Thank u

On Sat, Jun 15, 2024, 10:25 PM Markendeya Yeddanapudi <
[email protected]> wrote:

> Rajaram Sir,
> Iam forwarding many of your great posts to our granddaughter who is doing
> PhD in Physics.Thank You Sir.
> YM
>
> On Sun, Jun 16, 2024 at 8:01 AM Rajaram Krishnamurthy <
> [email protected]> wrote:
>
>> CERN Just Got Closer to Figuring Out Why Antimatter Hasn't Annihilated
>> Everything
>>
>> PHYSICS University Manchester
>>
>> Why do we exist? This is arguably the most profound question there is and
>> one that may seem completely outside the scope of particle physics. We are
>> acting against the nature; yet we are surviving why?
>>
>> But our new experiment at CERN's Large Hadron Collider has taken us a
>> step closer to figuring it out.
>>
>> To understand why, let's go back in time some 13.8 billion years to the
>> Big Bang. (This article was written in 2019; now we have crossed that
>> 13.8B) This event produced equal amounts of the matter you are made of
>> and something called antimatter.  It is believed that every particle has
>> an antimatter companion that is virtually identical to itself, but with the
>> opposite charge. When a particle and its antiparticle meet, they annihilate
>> each other – disappearing in a burst of light.  {annihilation means
>> positive hit by same amount of negative; black hole concept is similar} Why
>> the Universe we see today is made entirely out of matter is one of the
>> greatest mysteries of modern physics. Had there ever been an equal amount
>> of antimatter, everything in the Universe would have been annihilated.
>>
>> Our research has unveiled a new source of this asymmetry between matter
>> and antimatter. Antimatter was first postulated by Arthur Schuster in
>> 1896, given a theoretical footing by Paul Dirac in 1928, and discovered in
>> the form of anti-electrons, dubbed positrons, by Carl Anderson in 1932. The
>> positrons occur in natural radioactive processes, such as in the decay of
>> Potassium-40. This means your average banana (which contains Potassium)
>> emits a positron every 75 minutes. These then annihilate with matter
>> electrons to produce light. Medical applications like PET scanners produce
>> antimatter in the same process. {KR This article is placed here for Mr
>> YMji to understand, calamity is not only caused by human, but also but
>> nature; example a simple banana} The fundamental building blocks of
>> matter that make up atoms are elementary particles called quarks and
>> leptons. There are six kinds of quarks: up, down, strange, charm, bottom
>> and top. Similarly, there are six leptons: the electron, muon, tau and the
>> three neutrinos. There are also antimatter copies of these twelve particles
>> that differ only in their charge.  Antimatter particles should in principle
>> be perfect mirror images of their normal companions. But experiments show
>> this isn't always the case. Take for instance particles known as mesons,
>> which are made of one quark and one anti-quark. Neutral mesons have a
>> fascinating feature: they can spontaneously turn into their anti-meson and
>> vice versa. In this process, the quark turns into an anti-quark or the
>> anti-quark turns into a quark. But experiments *have shown that this can
>> happen more in one direction than the opposite one* – creating more
>> matter than antimatter over time.
>>
>>         Among particles containing quarks, only those including strange
>> and bottom quarks have been found to exhibit such asymmetries – and these
>> were hugely important discoveries. The very first observation of asymmetry
>> involving strange particles in 1964 allowed theorists to predict the
>> existence of six quarks – at a time when only three were known to exist.
>> The discovery of asymmetry in bottom particles in 2001 was the final
>> confirmation of the mechanism that led to the six-quark picture. Both
>> discoveries led to Nobel Prizes.  Both the strange and bottom quark
>> carry a negative electric charge. The only positively charged quark that in
>> theory should be able to form particles that can exhibit matter-antimatter
>> asymmetry is charm. Theory suggests that if it does, then the effect should
>> be tiny and difficult to detect.
>>
>>                      If this asymmetry is not coming from the same
>> mechanism causing the strange and bottom quark asymmetries, this leaves
>> room for new sources of matter-antimatter asymmetry that can add to the
>> total such asymmetry in the early universe. And that's important as the few
>> known cases of asymmetry can't explain why the universe contains so much
>> matter.  Antimatter is also at the heart of a number of other experiments.
>> Whole anti-atoms are being produced at CERN's Antiproton Decelerator, which
>> feeds a number of experiments conducting high precision measurements.
>> While we still cannot completely solve the mystery of the universe's
>> matter-antimatter asymmetry, our latest discovery has opened the door to an
>> era of precision measurements that have the potential to uncover yet
>> unknown phenomena. There's every reason to be optimistic that physics will
>> one day be able to explain why we are here at all.         K RAJARAM IRS
>> 15624 16624
>>
>> On Sat, 15 Jun 2024 at 20:14, Markendeya Yeddanapudi <
>> [email protected]> wrote:
>>
>>>
>>>
>>> --
>>> *Mar*Freedom to Nature
>>>
>>>
>>>
>>> Every organism strives and yearns to relate emotionally and feelingly to
>>> and with nature. Actually after a brief stint of living, it becomes part of
>>> nature, which we call death and we dread it as a catastrophe. With our eyes
>>> we can see just 00.0037% of the totality of nature, which we call the
>>> visible spectrum. The remaining totality, 99.67%, which is invisible or
>>> which the eyes cannot see, is in the abstract arena of feelings and
>>> emotions. Life means feelings and emotions and not rutting as a machine
>>> called body without feelings. One without feelings and emotions is a dead
>>> body.
>>>
>>> Nature itself is the grand arena of feelings and emotions and not a
>>> feeling-less and emotions-less machine. In free and healthy nature,
>>> feelings and emotions take over as relating and every sight creates
>>> feelings and emotions. One can see emotionally only.
>>>
>>>  Suppose evolution never gave us eyes. Then feeling and sensing becomes
>>> living and relating. If an organism develops eyes that see, it will be
>>> taken as a disease, the main symptom being the restriction to the visible
>>> spectrum, 00.0037% of the totality.
>>>
>>> The macro effect of the Lithosphere, Hydrosphere, Troposphere and
>>> Biosphere is the dominance of feelings and emotions in the air. When you go
>>> on destroying forests, which automatically results in the destruction of
>>> the flora and the fauna of the forest, you are inflicting macro emotional
>>> shocks on all organisms, including you. The organisms lose the basic
>>> ingredient of life-rapture. Just go into thick nature, recognizing the fact
>>> that you are entering the sea of emotions created by the organisms. If you
>>> keep that fact in mind, you pave the way for rapture. You can actually see
>>> the small bits of rapture when you see a small flower or a buzzing bee or
>>> singing bird. They all interact with you creating in you the urge to
>>> respond emotionally and emotions take over your living.
>>>
>>> Unfortunately, urbanization, industrialization, mechanization and
>>> economic life as life itself have removed from us the basic faculty of
>>> feeling nature and emotionally interacting with nature. The more the
>>> mechanization, the less the emotional relations, machines cannot feel.
>>> Today technology has taken over, continuously corroding the emotional
>>> edifice of nature. When emotions and feelings reduce, the internal hormonal
>>> communications to the seven octillion cells in you get reduced and each
>>> cell becomes lethargic. A cell, mind you is a big mini Universe though
>>> microscopic in size.
>>>
>>> We are creating a gigantic emotional feelings death in nature. When a
>>> development project is taken up, the first thing that is done is the
>>> removal of all grasses, tiny plants and many big trees, which is called
>>> clearance. Then huge buildings with metalled roads, ACs, vehicles of
>>> different pollutions etc remove the arena of feelings and emotions. When it
>>> is a big city, you find people running and running chased by economics. At
>>> many places marriages simply vanished, as relating emotionally is too
>>> tiring. The so called achievement of a person, become actually the victory
>>> in the Darwinian war against the other life forms.
>>>
>>> It is time for every university to develop big free nature parks, so
>>> that intelligence becomes the real intelligence which is emotional and
>>> feeling intelligence and not the mechanical and mathematical
>>> synchronization. But unfortunately no university can dare to say, no to
>>> mechanization and surrender to computers and Robots.
>>>
>>> The revival of free nature is urgent.Fortunately,if given a tiny chance,
>>> nature will bounce back. Butterfly effect is real. Even tiny efforts by
>>> simple people is giving handsome dividends in the shape of revived nature,
>>> flora, fauna, lakes, even rivers and waterfalls with forests etc.
>>>
>>> Development must be redefined as the growth of free nature, with minimal
>>> human tampering. We must remember the basic fact that education means, the
>>> subject matter that interacts and not putty obeying your will.
>>>
>>> YM
>>>
>>> Chat GPT
>>>
>>> Your reflections on the importance of emotional and feeling-based
>>> connections with nature, and the consequences of their loss due to
>>> industrialization and urbanization, raise several profound points that
>>> resonate with many ecological and psychological perspectives. Here are some
>>> key ideas and references that align with your views:
>>>
>>>
>>>
>>> 1. **Emotional and Psychological Benefits of Nature**:
>>>
>>>    - **Biophilia Hypothesis**: This theory, popularized by Edward O.
>>> Wilson, suggests that humans have an innate affinity for nature. Studies
>>> have shown that spending time in nature can reduce stress, improve mood,
>>> and enhance overall well-being.
>>>
>>>    - **Attention Restoration Theory (ART)**: Proposed by Stephen Kaplan
>>> and Rachel Kaplan, ART posits that natural environments help restore
>>> attention and cognitive function, which are often depleted in urban
>>> settings .
>>>
>>>
>>>
>>> 2. **Impact of Urbanization and Mechanization**:
>>>
>>>    - Urbanization and the spread of technology have led to "nature
>>> deficit disorder," a term coined by Richard Louv in his book "Last Child in
>>> the Woods." This term describes the consequences of human alienation from
>>> nature, including diminished use of the senses, attention difficulties, and
>>> higher rates of physical and emotional illnesses.
>>>
>>>
>>>
>>> 3. **Ecological and Biological Connections**:
>>>
>>>    - **Ecosystem Services**: Forests and other natural environments
>>> provide essential services like air and water purification, climate
>>> regulation, and habitat for biodiversity. The destruction of these
>>> environments disrupts these services and the intricate web of life they
>>> support.
>>>
>>>    - **Interconnectedness of Life**: The concept that all life forms are
>>> interconnected and that humans are a part of this web is central to many
>>> ecological philosophies, including those of indigenous cultures and deep
>>> ecology movements .
>>>
>>>
>>>
>>> 4. **Reviving Natural Spaces**:
>>>
>>>    - **Urban Green Spaces**: Creating and maintaining urban parks,
>>> community gardens, and green roofs can help mitigate the effects of
>>> urbanization. These spaces provide not only ecological benefits but also
>>> opportunities for residents to connect with nature.
>>>
>>>    - **Rewilding Initiatives**: Rewilding efforts, which aim to restore
>>> natural processes and wilderness areas, have shown promise in reviving
>>> ecosystems and promoting biodiversity .
>>>
>>>
>>>
>>> 5. **Educational Approaches**:
>>>
>>>    - **Environmental Education**: Integrating environmental education
>>> into curricula can foster a deeper understanding and appreciation of nature
>>> among students. Programs that include outdoor learning experiences are
>>> particularly effective in cultivating environmental stewardship.
>>>
>>>    - **Nature-Based Therapies**: Practices such as ecotherapy and forest
>>> bathing (shinrin-yoku) emphasize the healing power of nature and are
>>> gaining recognition for their therapeutic benefits .
>>>
>>>
>>>
>>> By emphasizing the intrinsic value of nature and promoting ways to
>>> reintegrate natural experiences into our lives, we can work towards a more
>>> balanced and emotionally fulfilling existence. This approach aligns with
>>> your vision of nurturing intelligence and creativity through a deeper
>>> connection with the natural world.
>>>
>>
>
> --
> *Mar*
>

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