Lisa Randall Mobile Number, Phone Number, Email ID, House Residence Address, Contact Number Information, Biography, Whatsapp, and More possible original information are provided by us here.
The American theoretical physicist Lisa Randall HonFInstP was born on June 18, 1962. She is now a professor of science at Harvard University and holds the position of Frank B. Baird, Jr. Professor of Science. Within the scope of her studies are the basic forces of nature as well as the dimensions of space. The Standard Model, supersymmetry, cosmology of dimensions, baryogenesis, cosmic inflation, and dark matter are among the topics that she investigates. She also investigates prospective solutions to the hierarchy issue, which concerns gravity’s relative weakness.
It was in 1999 that she and Raman Sundrum released the Randall–Sundrum model, which she had contributed to. She received a Bachelor of Arts degree in physics from Harvard University in 1983 and a Doctor of Philosophy degree in theoretical particle physics from Howard Georgi in 1987. She studied Math 55 throughout her time there. At Harvard University, where she is a professor of theoretical physics, Randall does research in the fields of particle physics and cosmology. Her research focuses on basic forces and elementary particles, and it has required her to investigate a broad range of models, the most current of which involves dimensions.
In addition, she has contributed to the fields of supersymmetry, observables of the Standard Model, cosmic inflation, baryogenesis, grand unified theories, and general relativity respectively. Following the completion of her graduate studies at Harvard, Randall went on to have teaching positions at both MIT and Princeton University before coming back to Harvard in the year 2001. She was the first woman to have a tenured position in the Princeton Physics Department, and she was also the first woman to hold a tenured position at the Harvard Department of Theoretical Physics. (In the history of the Harvard physics department, Melissa Franklin was the first woman to be awarded tenure.)
Both of Randall’s books, “Knocking on Heaven’s Door: How Physics and Scientific Thinking Illuminate the Universe and the Modern World” and “Warped Passages: Unraveling the Mysteries of the Universe’s Hidden Dimensions,” have been included on the list of the 100 most noteworthy books published by the New York Times. The search for the Higgs boson, which is a topic that is mentioned in the book, was accomplished in the time that passed between the publication of Knocking on Heaven’s Door in both hardback and paperback formats.
A particle that has been recognized as the Higgs boson was discovered by researchers working at the Large Hadron Collider. She made the following statement about the finding: “What an exciting thing it is that people are excited that there is something fundamentally new that has been discovered.” This statement was made even though people do not comprehend everything about the discovery. Higgs Discovery: The Power of Empty Space is the title of an electronic book that Randall has written. Her paper, which she published before the operation of the Large Hadron Collider, explained the findings that were anticipated to result from its use.
The idea that the Large Hadron Collider (LHC) may create black holes that could destroy the earth was a regular topic of conversation with her. The response that she gave was that it was “not even conceivable unless space and gravity are very different from what we thought.”Randall was invited by the composer Hèctor Parra to write the libretto for the opera Hypermusic Prologue: A Projective Opera in Seven Planes. Parra was inspired by Randall’s book Warped Passages, which served as the inspiration for the libretto creation.
In addition to being a fellow of the American Physical Society, Randall is a member of the American Academy of Arts and Sciences (2004) and the National Academy of Sciences (2008). He is also a fellow of the American Philosophical Society. In addition to serving on the editorial boards of several prominent theoretical physics publications, Randall has been involved in the organization of a large number of conferences. The fall of 2004 found her to be the theoretical physicist who had received the most citations during the preceding five years.
Several publications, including Seed magazine’s “2005 Year in Science Icons” and Newsweek’s “Who’s Next in 2006,” referred to Randall as “one of the most promising theoretical physicists of her generation.” In 2007, Randall was recognized as one of the 100 Most Influential People (Time 100) by Time magazine. This honor was bestowed upon him in the “Scientists & Thinkers” section of the publication. The recognition that Randall received was in recognition of the work that she has done about the evidence of a higher dimension.
The sole reason she is a cosmological superstar and a star professor of the stars is because she is the first female theoretical physicist to be tenured at Harvard. She is also a star professor of constellations. Her speculation in the late 1990s on the “extra dimensions” of string theory was the primary factor that led to her rise to fame in the subject. Her explanation of the Higgs boson hunt, as well as her later works in which she attempted to explain to the rest of us what she does and how wonderful it is to do it, most notably Knocking on Heaven’s Door, brought her a greater amount of attention.
Now, she believes that she and her colleagues in the field of physics at Harvard have discovered something novel. Dark matter, which, combined with dark energy, constitutes the great bulk of the cosmos that we know of, is the subject of her enthusiasm. According to the most recent estimates, dark energy accounts for 70 percent of the universe, while dark matter accounts for 26 percent. That represents a total of 96 percent. Thus, the sum of what we see and are aware of amounts to a meager four percent.
It’s four percent! It would seem that the unseen 96 percent maintains the gravitational balance of the cosmos, preventing it from collapsing on itself or fading into virtual nothingness because of its presence. On the other hand, we don’t know much more about it. It has been a difficulty because the dark stuff does not seem to interact with the four percent that we are familiar with in a manner that provides us with a hint as to the nature of the dark stuff.
But Randall thinks that she could have discovered a clue. She gave a lecture at a conference held by the American Association for the Advancement of Science in Boston the day before we met. In her address, she stated that she could have discovered proof of the interaction between dark matter and our matter. Cosmologists who are only now venturing into the undiscovered immensity of the dark matter cosmos may find this to be a potentially exciting finding.
There was a signal coming from a satellite that could peer into the core of a cosmic galaxy. There is a possibility that two dark matter particles of infinitesimally tiny size might have collided and “annihilated” each other in the distant past, close to the center of the Milky Way system. However, rather than leaving no trace behind, the signals of the annihilation went across the expanse of space en route to the Fermi spacecraft, which orbits the Earth. According to Randall, if those signals are corroborated, they might be proof of interactions between dark matter. According to Randall, these signals could be the first noticeable fingerprints of dark matter to be picked up in our very small 4 percent domain.
In his academic pursuits at Harvard University, Randall focuses on theoretical particle physics and cosmology. Within the realm of our existing knowledge of the characteristics and interactions of matter, her study establishes connections between theoretical findings and riddles. The most notable of these models involves additional dimensions of space, and she has constructed and examined a broad range of models to answer these problems. The presentation that Randall is going to give titled “Knocking on Heaven’s Door” will talk about how arranging according to system size is an important part of scientific study.
In nuclear research at FRIB, where basic physics dictates the interactions of protons and neutrons at considerably lower length scales, this is of great benefit. However, protons and neutrons also interact with light at wavelengths that are far longer than the size of atomic nuclei. The New York Times included both of Randall’s books on its list of 100 Notable Books of the Year. “Warped Passages: Unraveling the Mysteries of the Universe’s Hidden Dimensions” and “Knocking on Heaven’s Door: How Physics and Scientific Thinking Illuminate the Universe and the Modern World” were both included on the list.
In 2007, she was recognized as one of Time magazine’s “100 Most Influential People” and was included in Rolling Stone magazine’s 40th-anniversary edition. Several publications, including Newsweek’s “Who’s Next in 2006” and Seed magazine’s “2005 Year in Science Icons,” highlighted Randall as “one of the most promising theoretical physicists of her generation.” Some people have referred to Lisa Randall as the “superstar scientist.” She is a professor of theoretical physics at Harvard University. In addition to her groundbreaking work in the field of science, she is also something of a celebrity. She has written books that have made it into bestseller lists and has traveled all over the globe delivering speeches.
One of these talks was about Randal’s recently published book, “Dark Matter and the Universe: The Astonishing Interconnectedness of the Universe.” Randal gave this talk at the Charbagh lawns during the opening ceremony of the 2018 ZeeJLF. In it, she attempted to explain the complexities of ‘dark matter,’ ‘dark energy,’ ‘Oort cloud,’ and other esoteric phenomena. The following are extracts from an interview that Randall had with Gargi Gupta post-session.
Randall suggests that there is a relationship between the event that caused the extinction of dinosaurs some 66 million years ago and the enigmatic element known as dark matter, which is believed to make up approximately 27 percent of our universe. Randall proposes that a portion of dark matter not only interacts gravitationally but also experiences a force that is analogous to electromagnetism, which she refers to as “dark light.” This is in contrast to the widespread belief among scientists that dark matter only interacts with other matter through the gravitational force and that it is located in spherical “halos” around galaxies.
Lisa Randall Phone Number, Email Address, Contact No Information and More Details
Lisa Randall Addresses:
House Address:
Lisa Randall, Queens, New York, United States
Fanmail Address / Autograph Request Address:
Lisa Randall,
Queens,
New York,
United States
Lisa Randall Contact Phone Number and Contact Details info
- Lisa Randall Phone Number: Private
- Lisa Randall Mobile Contact Number: NA
- WhatsApp Number of Lisa Randall: NA
- Personal Phone Number: Same as Above
- Lisa Randall Email ID: NA
Social Media Accounts of Content Creator ‘Lisa Randall ’
- TikTok Account: NA
- Facebook Account (Facebook Profile): NA
- Twitter Account: https://twitter.com/lirarandall
- Instagram Account: NA
- YouTube Channel: NA
- Tumblr Details: NA
- Official Website: NA
- Snapchat Profile: NA
Personal Facts and Figures
- Birthday/Birth Date: 18 June 1962
- Place of Birth: Queens, New York, United States
- Husband/Boyfriend: NA
- Children: NA
- Age: 61 Years old
- Official TikTok: NA
- Occupation: Physicist
- Height: 178 cm
Business Facts
- Salary of Lisa Randall: $500 thousand
- Net worth: $500 thousand
- Education: Yes
- Total TikTok Fans/Followers: NA
- Facebook Fans: NA
- Twitter Followers: 61K Followers
- Total Instagram Followers: NA
- Total YouTube Followers: NA
Lisa Randall Address, Phone Number, Email ID, Website | |
---|---|
Email Address | NA |
NA | |
House address (residence address) | Queens, New York, United States |
NA | |
Office Address | NA |
Office Number | NA |
Official Website | NA |
Personal No. | NA |
Phone Number | NA |
Snapchat Id | NA |
https://twitter.com/lirarandall | |
Whatsapp No. | NA |
Some Important Facts About Lisa Randall:-
- Lisa Randall was born on 18 June 1962.
- Her Age is 61 years old.
- Her birth sign is Gemini.
See also: How to Contact Michelle Obama: Phone number, Texting, Email Id, Fanmail Address and Contact Details