place) in the last familiarization trials and in the test trials. The shaded yellow and blue parts demonstrate the place of the launching and concentrate on ball. The dashed vertical line implies the time when the goal ball started out going (also in e). (d) Box plot exhibiting the dogs’ hunting situations in the interest locations close to the launching ball at the conclusion of the online video. The dots signify the particular person wanting moments. (e) Time-series plot exhibiting dogs’ pupil size (in arbitrary units and baseline corrected). The orange and blue lines show the imply pupil sizing (± s.e.) in the speak to and no-speak to ailment. (f) Difference curve derived from GAMM01. The dashed line demonstrates the estimated variance among the no-get hold of and contact problem the shaded space reveals the pointwise 95% CI. Credit score: DOI: 10.1098/rsbl.2021.0465

A pair of scientists at the Medical College of Vienna and University of Vienna has located that canine detect when objects in the planet do not conform to the rules of physics. In their paper released in the journal Biology Letters, Christoph Völter and Ludwig Huber explain experiments they done with pet pet dogs searching at objects depicted on a personal computer display.

Prior study has demonstrated that human toddlers and adult chimpanzees tend to see if some thing they are hunting at seems to violate the laws of physics—things dropping upwards, in its place of down, for instance. In this new effort and hard work, the scientists have found the exact is genuine for pet canine.

The experiments by the scientists included first training 14 adult pet puppies to view a movie though resting their chins on a cushioned fixture. The cushion was situated in a way that permitted for conducting eye tracking and also measuring pupil dilation in the pet dogs.

The moment the canine were being qualified, just about every was questioned to observe a video that confirmed 1 ball rolling toward another. Inevitably, the first ball collided with a 2nd, forcing the initially to cease going as the second began to move in response to the collision. Next, each and every puppy was asked to look at a equivalent online video, only this time, the going ball stopped rolling ahead of it collided with the 2nd ball. But the second ball behaved as if it had been hit, quickly rolling into action in any case.

The researchers then studied the info from the biosensors. They found that the canines stared longer at the balls whilst observing the 2nd movie. They also located that their pupils grew to become far more dilated. The scientists take note that both reactions are usual for puppies who are extra alert to a thing unexpected occurring. Dilated

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Dog information: Collies detect when personal computer animations violate Newton’s guidelines of physics

Canines appear to have an understanding of the basic way objects should behave, and stare for for a longer period if animated balls violate expectations by rolling away for no obvious motive


22 December 2021


A dog taking part in the examine

Rooobert Bayer

When 3D animated balls on a computer display screen defy selected legal guidelines of physics, canine act in a way that suggests they come to feel like their eyes are deceiving them.

Pet pet dogs stare for lengthier and their pupils widen if digital balls start off rolling on their personal alternatively than being established in motion by a collision with a different ball. This suggests that the animals are astonished that the balls didn’t go the way they had expected them to, states Christoph Völter at the College of Veterinary Medicine, Vienna.

“This is the starting up stage for discovering,” suggests Völter. “You have expectations about the atmosphere – regularities in your environment that are linked to physics – and then one thing comes about that does not match. And now you fork out interest. And now you attempt to see what’s going on.”

Human infants, starting off at all-around 6 months outdated, and chimpanzees stare lengthier in the course of these varieties of “violation of expectation” tests about their physical environments, he claims.

Reports in individuals have also revealed that pupils dilate more in reaction to improved mental attempts, like calculating, or more powerful feelings such as excitement or surprise – recognized as the psychosensory pupil reaction. And past investigation in puppies has hinted that they dilate their pupils more when hunting at angry human faces when compared with satisfied human faces.

Völter and his colleague Ludwig Huber, also at the University of Veterinary Medication, made the decision to see how pet dogs considered animated rolling balls that did not normally follow essential rules of make contact with physics. They qualified 14 grownup pet pet dogs – primarily border collies, Labrador retrievers and mixed breeds – to area their heads on a chinrest in front of a computer system display screen and eye-monitoring devices. Then they confirmed the animals quick films, in random get, of colourful 3D balls in motion.

In a single movie, a ball rolls toward a second, stationary ball and then operates into it. The first ball stops and the 2nd 1 commences transferring – just as Newton’s regulations of motion explain. In yet another online video, nevertheless, the 1st ball rolls toward the second ball, but stops suddenly right before achieving it. And then, the 2nd ball suddenly commences rolling absent by alone – opposite to primary physical rules.

Like human infants and chimpanzees, puppies fixed their eyes for a longer period on the balls that did not transfer in a sensible way, Völter says. Even more convincing, even though, was the response in their pupils: they continually viewed the “wrong” scenarios with much more enlarged pupils, suggesting this was opposite to their expectations.


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