OPTIMIZE YOUR BRAIN AND BECOME THE BEST VERSION OF YOURSELF

Neurochemicals affect just about everything in our bodies, including how we think and feel.

David JP Phillips, an internationally acclaimed Swedish public speaker and coach, guides you through ways to harness the immense power of your mind and optimize your body's chemical factory by diving deep into six neurochemicals and how they can transform your life from within.

High on Life is a mood manual that will guide you through how to use these six key substances naturally produced by your body to create a unique recipe to transform your life.

If you're struggling to feel motivated or finding it hard to enjoy the small things in life, learning how to balance DOPAMINE will help you feel more motivated. DiaLling up your OXYTOCIN will fill your cup up with compassion, generosity and a sense of connectedness with the world and people around you. If the mood rollercoaster is something you desperately want to get off, focus on SEROTONIN, the hormone that serves as a foundation of long-lasting happiness and harmony.

Feeling good but missing that extra nudge to challenge yourself a bit more? CORTISOL produced in small doses can help you break out of your comfort zone – and get excited about it. When nothing really happens, anyone can get a little bit bored. Have a laugh, smile more, or sweat it out and get those ENDORPHINS flowing. Or if you want to walk into an important meeting oozing confidence, TESTOSTERONE is your ally. Just be careful not to boost it when making important life decisions.

OPTIMIZE YOUR BRAIN AND BECOME THE BEST VERSION OF YOURSELF.

Neurochemicals affect just about everything in our bodies, including how we think and feel. David JP Phillips, an internationally acclaimed Swedish public speaker and coach, guides you through ways to harness the immense power of your mind and optimize your body's chemical factory by diving deep into six neurochemicals and how they can transform your life from within.

High on Life is a mood manual that will guide you through how to use these six key substances naturally produced by your body to create a unique recipe to transform your life.

If you're struggling to feel motivated or finding it hard to enjoy the small things in life, learning how to balance DOPAMINE will help you feel more motivated. DiaLling up your OXYTOCIN will fill your cup up with compassion, generosity and a sense of connectedness with the world and people around you. If the mood rollercoaster is something you desperately want to get off, focus on SEROTONIN, the hormone that serves as a foundation of long-lasting happiness and harmony.

Feeling good but missing that extra nudge to challenge yourself a bit more? CORTISOL produced in small doses can help you break out of your comfort zone – and get excited about it. When nothing really happens, anyone can get a little bit bored. Have a laugh, smile more, or sweat it out and get those ENDORPHINS flowing. Or if you want to walk into an important meeting oozing confidence, TESTOSTERONE is your ally. Just be careful not to boost it when making important life decisions.

This book is for everyone who longs to feel high on life – naturally.

The last major conference on infrared astronomy was the IAU Symposium No. 96 in June 1980. Since then, the discipline has continued to mature and to contribute to all branches of astrophysics. One particular area of growth has been in spectroscopic capabilities at all infrared wavelengths. The purpose of the Symposium in Toledo was to review the scientific questions to be addressed via infrared spectroscopy and to provide, in the proceedings, a useful summary of the field. The sensitivity of infrared spectroscopic observations is still generally limited by detector characteristics or by thermal background radiation. However in recent years improvements in detector technology together with developments in spectroscopic instrumentation have made possible both quite detailed spectroscopy of the brighter members of many classes of galactic sources and also begun to open up some infrared spectroscopy of extragalactic sources. The potential of the field in the next decade or two is clear. The lRAS mission has completed one of the pre-requisites, namely an all-sky photometric survey. Major space missions utilising cryogenic infrared telescopes have been approved in Europe (ISO) and seem likely in the USA (SIRTF); plans for space submillimeter telescopes are firming up. On the ground large telescopes optimized for infrared observations are now in operation at high altitude sites and specialized submillimeter facilities are under construction. The particular advantages of planned, very large telescopes for infrared observations are widely accepted.

The last major conference on infrared astronomy was the IAU Symposium No. 96 in June 1980. Since then, the discipline has continued to mature and to contribute to all branches of astrophysics. One particular area of growth has been in spectroscopic capabilities at all infrared wavelengths. The purpose of the Symposium in Toledo was to review the scientific questions to be addressed via infrared spectroscopy and to provide, in the proceedings, a useful summary of the field. The sensitivity of infrared spectroscopic observations is still generally limited by detector characteristics or by thermal background radiation. However in recent years improvements in detector technology together with developments in spectroscopic instrumentation have made possible both quite detailed spectroscopy of the brighter members of many classes of galactic sources and also begun to open up some infrared spectroscopy of extragalactic sources. The potential of the field in the next decade or two is clear. The lRAS mission has completed one of the pre-requisites, namely an all-sky photometric survey. Major space missions utilising cryogenic infrared telescopes have been approved in Europe (ISO) and seem likely in the USA (SIRTF); plans for space submillimeter telescopes are firming up. On the ground large telescopes optimized for infrared observations are now in operation at high altitude sites and specialized submillimeter facilities are under construction. The particular advantages of planned, very large telescopes for infrared observations are widely accepted.

My quest for an answer to the riddle of President Kennedy's assassination first began in April 1967 following a talk given by Warren Commission critic and best-selling author, Mark Lane at Michigan State University where I was a graduate student.
My search has lasted well over twenty years. Gathering every scrap of information I could find on the assassination, I have arrived at what I believe is the most credible thesis to date. As a result of meticulous research, I am able to identify probable suspects in what I have come to believe was a far-reaching conspiracy which involved not only renegade elements from the CIA and organized crime figures, but one which extended to the highest echelons of the U. S. government.
By pulling together existing knowledge of the assassination, while introducing new evidence, my book focuses primarily on six main principals (persons of interest), their motives and their activities in relation to the assassination and the links that connect them:
1.LEE HARVEY OSWALD: Accused by the Warren CommissionIn 1964 of being the sole assassin of President Kennedy.
2.JACK RUBY: Dallas night-club owner who, two days followingthe President's assassination, shot and killed Oswald.
3.CARLOS MARCELLO: Reputed crime boss of the New Orleans-Dallas Mafia during the time of the assassination.
4.GENERAL CHARLES PEARE CABELL: Deputy Director of theCIA from 1953 to 1962 when he was dismissed by President Kennedyalong with other high-ranking intelligence officials for the failure ofthe Bay of Pigs invasion.
5.EARLE CABELL: Younger brother of General Charles P. Cabell whowas Mayor of Dallas the day President Kennedy was assassinated.
6.FRED KORTH: Fort Worth businessman and banker who was Secretary of the Navy from 1962 to October 1963 when he was forced by President Kennedy to resign for his involvement in the TFX controversy.
As to the motives of those individuals involved in the President's murder, I believe that the assassination was planned and carried out with a dual purpose in mind:
1.as an act of vengeance by those ex-high government officialswho were dismissed by the President either for alleged wrongdoing as in the case of Fred Korth, or for incompetence as in General Cabell's case.
2.to prevent the President's domestic and foreign policies-particularly in reference to his stand on the Vietnam conflict- from being implemented.
Viewed in this light, the assassination of President Kennedy was an "act of retribution" by a group of mean-spirited, vengeance-seeking individuals who acted in the misguided belief that by assassinating this president they were furthering the national interest.
Notwithstanding his immense popularity with the American people, President Kennedy was perceived by his killers to be a clear and present danger to the country and to its interests at home and abroad for several reasons-for his stand on civil rights and racial equality; for his attempt to closely regulate the oil and gas industry; for his desire to normalize relations with Cuba; for his desire to ease tensions between the superpowers through a reduction in armaments; for his crackdown on organized crime; for his stated intention to withdraw U.S. forces from Vietnam. Removing him from office by political murder, therefore, "excused" his killers in their own eyes from any wrongdoing, for by killing this President, they were convinced that they were acting in the national interest against the seemingly dangerous policies of a chief executive who, if allowed to finish his presidency, would lead the nation to ruin. "A wise mind will never censure anyone for having employed any extraordinary means for {preserving} a kingdom.." Believing, like Machiavelli, that they were acting to preserve and maintain the vital interests of the United St

This annual series continues the cooperative effort to abstract and publish in formula order all the ultraviolet-visible spectra of organic compounds presented in the journal literature. Over 50 chemists have searched 100 plus titles during the course of this project to assemble over 350,000 spectra throughout these volumes.

"Organic Electronic Spectral Data" was incorporated in 1957 as a journal concentrating on the ultraviolet-visible spectra of organic compounds. The coverage of the literature from 1946 onward was carried out by chemists with special interests in spectrophotometry through a page-by-page search of the major chemical journals. Altogether, more than fifty chemists have searched a group of journals totalling more than a hundred titles during the course of this sustained project.