Toggle light / dark theme

https://youtube.com/watch?v=cdf2UthcirY&feature=share

Scientists and astronomers have always been curious about the peculiarities.
in our solar system. And at the very top of their list of curiosity is dark matter. Although several phenomena has been unraveled by different.
scientists, the mystery that is dark matter still remains largely unsolved.
In a bid to satisfy their curiosity, a team of scientists while researching about.
dark matter have recently discovered a portal leading to the fifth dimension.
and this discovery is set to change how we view the universe forever.
How did the scientists find the portal, and how would this discovery affect.
our world?
Join us as we explore how scientists just announced that they found a portal.
to the fifth dimension.
Dark matter has long since been an enigma to scientists and astronomers.
Although it takes up most of our universe, scientists have yet to fully unravel.
its mystery. With the discovery of the fifth dimension, scientists believe that.
this dimension might explain the seventy-five percent of dark matter that has not been observed yet. Even though we don’t know much about it, most.
of our ideas about the physical universe relies on the concept of dark matter.
Scientists are rooted in this idea simply because dark matter takes up most.
of our universe, and it is regarded as a pinch hitter that helps scientists.
understand how gravity works. They believe several features would dissolve.
or fall apart without an “x factor” of dark matter. Even at that, dark matter.
does not disrupt the particles we see and feel. This means it must also have.
other special properties, hence why more research on dark matter was.
needed.

Disclaimer Fair Use:
1. The videos have no negative impact on the original works.
2. The videos we make are used for educational purposes.
3. The videos are transformative in nature.
4. We use only the audio component and tiny pieces of video footage, only if it’s necessary.

DISCLAIMER:
Our channel is purely made for entertainment purposes, based on facts, rumors, and fiction.

Copyright Disclaimer under section 107 of the Copyright Act 1976, allowance is made for “fair use” for purposes such as criticism, comment, news reporting, teaching, scholarship, education, and research. Fair use is a use permitted by copyright statutes that might otherwise be infringing.

When Lady Meherbai Tata died of leukaemia on 18 June 1931, her husband, Sir Dorabji Tata, Jamsetji Tata’s son and a key figure of the Tata Group endowed the Lady Tata Memorial Trust with a corpus for research into leukaemia in memory of his wife. He set out to establish high-quality facilities for cancer treatment in India.

(Images above of Dr. Indraneel Mittra and a representational photo of middle-aged women.)

Out of this humanitarian commitment emerged the now well-renowned Tata Memorial Hospital, commissioned by the Sir Dorabji Tata Trust on 28 February 1941.

The San Francisco Police Department is proposing a new policy that would give robots the license to kill, as reported earlier by Mission Local (via Engadget). The draft policy, which outlines how the SFPD can use military-style weapons, states robots can be “used as a deadly force option when risk of loss of life to members of the public or officers is imminent and outweighs any other force option.”

As reported by Mission Local, members of the city’s Board of Supervisors Rules Committee have been reviewing the new equipment policy for several weeks. The original version of the draft didn’t include any language surrounding robots’ use of deadly force until Aaron Peskin, the Dean of the city’s Board of Supervisors, initially added that “robots shall not be used as a Use of Force against any person.”

However, the SFPD returned the draft with a red line crossing out Peskin’s addition, replacing it with the line that gives robots the authority to kill suspects. According to Mission Local, Peskin eventually decided to accept the change because “there could be scenarios where deployment of lethal force was the only option.” San Francisco’s rules committee unanimously approved a version of the draft last week, which will face the Board of Supervisors on November 29th.

A new technique has been added to the CRISPR gene-editing toolbox. Known as PASTE, the system uses virus enzymes to “drag-and-drop” large sections of DNA into a genome, which could help treat a range of genetic diseases.

The CRISPR system originated in bacteria, which used it as a defense mechanism against viruses that prey on them. Essentially, if a bacterium survived a viral infection, it would use CRISPR enzymes to snip out a small segment of the virus DNA, and use that to remind itself how to fight off future infections of that virus.

Over the past few decades, scientists adapted this system into a powerful tool for genetic engineering. The CRISPR system consists of an enzyme, usually one called Cas9, which cuts DNA, and a short RNA sequence that guides the system to make this cut in the right section of the genome. This can be used to snip out problematic genes, such as those that cause disease, and can substitute them with other, more beneficial genes. The problem is that this process involves breaking both strands of DNA, which can be difficult for the cell to patch back up as intended, leading to unintended alterations and higher risks of cancer in edited cells.