In our book, “Reality in the Shadows,” Jim Gates, Frank Blitzer, and I take a look at the history of the Higgs particle, see the day the discovery was announced through the eyes of one of the co-authors (me), and explore what the Higgs might be besides being just another important subatomic particle.
In some future edition of the book, we can perhaps speak more definitively about the Higgs boson and the ultimate place it will take in the pantheon of human knowledge. For now, a 20-year (or longer) program of study is underway, initiated in 2012 and 2013, to map out all the properties of this fascinating particle. Discovering something is the first step. Now we must explore what we have found.
The Higgs is still veiled in shadow. We don’t know all its properties as precisely as we would like, and many we do not know at all. Could something new lurk in those unexplored crevasses of its nature? In this post, I’ll take you inside one of the shadows where light is beginning to shine, and we’ll see something of the truth and beauty of the Higgs boson.
The Nobel Prize committee planned the announcement of the 2017 prize in Physics for Tuesday, October 3, at 11:45am CET (4:45am US Central time). I got up early this morning to connect to the live stream and listen to the announcement. The Nobel Committee announced that this year’s prize goes to Rainer Weiss (one half), Barry Barish and Kip Thorne (splitting the other half) for decisive contributions to the LIGO Detector and the observation of gravitational waves .
In this short post, I reflect on the discovery of gravitational waves by direct observation, a measurement over a century in the making.
The most definitive way to diagnose Alzheimer’s Disease, a severely degenerative disease of the brain, is an autopsy. Of course, the symptoms show up earlier – memory loss, personality changes, physical changes, and differing degrees of diagnosis are achievable with cognitive tests and scans of the brain. But distinguishing Alzheimer’s from other neuro-degenerative diseases of aging is still a difficult medical challenge. All such diseases do have one thing in common: they ravage the mind of the afflicted, ruining that life and the lives of those around them, until there is no more of the original person left. There is only the burden of intact memory born by those who remember the person, and the emotional and financial hardship, born out of love and devotion to the person, in caring for that person whose brain is utterly savaged.
When Donald Trump ran for President, he famously promised to “drain the swamp” – the swamp being Washington D.C. and the metaphor intended to convey that he will remove corruption and gridlock (due to entrenched interests) from government. It is the height of delicious irony that the claim of D.C. being built on a swamp is an utter myth, based on a tiny drop of truth (a very small part of what is now D.C. was once marshy land), and yet forms the basis of a (hollow) political slogan.
While Trump has failed to do what he pledged – in fact, he introduced even more special financial and business interests into D.C. while actively encouraging and cultivating petty partisan deadlocks and even rifts within his own party – he has succeeded in doing something else: draining the political brain of the United States.
The symptoms are apparent, but I fear America will only realize the extent of the degeneration when the Trump administration is a by-gone era and an autopsy of his legacy reveals the extent of the disease. I fear we may learn that this singular act of depleting the nation’s science policy capabilities also destroyed America’s competitiveness and leadership in the world, at the same time making it impossible to even sustain the innovation economy required to achieve his isolationist “America First” policy platform. But as with the Alzheimer’s patient, the most definitive diagnosis would come too late to save the patient or the family. Can we as a nation reliably diagnose the illness now, and rush to treat?
Unlike Alzheimer’s or other neuro-degenerative diseases, Americans have a chance to prevent the disease from spreading by engaging their representative lawmakers and arguing loudly and publicly for the brain drain to stop.
This week Jodi and I left for Washington D.C. on Monday for an event at the Canadian Embassy on Tuesday night. She had been invited to attend an evening celebrating science in Canada, especially Nobel Prize-winner Art McDonald and projects at SNOLAB, that nation’s premiere underground science facility. In addition, Jodi and I hit Capitol Hill on Wednesday to meet with staffers from Congressman Sam Johnson and Congressman Pete Sessions’ offices. We returned to Dallas early Thursday morning, in time to attend a very special event at SMU later that night: a dinner with the Board of Trustees at SMU where faculty receive the University’s top research and teaching distinctions. This was yet another whirlwind week in a semester of whirlwind weeks… but at least, this time, I could spend it with Jodi.