Berlin

Berlin

❖ Technology - Ai • The Sciences • Physics & Astronomy

Current Topics 2025


 _________________________________________________


NYTimes Journalist Provided detailed coverage & insight into the Apollo 11 Moon Landing
This coverage is a window into a moment of  unprecedented  remarkable achievement in the intersection of Technological innovation, Engineering, & Public Policy 






Topic:
Technology & Gadget Reviews:



Topic:
Cosmology,  Astronomy & Quantum Mechanics:



Topic:  Health, Medicine,  &  The Health Care Reform

Black & White:  Common Sense & Rational  Public Health Policy  in an irrational ,  compromised Decision Making Process.
Doctors Seek Better Regulation of Toxins.
Know Health Toxins Legally Permissible
USA Today  April 25, 2011
Essay **


Topic:
Discovery &  Innovation

Michio Kaku:  Theoritical Physicists & Futurist - NYcity college
Weekend Interview.
Response
The Future as Guide to the Present.
Originally Published March 2012


Big Blue's Tiny Bug Zapper
WsJ  2011
Nanoparticles to destroy antiBiotic resistant bacteria

Essay.
On The LIfe Sciences and lessons for Living.

Explaining it All
Nyt Book Review.  David Albert on The Beginning of Infinity .  David Deutsch
Response/ Essay



Essay.
Complex Adaptive Systems in Biology:  a Model for Adaptation as Survival.



Essay.
The Physical Sciences.   The Architectonics of Life.



 Essay.
The Periodic Table  -  Art,  Philosophy, or  Science?


Topic:
Futurology:


The Quantum Tango
Present  Begins with   Future.
On Michio Kaku & The Future


Resources


Richard Feynman recording lecture S46, The dependence of amplitudes on time, April 29, 1963.

Feynman Lectures Playlist

122 flp lecture tapes

About The Lecture Recordings

These are the tape recordings of Richard Feynman's 1961-64 Caltech Introductory Physics lectures, which form the basis of the books The Feynman Lectures on Physics and Feynman's Tips on Physics. The original recordings were made on 1/4" reel-to-reel tapes, now preserved in Caltech's Archive. In 2010 the entire collection was digitized by media preservationist George Blood, at a sampling rate of 96 kHz with 24-bit samples, PCM-encoded in WAV files about 2 GB each in size. For this online publication we are serving more compact versions, downsampled to 48 kHz with 16-bit samples, reencoded as AAC-HE (mp4) and Opus (ogg) at a data rate of 48 kbps.

We present entire lecture tapes without any editing or enhancement, including the tape leader. Parts of some lectures edited out of the commercial versions of these recordings are preserved here intact. Recorded material outside the lectures, including discussions between Feynman and his students and/or colleagues, never previously published, can be found in this publication. Three entire lecture recordings never heard before outside Caltech, including two lectures on Quantum Mechanics Feynman gave in 1964, are also included in this publication.1


__________________________________________________________________________

Search This Blog

The possible is now

The possible is now