Every Wednesday Michio Kaku will be answering
reader questions about physics and futuristic
science on his blog at Big Think. If you have a
question for Dr. Kaku, just post it in the
comment section on his blog;
Dr. Kaku’s Universe and check back on
Wednesdays to see if he answers it. Today, Dr.
Kaku addresses a question posed by Andy Speight:
Are the supermassive black holes at the center
of galaxies involved in the formation of those
galaxies?
Take a look at the last ten blog
entries on Dr. Kaku’s BigThink.com blog; Dr.
Kaku’s Universe. Don’t forget to register on the
Big Think website so you can make comments on
the blog entries where Dr. Kaku will be
answering questions.
Michio sits down with Peter Slen of Book TV
(C-Span2) for a 3 hour In-Depth interview
talking about his life, career, and his work.
Dr. Kaku also responded to telephones calls and
electronic communications.
Physics
of the Future: How Science will Change Daily
Life by 2100 by Michio Kaku - To Be Released on
March 22, 2011
Based on interviews with over three
hundred of the world’s top scientists, who are
already inventing the future in their labs, Kaku—in
a lucid and engaging fashion—presents the
revolutionary developments in medi cine,
computers, quantum physics, and space travel
that will forever change our way of life and
alter the course of civilization itself.
Pre-Order
Your Copy of Physics of the Future by clicking
on one of the vendors below:
Dr. Kaku’s astonishing revelations
include:
The Internet will be in your contact
lens. It will recog nize people’s faces,
display their biographies, and even
translate their words into subtitles.
You will control computers and appliances
via tiny sen sors that pick up your brain
scans. You will be able to rearrange the
shape of objects.
Sensors in your clothing, bathroom, and
appliances will monitor your vitals, and
nanobots will scan your DNA and cells for
signs of danger, allowing life expectancy to
increase dramatically.
Radically new spaceships, using laser
propulsion, may replace the expensive
chemical rockets of today. You may be able
to take an elevator hundreds of miles into
space by simply pushing the “up” button.
Like Physics
of the Impossible and
Visions before it,
Physics of the Future is
an exhilarating, wondrous ride through the next
one hundred years of breathtaking scientific
revolution.
I am proud to announce that the second
season of “
Sci
Fi Science: Physics of the Impossible,”
debuts next Wednesday, Sept.
1, at 9 pm, on the Science Channel
(check your local listings for details). It was
a pleasure working for six months with the
Science Channel to produce 12 exciting episodes
that I am sure will fascinate and educate the
audience.
Visit the Sci-Fi Science
website for more details about
airing dates, episodes and even video clips.
My new television show “Sci-Fi Science” on The
Science Channel is inspired by my book “Physics
of the Impossible.” The first season of the show
takes viewers through the wildest frontiers of
science with a real-world look into the world of
phasers, teleportation, light-sabers,
invisibility, time travel and more. Filming for
the second season is nearing an end, and will be
launched on The Science Channel on Sept. 1 at 9
pm. I’ve decided to try something
new with my Big Think blog—offering you the
opportunity to have me answer some of your
questions on camera. The basis of
the topics are “shows” from the first season of
“Sci-Fi Science.”
All you have to do is post your questions in
the comments section on my Big Think Blog (Links
Bleow). Some time in the near future, I will
choose questions from each topic in the series
and answer them on camera in another Big Think
interview. The final product will prominently be
displayed on my Big Think Blog (Dr. Kaku’s
Universe).
Please find the links to the 3-Part
series below (each with different topics):
WSJ Opinion Editorial (Originally Published on
July 19th)
What We’ve Learned from the Gulf Spill
In the future, relief wells should be drilled
simultaneously with the main well.
by Michio Kaku
If the oil leak in the Gulf of Mexico were a
tragedy, it would be in three acts. In Act I,
there was the chaos caused by a methane
explosion that killed 11 workers and unleashed
the greatest environmental catastrophe in U.S.
history. In Act II, we saw the floundering of BP
officials, as eight failed attempts were made to
cap, siphon, stuff, smother or seal the leak.
We are now slowly entering Act III, where
engineers have painfully learned some valuable
lessons and are on the verge of slowly killing
this raging monster.
The nagging question is: Why did it take so
long? Why couldn’t they have capped the leak
months ago?
For three agonizing months, BP’s engineers
and executives were essentially making things up
as they went along, conducting a billion dollar
science project with the American people as
guinea pigs. The basic science of stopping oil
leaks at 5,000 feet below sea level should have
been done years ago.
All eight failed attempts to control the leak
might have worked if the blowout had taken place
at 200 feet. The 1979 Ixtoc oil leak in Mexico,
which was the mother of all oil disasters, took
place at 160 feet and raged for 10 months. It
was eventually stopped by a relief well. The
lessons learned from that and other oil
disasters gave confidence to engineers in the
industry that they could handle any leak.
Physics are different at 5,000 feet than they
are at 200 feet. The pressure at 5,000 feet is
enormous, about 2,000 pounds per square inch.
Think of placing a passenger car on every square
inch of your chest. You would be crushed like an
egg shell within a fraction of a second. Even
military submarines cannot operate at those
depths. Instead, special remote controlled
robotic subs are required. They are often hard
to control and sometimes even collide.
Furthermore, methane, which is found as a gas
in our kitchen stoves, solidifies into an
ice-like hydrate at those tremendous depths and
cold temperatures. The original explosion, it is
conjectured, was caused when heat was applied to
set the well’s cement seal, expanding the
methane hydrates into gas that shot up the riser
pipe and ignited. The presence of methane
hydrates also foiled the first attempt to cap
the leak. Later, BP engineers had greater
success by sending warm water down the pipe to
prevent methane hydrates from clogging it
without creating gas bubbles like the one that
caused the explosion.
BP officials initially low-balled the size of
the leak. Although they originally stated that
1,000 barrels of oil were leaking per day, they
also released video that gave a startlingly
different picture.
In our freshman physics courses we teach the
students that the flow rate from a pipe is the
product of the area of the pipe times the
velocity of the fluid. You don’t have to be a
rocket scientist to multiply these two numbers.
Even a simple back-of-the-envelope estimate of
the leak from watching the video will give you
estimates of 40,000 to 60,000 barrels of oil per
day. Did BP officials knowingly release
misleadingly low figures, perhaps because they
can be fined more than $4,000 per barrel by the
U.S. Environmental Protection Agency?
In the future there should be much tighter
controls on deep-water drilling, and there
should be redundant systems on hand so that the
well can be capped or siphoned immediately if
the blowout preventer fails. Perhaps relief
wells should be drilled simultaneously with the
main well, since they are the gold standard for
stopping oil leaks and work nearly without fail.
There also has to be a standby fleet of ships
with skimmers, centrifugal pumps and booms ready
to handle oil once it is leaked.
More importantly, the basic science of
plugging oil leaks at great depths has to be
completed, so that any future tragedies will not
be repeated as farce. Until we end our oil
addiction and develop alternative energy
sources, similar plotlines will no doubt recur.
The last round of Autographed Books & Photos are
now available for purchase. A new community
driven website is currently in development, so
all proceeds from sales go towards the continued
advancements of the Mkaku.org community
including hosting fees and new software. Each of
the books (Physics of the Impossible,
Hyperspace, Beyond Einstein, Visions & Parallel
Worlds are $40.00 and includes U.S.
and International Shipping. You may also purchase all 5 Autographed
Books for $150.00.
Please allow 2-4 weeks for delivery
(International Shipments vary by Country). http://mkaku.org/home/?page_id=743
I’m
nearly done filming a second season of “SCI-FI
Science: Physics of the Impossible” on The
Science Channel. In this exciting new series,
I’ve identified 12 more familiar science-fiction
movie, TV and literature notions and
technologies. I’ve been explaining how we can
build some of these SCI-FI ideas into science
fact and — once again — I want to know what YOU
think of my designs.
The next two episodes will be: ”How
to Stop the Rise of the Machines”
and “How to Defeat a Cyborg Army”
– I’m inviting lucky winners of our competitions
to the studio shoots where I will reveal my
designs.
The fans and supporters of Dr. Michio Kaku give
a warm welcome to the ColbertNation. Catch Dr.
Kaku on the Colbert Report tonight, July 5th, on
Comedy Central (11:30 EST). And please, sign-up
for our newsletter below or become Dr. Kaku’s
fan on Facebook so we can keep you informed
about special events and developments like our
new vastly-expanded website COMING SOON! SIGN-UP FOR OUR NEWSLETTER BELOW TO BE
NOTIFIED OF THE NEW WEBSITE LAUNCH!
“In fact, it is often
stated that of all the theories proposed
in this century, the silliest is quantum
theory. Some say that the only thing
that quantum theory has going for it, in
fact, is that it is unquestionably
correct.”
Almost since its
inception, the development of quantum
theory has been built by some of the
greatest minds of their day. Some of the
framework for this theory can be traced
back to the following discoveries:
– In 1897 the
discovery of the electron proved there
were individual particles that make up
the atom.
There was brief
speculation in the media about using
nuclear weapons to seal up the raging
oil leak in the Gulf of Mexico. I think
this is a bad idea, from a physics point
of view. Let me say that my mentor while
I was in high school and at Harvard,
Edward Teller, father of the H-bomb, was
a firm advocate of using nuclear weapons
to dig out canals and other grand
engineering projects. The
logic is this: when an H-bomb is
detonated underground, most of its
energy is in the form of soft X-rays,
which deposit most of their energy in a
large sphere, where it is absorbed and
the energy turned to intense heat. (In
the air, this ball of hot ionized plasma
rises rapidly, with cold air coming in
from the side, which gives rise to the
familiar mushroom cloud).
Up until just a few
hundred years ago most people thought
that the Universe was a stable, static
place that had been here forever and
would continue forever. Today we know
that nothing could be further from the
truth. In reality, we know that the
Universe is a violent and continually
changing place that was born in a mere
nanosecond of time in the spectacular
event we call the Big Bang. You may have
heard the Big Bang referred to as the
mother of all explosions but it wasn’t
an explosion so much as an expansion.
From a space that was infinitely small,
the entire Universe expanded and
continues even to this day -13.7 billion
years later.
Water and Organic Compounds Found on a Second Asteroid
- The headlines were swamped again, on Friday as
scientists confirmed the discovery of water ice and
organic molecules on a second asteroid (65 Cybele) in
the same region of the asteroid belt. Although the
asteroids only contain very thin layers of ice, they
suggest that water may be quite common on asteroids
after all.
Graphene Will Change the Way We Live - Some say that
it will be heralded as one of the materials that will
literally change our lives in the 21st century. Not only
is graphene the thinnest possible material that is
feasible, but it's also about 200 times stronger than
steel and conducts electricity better than any material
known to man—at room temperature.
Found: The Holy Grail of Planetary Science -
Recently, a nearby earth-like twin was found in outer
space—perhaps capable of harboring life. The planet is
called Gliese 581g, and is 20 light years from Earth
(about 120 trillion miles). In width, it is about 20% to
30% or so bigger than the Earth, but weighs about 3 to 4
times more. What is exciting is that the planet is
inside the Goldilocks zone—meaning it is not too close
to its sun (where water would boil) or too far (where
water would turn to ice), but just right to have liquid
water, one of the most precious substances in the
Universe.
Kaku currently holds the
Henry Semat Chair and Professorship in
theoretical physics
and a joint appointment at
City College of New York[citation
needed],
and the Graduate Center of the City University of New York, where he has
lectured for more than 30 years.[citation
needed]
Presently, he is engaged in defining the "Theory
of Everything", which seeks to unify the
four fundamental forces of the universe: the
strong force, the
weak force,
gravity and
electromagnetism. He
was a visiting professor at the
Institute for Advanced Study
in
Princeton[citation
needed],
and
New York University.[citation
needed]
He is a Fellow of the
American Physical Society.[citation
needed]
He is listed in
Who's Who in Science and Engineering,
and American Men and Women of Science.[citation
needed]He has published research
articles on
string theory from
1969[citation
needed] to
2000. In 1974, along with Prof. K. Kikkawa, he wrote the first paper on
string field theory, now a major branch of string theory, which
summarizes each of the five string theories into a single equation. In
addition to his work on string field theory, he also authored some of
the first papers on multi-loop amplitudes in string theory, the first
paper on the divergences of these multi-loop amplitudes, the first paper
on
supersymmetry
breaking at high temperatures in the early universe, the first paper on
super-conformal gravity, and also some of the first papers on the
non-polynomial closed string field theory. Many of the ideas he first
explored have since blossomed into active areas of string research. His
most recent research publication, on bosonic quantum membranes, was
published in Physical Review in 2000.Kaku is the author of
several doctoral
textbooks on string
theory and quantum field theory and has published 170 articles in
journals covering topics such as
superstring theory,
supergravity,
supersymmetry, and
hadronic physics. He
is also author of the
popular science
books: Visions,
Hyperspace,
Einstein's Cosmos, and
Parallel Worlds, and
co-authored
Beyond Einstein with
Jennifer Thompson. Hyperspace was a best-seller and was voted one of the
best science books of the year by both
The New York Times[3]
and
The Washington Post.
Parallel Worlds was a finalist for the
Samuel Johnson Prize
for non-fiction in
the UK.In
Physics of the Impossible,
he examines the technologies of invisibility, teleportation,
precognition, star ships, antimatter engines, time travel and more—all
regarded as things that are not possible today but that might be
possible in the future. In this book, he ranks these subjects according
to when, if ever, these technologies might become reality. In March
2008, Physics of the Impossible entered the
New York Times best-seller list,
and stayed on for five weeks.
Kaku has publicly stated
his concerns over matters including the human cause of
global warming,
nuclear armament,
nuclear power and
the general misuse of science.[4]
He was critical of the
Cassini-Huygens
space probe because
of the 72 pounds of
plutonium contained
in the craft for use by its
radioisotope thermoelectric generator.
Conscious of the possibility of casualties if the probe's fuel were
dispersed into the environment during a malfunction and crash as the
probe was making a 'sling-shot' maneuver around earth, Kaku publicly
criticized NASA's risk assessment.[5]
He has also spoken on the dangers of
space junk and
called for more and better monitoring. Kaku is generally a vigorous
supporter of the exploration of outer space, believing that the ultimate
destiny of the human race may lie in the stars; but he is critical of
some of the cost-ineffective missions and methods of
NASA.Kaku credits his
anti-nuclear
war position to
programs he heard on the
Pacifica Radio
network, during his student years in California. It was during this
period that he made the decision to turn away from a career developing
the next generation of nuclear weapons in association with Dr. Teller
and focused on research, teaching, writing and media. Dr. Kaku joined
with others such as Dr.
Helen Caldicott,
Jonathan Schell,
Peace Action and was
instrumental in building a global anti-nuclear weapons movement that
arose in the 1980s, during the administration of US President
Ronald Reagan.Kaku was a board member
of
Peace Action and on
the board of radio station
WBAI-FM in New York
City where he originated his long running program, Explorations, that
focused on the issues of science, war, peace and the environment.
Kaku has appeared in many
forms of media and on many programs and networks, including
Good Morning America,
The Screen Savers,
Larry King Live,
60 Minutes,
Nightline,
20/20,
Naked Science,
CNN,
ABC News,
CBS News,
NBC News,
Al Jazeera English,
Fox News Channel,
The History Channel,
The Science Channel,
The Discovery Channel,
TLC,
Countdown with Keith Olbermann,
The Colbert Report,
The Art Bell Show
and its successor,
Coast To Coast AM,
BBC World News America,
The Opie & Anthony Show
and
The Covino & Rich Show.In 1999, Kaku was one of
the scientists profiled in the feature-length film, Me and Isaac Newton,
directed by
Michael Apted. It played theatrically
in the United States, was later broadcast on national TV, and won
several film awards.In 2005 Kaku appeared in
the short documentary
Obsessed & Scientific.
The film is about the possibility of time travel and the people who
dream about it. It screened at the Montreal World Film Festival and a
feature film expansion is in development talks. Kaku also appeared in
the ABC documentary UFOs: Seeing Is Believing, in which he suggested
that while he believes it is extremely unlikely that extraterrestrials
have ever actually visited Earth, we must keep our minds open to the
possible existence of civilizations a million years ahead of us in
technology, where entirely new avenues of physics open up. He also
discussed the future of interstellar exploration and alien life in the
Discovery Channel special
Alien Planet as one
of the multiple speakers who co-hosted the show, and Einstein's Theory
of Relativity on The History Channel.In February 2006, Kaku
appeared as presenter in the BBC-TV four-part documentary
Time which seeks to explore the
mysterious nature of time. Part one of the series concerns personal
time, and how we perceive and measure the passing of time. The second in
the series deal with cheating time, exploring possibilities of extending
the lifespan of organisms. The geological time covered in part three
explores the ages of the earth and the sun. Part four covers the topics
of cosmological time, the beginning of time and the events that occurred
at the instant of the big bang.On January 28, 2007, Kaku
hosted the Discovery Channel series
2057. This three-hour program discussed
how medicine, the city, and energy will change over the next 50 years.
In 2008, Kaku hosted the three-hour BBC-TV documentary Visions of the
Future, on the future of computers, medicine, and quantum physics, and
appeared in several episodes of the History Channel's Universe series.On Dec. 1, 2009, he began
hosting a 12-episode weekly TV series for the Science Channel at 10 pm,
called "Sci
Fi Science: Physics of the Impossible," based on his
best-selling book. Each 30 minute episode discusses the scientific basis
behind such imaginative schemes as: time travel, parallel universes,
warp drive, star ships, light sabers, force fields, teleportation,
invisibility, death stars, and even superpowers and flying saucers. Each
episode includes interviews with the world's top scientists working on
prototypes of these technologies, interviews with sci fi fans, clips
from science fiction movies, and special effects and computer graphics.
Although these inventions are impossible today, the series discusses
when these technologies might become feasible in the future.[6]In 2010, he began to
appear in a series on the website Gametrailers.com called 'Science of
Games', discussing the scientific aspects of various popular video games
such as
Mass Effect 2 and
Star Wars: The Force Unleashed.Kaku is popular in
mainstream media because of his knowledge and his accessible approach to
presenting complex subjects in science. While his technical writings are
confined to theoretical physics, his public speaking and media
appearances cover a broad range of topics, from the
Kardashev scale to
more esoteric subjects such as
wormholes and
time travel. In
January 2007, Kaku visited the Middle Eastern country of
Oman. While there,
he talked at length to select members of that country's decision makers.
In an interview with local media, Dr Kaku elaborated on his vision of
mankind's future. Kaku considers climate change and
terrorism as serious
threats in man's evolution from a
Type 0 civilization
to Type 1.[7]
Kaku is the host of the
weekly, one hour radio program Explorations, produced by the Pacifica
Foundation's
WBAI in New
York. "Explorations" is syndicated to community and independent radio
stations and makes previous broadcasts available on the program's
website. Kaku defines the show as dealing with the general topics of
science,
war,
peace and the
environment.In April 2006, Kaku began
broadcasting Science Fantastic on 90 commercial radio stations, the only
nationally syndicated science program on commercial radio in the United
States. It is syndicated by
Talk Radio Network
and now reaches 130 radio stations, and
America's Talk on
XM. The program is
formatted as a live listener call-in show, focusing on "futurology,"
which he defines as the future of science[citation
needed].
Featured guests include Nobel laureates and top researchers on the
topics of string theory, time travel, black holes, gene therapy, aging,
space travel, artificial intelligence and SETI. Unfortunately, when Kaku
is busy filming for television, Science Fantastic goes on hiatus.
Sometimes for several months. Kaku is also a frequent guest on many
programs where he is outspoken in all areas and issues he considers of
importance, such as the program "Coast
to Coast AM," where on 30 November 2007,
he reaffirmed his belief that there is a 100 percent probability of
extraterrestrial life in the universe.[8]Kaku has appeared on the
Opie and Anthony
show a number of times, discussing popular fiction such as
Back to The Future,
Lost, and the
theories behind time-travel that these and other fictional entertainment
focus on. Steven G. Spruill's novel
The Janus Equation,[9]
which describes the time travel of a post-op transsexual mating with her
past self and thereby becoming father and mother to her present self,
prompted Dr. Kaku's comment: "Well, you're in deep doo doo if that
happens."[10]
is an exploration into the science people dream about. Kaku explores
things that people think are quite impossible. This book is divided into
three sections: Class I, Class II, and Class III, according to the time
that the things he talks about might happen.
[edit]
Hyperspace
talks about the possibilities of the existence of parallel worlds. Kaku
also talks about black holes and other frequently asked matters of
advanced physics.
[edit]
Beyond Einstein
Kaku, Michio (2008). "M-Theory: The Mother of All
Superstrings" in Riffing on Strings: Creative Writing Inspired by
String Theory. New York: Scriblerus.
ISBN9780980211405.